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PROGRAMME OUTCOMES, PROGRAMME SPECIFIC OUTCOMES, COURSE
OUTCOMES
Mechanism of Communication: The College adapts Outcome based education rather than input oriented bell shaped curve of
learning. The following mechanism is followed by the institution to communicate the
learning outcomes to the teachers and students.
Graduate attributes are described to the first year students at the commencement of
the programme.
Atleast five hours are spent by the teachers for introducing the subject to the
students.
Learning Outcomes of the Programs and Courses are observed and measured
periodically.
Soft Copy of Curriculum and Learning Outcomes of Programmess and Courses are
uploaded on the Institution website for reference.
The importance of the learning outcomes has been communicated to the teachers in
every IQAC Meeting and Staff Meeting.
The students are also communicated about the Programme outcomes, Programme
Specific Outcomes and Course outcomes through Tutorial Meetings.
Program Outcomes
PO1 : Apply the knowledge of mathematics, science, arts and management principles to the
solution of complex problems.
PO2 : Devise solutions for intricate problems and plan system components or processes that
meet the specified needs with appropriate consideration for the society, health , safety,
cultural, societal, and environmental considerations.
PO3 : Use innovation-based knowledge and creative methods including design of experiments,
analysis and interpretation of data, and synthesis of the information to provide valid
conclusions.
PO4 : Create, select, and apply appropriate techniques, resources, and modern IT tools including
prediction and modeling to complex activities with an understanding of the limitations.
PO5 : Comprehend the influence of the proficient clarifications in societal and environmental
context for sustainable development.
PO6 : Pertain ethical principles and entrust to professional ethics and responsibilities.
PO7 : Function effectively as an individual, and in assorted teams.
PO8 : Communicate effectively on various activities and make effective presentations.
PO9 : Exhibit comprehension and understanding of the programmes and apply them in a
multidisciplinary environment.
PO10 : Be familiar with the need for and have the training and skill to engage in
self-regulating and life-long learning in the broadest perspective of hi-tech change.
COURSE OUTCOMES - LANGUAGES
Department of Tamil
Course Outcomes
Courses Outcomes
Part- I Tamil Paper I & II
More information about one’s culture and tradition; encourage creative writing and develop self-confidence.
Part- I Tamil Paper III & IV
Human excellence; increased level of comprehension and communal harmony.
Basic Tamil
Helping the students who did not learn Tamil till Higher Secondary know the basics of the language.
Advanced Tamil Teaching various genres in Tamil Literature to Tamil students who did not opt Tamil as Part I language in the first year.
Department of Hindi
Course Outcomes
Courses Outcomes
Part- I- Hindi Paper I Paper II Paper- III Paper IV
Enables other state students to continue their learning phase without any disruptions. Through this language they can learn spirituality, social discrimination and grammar techniques
Enables them to enhance their language skills
Enables them to develop creative writing
Department of French
Course Outcomes
Courses Outcomes
Part- I- French Paper I Paper II Paper- III Paper IV
Focus on all four modalities of the language: speaking, listening, reading and writing as well as knowledge of Francophone cultures and the skills of collaboration and critical thinking.
Students can compare and contrast cultural practices as they relate to French
and American culture and are able to generalize about the importance of
understanding cultural differences.
Students can demonstrate critical thinking and collaborative problem-solving through advanced task-based language activities.
Department of English
Course Outcomes
Courses Outcomes
Part- II- English Paper I Paper II Paper- III Paper IV
Articulate clear questions and ideas in class discussion; listen thoughtfully and respectfully to other’s ideas. Prepare, organize and deliver engaging oral presentations
Skills of analytical and interpretive arguments; become careful and critical readers, Practice writing in a variety of genres as a process of intellectual inquiry, creative expression and ultimately to become more effective thinkers and communicators who are well equipped for a variety of careers in our information intensive society.
Program Specific Outcome: B.A. English
PSO1 : On pursuing an emphasis in Literature, English gain a deeper understanding of the
resources of the written word.
PSO2 : It helps students to explore the entire range of human experience in the resources of
language in Fiction, Poetry, Non-Fiction, Prose and Drama
PSO3 : It helps students to build skills of analytical and interpretive arguments; become careful and
critical readers, Practice writing in a variety of genres as a process of intellectual inquiry,
creative expression and ultimately to become more effective thinkers and communicators
who are well equipped for a variety of careers in our information intensive society.
PSO4 : It offers students the opportunity to study influential writings from the British, American
and global Anglophone traditions.
PSO5 : It focuses on a historical period, an issue or theme, a critical approach or a literary genre.
PSO6 : It provides imagination and critical insights into all areas of human experience- war and
peace, nature and culture, love and sexuality, selfhood and social identity, justice and
atrocity, the burdens of history and the dreams of the future.
PSO7 : Studying Literature encourages the graduates to view the reading of challenging and
imaginative texts as an essential and rewarding part of a life –long commitment to learning
and growth.
PSO8 : Read complex texts actively recognize key passages, raise questions, appreciate complexity
and ambiguity, and comprehend the literal and figurative uses of language.
PSO9 : Increases confidence in speaking publicly, articulate clear questions and ideas in class
discussion; listen thoughtfully and respectfully to other ideas and prepare, organize and
deliver engaging oral presentations.
PSO10 : Enjoy the experience of reading challenging Literature, appreciate literature’s ability to
elicit feeling, cultivate the imagination and call us to account as humans.
Course Outcome: English
CO1 : Improves their proficiency in English language.
Develops the habit of effective reading.
Develops effective writing skills.
Develops functional communicative aspect of language through a series of real life tasks.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Prose
Subject outcome:
Students know about the important authors of English Prose.
Enriches their active and passive vocabulary.
Enhances their understanding and increases pleasure in reading
Comprehends the literal and figurative use of language.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Fiction
CO1 : Draws the students into their imaginative worlds and engage with the power of their
invention.
CO2 : Deepens the appreciation of life.
CO3 : Increases pleasure of reading
CO4 : Fiction is a verbal machine which transports the readers in space and time
CO5 : Explores the entire range of human experience.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Allied Paper - I : Social History of England
Subject outcome:
Recognize and discuss selected literary texts from the renaissance to the present.
Understands the diversity of the human experience as influenced by geographical location,
race, ethnicity, cultural, traditions, gender and class.
Analyses historical processes that shape individuals and communities.
Assess use and synthesize different kinds of historical sources to make a coherent argument
about the past.
Credits: 6 Theory Period of 1 Hour per week over a Semester
II SEMESTER
Subject name: English
Subject outcome:
Improves their proficiency in English language.
Develops the habit of effective reading.
Develops effective writing skills.
Develops functional communicative aspect of language through a series of real life tasks.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Poetry
Subject outcome:
Engage in close analysis of narrative and poetic language which helps in applying technical
analytical terms.
It helps in developing phonemic awareness, self expressions and memorization skills.
Analyze the various elements of poetry such as Diction, Tone, Form, Genres, Imagery,
Figures of Speech, Symbolism, Theme, etc.
Recognize the Rhythms, Metrics and other musical aspects of poetry.
Identify the variety of forms and genres of poetry such as Sonnets, Ballads, Dramatic
Monologues, Free Verse, etc.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Drama
Subject outcome:
Knows about the distinct literary characteristics of drama, emphasizing the changing
approaches t theater as well as the social, cultural, and philosophical implications in the
plays.
Analyses play for their structure and meaning, using correct terminology.
Helps to learn about the literary forms of literature.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Allied Paper - II : History of English Literature
Subject outcome:
Study influential writings from the British, American and Global traditions.
Focuses on historical period, an issue or theme, a critical approach, or a literary genre.
Provides critical insight into all areas of human experience war and peace, nature and culture,
social identity, the burdens of history and dreams and future.
Credits: 6 Theory Period of 1 Hour per week over a Semester
III SEMESTER
Subject name: English
Subject outcome:
Improves their proficiency in English language.
Develops the habit of effective reading.
Develops effective writing skills.
Develops functional communicative aspect of language through a series of real life tasks.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Prose
Subject outcome:
Students know about the important authors of English Prose.
Enriches their active and passive vocabulary.
Enhances their understanding and increases pleasure in reading
Comprehends the literal and figurative use of language.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Subject name: Fiction
Subject outcome:
Draws the students into their imaginative worlds and engage with the power of their
invention.
Deepens the appreciation of life.
Increases pleasure of reading
Fiction is a verbal machine which transports the readers in space and time
Explores the entire range of human experience.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Subject name: Allied Paper - III : Literary Forms
Subject outcome:
Approaches literary texts in terms of genre, gender and the canon.
Knows the strategies of each genre, that is, personal essays, articles, fiction, poetry, and
drama.
Explores works of literature classified by form.
Explores issues and questions that arise in connection with literary form.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Skill Based Subject: Communicative English
Subject outcome:
Increases confidence in their ability to read comprehends organize and retain written
information.
Increases Vocabulary through the study of word parts, use of context clues and Practice with
a dictionary.
Uses standard Grammar, punctuation and spelling, be clear and concise in formal technical
writing.
Learns to analyze unfamiliar words by understanding the structure of the English language.
Improves comprehension and retention.
Improves their ability to read and spell words through an analysis of structure of the English
language.
Develops ideas with coherence and cohesion.
Builds confidence in handling English language.
Credits: 3 Theory Period of 1 Hour per week over a Semester
IV SEMESTER
Subject name: English
Subject outcome:
Improves their proficiency in English language.
Develops the habit of effective reading.
Develops effective writing skills.
Develops functional communicative aspect of language through a series of real life tasks.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Poetry
Subject outcome:
Engage in close analysis of narrative and poetic language which helps in applying technical
analytical terms.
It helps in developing phonemic awareness, self expressions and memorization skills.
Analyze the various elements of poetry such as Diction, Tone, Form, Genres, Imagery,
Figures of Speech, Symbolism, Theme, etc.
Recognize the Rhythms, Metrics and other musical aspects of poetry.
Identify the variety of forms and genres of poetry such as Sonnets, Ballads, Dramatic
Monologues, Free Verse, etc.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Subject name: Drama
Subject outcome:
Knows about the distinct literary characteristics of drama, emphasizing the changing
approaches t theater as well as the social, cultural, and philosophical implications in the
plays.
Analyses play for their structure and meaning, using correct terminology.
Helps to learn about the literary forms of literature.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Subject name: Allied Paper - IV : Literary criticism
Subject outcome:
Ability to describe a number of contemporary and historical schools of literary criticism, such
as formalism, deconstruction, cultural, new historical, and gender/feminist.
Able to discuss cogently, themes, and in writing: important concepts, themes, and traditions
growing out of a specialized area of study.
Demonstrates customary terms such as style and genre, also in their cultural and historical
contexts as texts produced by non-canonical or underrepresented writers.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Skill Based Subject: Communicative English
Subject outcome:
Increases confidence in their ability to read comprehends organize and retain written
information.
Increases Vocabulary through the study of word parts, use of context clues and Practice with
a dictionary.
Uses standard Grammar, punctuation and spelling, be clear and concise in formal technical
writing.
Learns to analyze unfamiliar words by understanding the structure of the English language.
Improves comprehension and retention.
Improves their ability to read and spell words through an analysis of structure of the English
language.
Develops ideas with coherence and cohesion.
Builds confidence in handling English language.
Credits: 3 Theory Period of 1 Hour per week over a Semester
V SEMESTER
Subject name: Shakespeare
Subject outcome:
Enables and enhances to know more about Shakespeare.
Historical works, plays, sonnets, Elizabethan theatre, Elizabethan audience, his
contemporaries.
Gains an insight into the age of Shakespeare.
Analyses Shakespeare’s works critically.
Demonstrates greater reading fluency of Elizabethan English.
Identifies distinct literary, cultural, and historical characteristics of Shakespearean plays.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Indian Writing in English
Subject outcome:
Knows about major movement and figures of Indian literature in English through the study of
selected literary texts.
Exposes students to the artistic and innovative use of language employed by the Indian
writers.
Instills values and develops human concern.
Enhances literary and linguistic competence of students.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: American Literature
Subject outcome:
Examines the culture and literature of the America from the colonial period through the early
national period of the United States.
Deals with the prose and poetry written in the united states from colonial times to the present
Knows about each writer, poet and author who not only sets a higher standard for the text, but
adds to the mosaic it has originated and exemplifies a distinctly unsympathetic and
unforgiving theme.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject name: Commonwealth Literature
Subject outcome:
Understands and appreciates aesthetic, moral and cultural trends of literatures in the English
Language.
Gains understanding of the unique aspects of the diverged literatures of the world
To know about sharing culture
Knows about intergovernmental organization of 54 nations which were formerly part of the
British Empire.
Provides framework of common values, facilitating cooperation between its member states in
the field of democracy, human rights, rule of law, free trade and peace.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Elective: I: English for Competitive Examinations
Subject outcome:
Enables the learners become proficient users of English involving all the skills of English.
Confidently and successfully face the competitive examination which plays a crucial role in
deciding their career.
Facilitates effective communication in English.
Honing the skills involved in the use of appropriate vocabulary.
Sharpens the ability for logical reasoning.
Builds confidence in handling English language.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Subject name: Skill Based Subject: Communicative English
Subject outcome:
Increases confidence in their ability to read comprehends organize and retain written
information.
Increases Vocabulary through the study of word parts, use of context clues and Practice with
a dictionary.
Uses standard Grammar, punctuation and spelling, be clear and concise in formal technical
writing.
Learns to analyze unfamiliar words by understanding the structure of the English language.
Improves comprehension and retention.
Improves their ability to read and spell words through an analysis of structure of the English
language.
Develops ideas with coherence and cohesion.
Builds confidence in handling English language.
Credits: 3 Theory Period of 1 Hour per week over a Semester
VI SEMESTER
Subject name: Shakespeare
Subject outcome:
Enables and enhances to know more about Shakespeare.
Historical works, plays, sonnets, Elizabethan theatre, Elizabethan audience, his
contemporaries.
Gains an insight into the age of Shakespeare.
Analyses Shakespeare’s works critically.
Demonstrates greater reading fluency of Elizabethan English.
Identifies distinct literary, cultural, and historical characteristics of Shakesperean plays.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject Name: Intensive Study of an Author- Tagore
Subject Outcome:
Knows about Tagore’s writings filled with images of human activity and habitation.
Knows about Tagore’s fascination and absorption in heritage.
Knows about self-infinity or endlessness which is a natural consequence.
Understanding of women- their discontents and dilemmas in the patriarchal society.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Subject Name: Indian Literature in English Translation
Subject Outcome:
Highlights the agenda and purpose of translation.
Origin and development of translations from Indian languages into English.
Knows about the emphasis is upon a thematic rather than a chronological survey.
Discusses issues of resistant and representation with reference to Indian texts and their
English translations.
Argues that the contextualization, theorization and canonization of Indian literature in
English translation needs attention in today’s fast changing literary scene.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Elective: II Communicative English
Subject outcome:
Increases confidence in their ability to read comprehends organize and retain written
information.
Increases Vocabulary through the study of word parts, use of context clues and Practice with
a dictionary.
Uses standard Grammar, punctuation and spelling, be clear and concise in formal technical
writing.
Learns to analyze unfamiliar words by understanding the structure of the English language.
Improves comprehension and retention.
Improves their ability to read and spell words through an analysis of structure of the English
language.
Develops ideas with coherence and cohesion.
Builds confidence in handling English language.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Elective-III: Introduction to Linguistics
Subject outcome:
Correctly uses current vocabulary in a variety of Linguistics subfields such as semantics,
language acquisition and Neurolinguistics.
Analyses complex words in terms of derivation, inflection, and compounding, explain the
grammaticality or ungrammaticality of words using correct technical vocabulary.
Knows cross linguistics varieties of word-building strategies.
Analyses language change over time and different dialects.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Subject name: Skill Based Subject: Communicative English
Subject outcome:
Increases confidence in their ability to read comprehends organize and retain written
information.
Increases Vocabulary through the study of word parts, use of context clues and Practice with
a dictionary.
Uses standard Grammar, punctuation and spelling, be clear and concise in formal technical
writing.
Learns to analyze unfamiliar words by understanding the structure of the English language.
Improves comprehension and retention.
Improves their ability to read and spell words through an analysis of structure of the English
language.
Develops ideas with coherence and cohesion.
Builds confidence in handling English language.
Credits: 3 Theory Period of 1 Hour per week over a Semester
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Program Specific Outcome: B.Com (CA)
PSO1 : To understand the principles and concepts of accountancy.
PSO2 : To generate the way for thorough knowledge of computer and its operating system.
PSO3 : The application of mathematical and statistical tools in commerce, economics and industry.
PSO4 : Fundamentals of law relating to company and commercial activities.
PSO5 : To enrich the knowledge in banking field.
Course Outcome: Core I: Principles of Accountancy
To learn principles and concepts of accountancy.
CO1 : Understand the basic concepts and conventions of accounting.
CO2 : To explain the application of accounts in sole trader, chances of errors and rectification.
CO3 : Details regarding bill of exchange.
CO4 : Write up the accounting for consignment and joint ventures.
CO5 : Make out Bank Reconciliation Statement.
CO6 : Write up the Receipts and Payments, Income and Expenditure Account and Balances Sheet.
Credits : 2 Theory Period of one hour per week over a Semester
5 Practical Period of one hour per week over a Semester
Course Outcome: Core II: Introduction to Information Technology
To know basic knowledge about Computer Systems and Information Technology.
CO1 : To explain the details about Hardware and Software.
CO2 : To gain knowledge in types of computer system
CO3 : Write up the components of computers input, output and storage devices.
CO4 : To learn about the operating systems.
CO5 : Understand the system analysis and design.
Credits : 2 Theory Period of one hour per week over a Semester
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4 Practical Period of one hour per week over a Semester
Course Outcome: Allied Paper I: Mathematics for Business
To enable the students to learn mathematics for Business.
CO1 : To define set theory, types of interest and discounting bills.
CO2 : To describe matrix concept and linear equations.
CO3 : To explain variables, constants, Algebraic functions and derivative functions.
CO4 : To define definite and indefinite simple functions.
CO5 : To describe graphical method by simple solution.
Credits : 4 Practical Period of one hour per week over a Semester
Course Outcome: Core III: Advanced Accounting
Describe the functional aspects of Accounting.
CO1 : Classification of depreciation and its methods of computation.
CO2 : To know the various reserves and provisions.
CO3 : Understand the Branch accounts.
CO4 : Make clear about higher purchase and installment system.
CO5 : Elucidate the features and computation of single entry system.
CO6 : Narrate partnership accounts regarding admission, retirement, death, dissolution and
industry.
Credit : 2 Theory of one hour per week over a semester
5 Tutorial of one hour per week over a semester
Course Outcome: Core IV: Computer Application – Practical-I
To acquaint the knowledge of Ms word, Ms Excel, Ms PowerPoint, Ms Access, Tally and Internet.
CO1 : Demonstrate the various Menus and its operating usage in Ms Word.
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CO2 : Write up Ms Excel along with practical usage like preparation of final accounts by using
formulae and different types of charts.
CO3 : Creation of various slides with different formats with the help of Ms PowerPoint.
CO4 : Formation of payroll for employee and creation of forms and reports by using Ms Access.
CO5 : Preparation of trial balance, profit and loss account and balance sheet by adopting Tally.
CO6 : Learn to use search engines and visit various websites.
Credit : 4 Practical period of one hour per week over a semester.
Course Outcome: Allied Paper II- Statistics for Business
To provide the students to learn the statistical methods and their applications in commerce.
CO1 : To define statistics, primary and secondary data, diagrammatic, graphical Presentation.
CO2 : To describe measures of dispersion, deviation and skewers.
CO3 : To explain correlation, scatter diagram and co-efficient of correlation.
CO4 : To define time series, methods of estimating strand, index numbers.
CO5 : To explain interpolation methods and probability.
Credits: 5 Theory Period of one hour per week over a Semester.
Course Outcome: Core V: Principles of Marketing
Comprehend regarding the Modern Marketing and other Marketing Concept.
CO1 : Make know the definition and importance of various marketing strategies such as modern
marketing, global marketing, travel marketing etc.
CO2 : Revel in all manner of marketing functions.
CO3 : Demonstrate Consumer behavior and customer relations marketing.
CO4 : Describe the product mix and analysis various pricing objectives and strategies.
CO5 : Importance of channels of distribution.
4
CO6 : Marketing and Government Certification Agmark.
Credits: 5 Theory Period of one hour per week over a Semester.
Course Outcome: Core VI: Database Management Systems
Provides knowledge of the electronic data system and process structures.
CO 1 : Elucidation of Database system architecture and corresponding operations.
CO 2 : The relational approach and special relational operations
CO 3 : The Embedded SQL in detail.
CO 4 : To write up the Hierarchical Approach.
CO 5 : To give a detailed note on Network approaches.
Credits: 5 Theory Period of one hour per week over a Semester.
Course Outcome: Core VII: Cost Accounting
To get an adequate knowledge about Cost Accounting Practice.
CO 1 : To know the concept, scope and classification of Cost Accounting.
CO 2 : Detailed on Material Control & Methods of issues.
CO 3 : To learn the System of Wage Payment.
CO 4 : Write up the process costing.
CO 5 : To understand the operate costing and contract costing.
Credits: 2 Theory Period of one hour per week over a Semester
4 Practical Period of one hour per week over a Semester
Course Outcome: Allied- III: Managerial Economics
To understand various economic strategies in business decision making.
CO1 : To know the economic theory.
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CO2 : To write up the demand analysis.
CO3 : To have clear knowledge on production functions.
CO4 : Illustrate the Pricing Methods and Policies.
CO5 : To understand the various price theories.
Credits: 5 Theory Period of one hour per week over a Semester.
Course Outcome: Core : Skill based Subject-1 : Commercial Law
Understand the fundamentals of laws relating to commercial activities.
CO1 : To explain the essential elements of valid contract.
CO2 : To know the law relating to Minor, Unsound Mind and persons disqualified by law.
CO3 : To describe the modes of performance and discharge.
CO4 : To have clear understanding about contract of indemnity and guarantee.
CO5 : To explain the sale of goods act and law of carriage of goods.
CO6 : To write up the conditions and warranties.
Credits: 3 Theory Period of one hour per week over a Semester.
Course Outcome: Core IX: Management Accounting
To acquaint the Management Accounting techniques that facilitates managerial decision making.
CO1 : To explain the Management Accounting objective and scope.
CO2 : To illustrate an analysis of liquidity, solvency and profitability ratios.
CO3 : To compute working capital, fund flow and cash flow analysis.
CO4 : To know the Classification of budgets and its computation.
CO5 : To understand the Managerial applications of marginal costing.
Credit : 2 Theory Period of 1 hour per week over a semester
2 Practical Period of one hour per week over a semester
6
Course Outcome: Core X: Object Oriented Programming with C++
To understand the oops concepts through C++
CO1 : To know the proper lines of C++, Encapsulation, Inheritance and Polymorphism.
CO2 : To explain the various data types, operations and functions of C++.
CO3 : To know the concept of constructors and destructors.
CO4 : To explain the concept of inheritances, types of inheritance and polymorphism, virtual
Functions.
CO5 : To explain the types of streams, format and format of input and output operations.
Credit : 1 Theory Period of five hours per week over a semester.
Course Outcome: Core XI: Executive Business Communication
To develop the written and oral business communication skills.
CO1 : To define an importance of business communication, need of business letters, it’s function
and kinds.
CO2 : To explain various trade enquiries.
CO3 : To write up the Banking, insurance and agency correspondence.
CO4 : To describe the company secretarial correspondence.
CO5 : To prepare application letters and business report presentations.
Credit: 3 Theory Period of three hours per week over a semester.
Course Outcome: Core XII: Computer Application: Oracle & C++ Practical – II
To help understand the concepts of Oracle & C++
CO1 : To create a company table, employee table and student table with C++ Programs.
CO2 : To create a product table, payroll table, book and publisher table, deposit and loan table with
C++ Programs.
CO3 : To calculate the depreciation under straight line and diminishing methods with the help of
oops concept in C++.
CO4 : To calculate the economic order quantity, simple interest and compound interest with C++
Programs.
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CO5 : To print the employee’s payroll statement, book lift of library.
CO6 : To prepare net income of a family and calculate merger of safety.
CO7 : To Program for bank transactions, charges of working capital and create the students’ file.
Credit : 1 Practical period of four hours per week over a semester.
Course Outcome: Core XIII: Banking Theory
To develop knowledge in the field of banking.
CO1 : To describe the classification of banks and banking system.
CO2 : To understand the trends in Indian banking and ATM, Credit cards, E-Banking and Debit
Cards.
CO3 : To understand the functions and quantitative and selective credit control measures of Central
Bank.
CO4 : To illustrate the role, evolution and functions of SBI.
CO5 : To write up the functions and rural finance of commercial banks.
CO6 : To understand the place of co-operative banks in the Indian Banking System.
Credit : 1 Theory period of three hours per week over a semester.
Course Outcome: Allied-IV: Principles of Management
To understand the elements of effective management.
CO1 : To know the nature, scope and functions of management.
CO2 : To explain the nature, importance, methods and types of planning.
CO3 : To describe the process, principles and structures of organization.
CO4 : To understand motivation theories in management.
CO5 : To illustrate the communication in management.
Credit : 1 Theory of four hours per week over a semester.
Course Outcome: Skill based Subject 2: Company Law
8
To know the provisions of Companies Act
CO1 : To have clear understanding about the formation of company.
CO2 : To disclose the forms, contents and alteration of memorandum and articles of association.
CO3 : To comprehend contents and misstatement in prospective.
CO4 : To know the qualification, appointment, powers and liabilities of director and secretary.
CO5 : To explain the types of meeting and modes of winding up.
Credit : 1 Theory of three hours per week over a semester
Course Outcome: Core XIV: Principles of Auditing
To know the principles of Auditing
CO1 : To have basic knowledge about auditing.
CO2 : To have thorough knowledge about the internal control.
CO3 : To understand the verification and valuation of Assets and Liabilities.
CO4 : To explain about Joint Stock Companies Auditor.
CO5 : To have a detailed note on Investigation.
CO6 : To understand the Audit Report.
Credits: 4 Theory Period of one hour per week over a Semester.
Course Outcome: Core XV: Corporate Accounting
To know the accounting procedures followed by the companies.
CO1 : Understanding regarding issues of shares.
CO2 : To understand the redemption of preference shares.
CO3 : To know the final accounts of companies.
CO4 : To illustrate the valuation of goodwill and shares.
CO5 : To explain the calculation of Managerial remuneration.
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CO6 : To make out the Liquidation of Companies.
Credits : 2 Theory Period of one hour per week over a Semester.
4 Practical Period of one hour per week over a Semester.
Course Outcome: Core XVI: E-Commerce Technology
To have the knowledge about Electronic Commerce.
CO1 : To define about E-Commerce, Types and components of I way.
CO2 : To explain Electronic Data Interchange and Work flow automation
CO3 : To define Network Firewall Security and Client server Security.
CO4 : To explain Consumer Oriented Application and mercantile Oriented Application.
CO5 : To define electronic payment systems and smart card and Credit Card.
Credit: 1 Theory of five hours per week over a semester.
Course Outcome: Core XVII: Software Development with Visual Basic
To enable the students to develop a front-end tool for customer interaction in business.
CO1 : To explain client server, presentation and architecture.
CO2 : To define VB application Integrated development environment.
CO3 : To describe control structure conversions.
CO4 : To explain standard controls, document interfaces.
CO5 : To describe data access objects, data report, data environment and designer.
Credits: 4 Theory Period of one hour per week over a Semester.
Course Outcome: Elective- I: Income Tax law and Practice
To familiarize recent amendments in Income Tax.
CO1 : Knowledge about the Income Tax Act and Residential status.
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CO2 : Knowledge about the Income from salaries and House property.
CO3 : Description about the profit or gain of business, profession and income from other Sources.
CO4 : Capital gain and deductions
CO5 : To know the set off and carry forward of losses.
CO6 : Computation of Tax liability and Assessment of Individuals.
Credit: 1 Theory of five hours per week over a semester.
Course Outcome: Skill bases Subject-3: Banking and Insurance Law
To get the knowledge on Banking and Insurance
CO1 : Relationship among the banker and customer.
CO2 : The functions of Commercial Banks
CO3 : Find out the Negotiable Instrument Act.
CO4 : Make out the various types of Insurance.
CO5 : Identification of legal dimension of Insurance.
CO6 : To get knowledge about IRDA.
Credits: 3 Theory Period of one hour per week over a Semester.
Course Outcome: Core XIX: Management Information System
To know the integration of business information through computers.
CO1 : Awareness of utilization of business.
CO2 : Knowledge about the system concepts used in information system.
CO3 : To know the information systems in business and management.
CO4 : Define the database management system.
CO5 : Write up the functional management information system.
Credit : 1 Theory of four per week over a semester
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Course Outcome: Core XX: Internet and Web Designing
To know about working of internet and develop a web page.
CO1 : Familiarity about the internet access, web browsing and hyper text.
CO2 : Usage of the search engine and Electronic Mail.
CO3 : To use the lists and add images in HTML.
CO4 : Creating a link within a web page and creating a table.
CO5 : Create links to Video Files.
Credit : 1 Theory Period for five hours per week over a semester.
Course Outcome: Core XXI: Computer Applications: Visual Basic and Web Designing
Practical - III
To learn visual basic and HTML.
CO1 : Calculate a capital budgeting.
CO2 : Creating a advertisement banner using image box control.
CO3 : Creation of database using Data control, option button, check box and date picker.
CO4 : Calculate a maximum, minimum, reorder and display the inventory control.
CO5 : Formation of Break-even analysis using line and chart control.
CO6 : Preparation of resume using HTML Tag.
CO7 : Creation of customer survey, formatting and alignment of sales letter.
CO8 : Preparation of frame and display of multiform document.
Credit: 1 Practical period of four hours per week over a semester.
Course Outcome: Elective-II: Business Finance
To know importance of finance and utilization in business.
CO1 : To describe meaning, concepts and scope of finance and functions of finance.
CO2 : To explain the concept, objectives, types and steps of financial plan.
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CO3 : To describe the capitalization, causes and remedies.
CO4 : To explain the concepts, scopes, importance, types of capital structures.
CO5 : To describe the sources and forms of finance equity shares, preference shares, Debentures,
bank etc.
Credit : 1 Theory period of six hours per week over a semester.
Course Outcome: Skill based Subject-4: Cyber Law
Application of cyber law in e-commerce in India.
CO1 : Introduction and concept of cyber law and cyber law in E-commerce contract aspects.
CO2 : Write up the security and intellectual property aspects.
CO3 : Clear understanding about the evidence and criminal aspect.
CO4 : To know the global trends in India
CO5 : To illustrate the Information Technology Act 2000.
Credits : 3 Theory Period of 1 Hour per week over a Semester.
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PROGRAMME SPECIFIC OBJECTIVES
PSO1 Demonstrate ability to access, evaluate and utilize information from diverse sources
PSO2 Be Proficient in applying Information Technology in Business
PSO3 Qualify for employment in wide range of occupations.
PSO4 Work Competently and Productively in groups, exercising inter personal skills.
Course Outcome: Core I: Principles of Accountancy
CO1 : Understand the basic concepts and conventions of Accountancy.
CO2 : To gain knowledge about the basic accounting practices.
CO3 : Be able to prepare the final accounts of a business concern.
CO4 : Be aware of the accounting procedures followed in different businesses.
CO5 : Understand the reasons for difference in a bank account with that of the accounts prepared
and methods to reconcile the difference.
Credits: 4 Theory Period of five hours per week over a Semester.
Course Outcome: Core II : Business Organisation and Office Management
CO1 : Understand the nature and types of business organization.
CO2 : Develop an idea about the various sources of finance of a business.
CO3 : Gain knowledge about the function and trading procedure of stock exchange.
CO4 : To analyze the location of the business.
CO5 : To know about the usage of equipments and computers in a business organization.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Allied Paper I : Agricultural Economics of India
CO1 : To enable the student to learn the importance of agriculture in Indian economy.
CO2 : To provide basic knowledge about agriculture labour and mechanization of agriculture.
CO3 : To enable the students to learn the basic concept of agriculture marketing and pricing.
CO4 : To understand the various financial institutions that provides assistance to agriculturists.
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CO5 : To have well versed knowledge on the progress of agriculture.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome: Core III : Financial Accounting
CO1 : Understand the basic concepts of depreciation.
CO2 : Be able to develop an idea of investment accounts.
CO3 : Be aware of the basic conventions on departmental accounts.
CO4 : Develop basic idea of hire purchase and installment accounting.
CO5 : Understand the procedure followed in branch of a business organization.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome: Core IV : Principles of Marketing
CO1 : Develop an idea of marketing and its modern concepts.
CO2 : Understand the modern methods and recent trends in marketing.
CO3 : Be able to understand and analyze consumer behavior.
CO4 : Understand the marketing function and the mix for the successful marketing activities.
CO5 : Be aware of marketing and government loss that assist the marketing procedure.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Allied Paper II : Economic Analysis
CO1 : Understand the basic concepts of economics.
CO2 : Develop an understanding on the demand and supply of a commodity in economics.
CO3 : Be able to gain knowledge on the factors of production and theories assisting them.
CO4 : Get an idea of pricing a product.
CO5 : Know the concept behind the pricing of factor of production.
Credits: 4 Theory Period of six hour per week over a Semester.
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Course Outcome: Core V : Higher Financial Accounting
CO1 : Have a thorough knowledge on the basic concepts of partnership accounting.
CO2 : Understand the procedures followed in higher financial accounting.
CO3 : Be able to have complete knowledge on the accounting practices followed in a firm from the
formation till winding up.
CO4 : Know the accounting practice prevailing in the partnership firm and allied aspects.
CO5 : Develop an understanding on voyage and human resources accounting.
Credits: 4 Theory Period of seven hours per week over a Semester.
Course Outcome: Core VI : Commercial Law
CO1 : Be aware of the fundamentals of law relating to business.
CO2 : Gain knowledge on the various laws pertaining to commercial activities.
CO3 : Develop idea about the persons eligible to enter in to a contract.
CO4 : Understand the law governing the principal agency business.
CO5 : Have complete knowledge about law on contract of indemnity and guaranty.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome: Core VII : Principles Of Management
CO1 : To enable the students to know the concept of management.
CO2 : To make the students to understand the elements of effective management.
CO3 : Get an opportunity to examine and apply appropriate concept in business management
efficiently.
CO4 : To know the importance of motivation and communication in management.
CO5 : Get an opportunity to examine the overall management.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome: Allied III : Mathematics For Business
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CO1 : To enable the students to apply mathematics knowledge to solve problems.
CO2 : To know the basic concepts in matrix.
CO3 : Enable the student to determine integral calculus.
CO4 : To know the linear programming problems and formatting by graphical method
Solutions.
CO5 : Understand the basic concepts and how to use mathematical techniques to solve the modern
problems.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome: Skil Based Subject I : Business Application Software – I
CO1 : Understand the basic concept of MS-Office.
CO2 : Be able to gain knowledge on the basic functions to be performed using a computer.
CO3 : Know in detail the various area of MS word and MS Excel.
CO4 : Be able to work in a spreadsheet.
CO5 : Have a thorough knowledge on the application of MS Word and MS Excel.
Credits: 3 Theory Period of two hours per week over a Semester.
Practical Period of one hour per week over a Semester.
Course Outcome: Core VIII : Corporate Accounting - I
CO1 : Should have a thorough knowledge on the accounting practice in issue and redemption of
shares and debentures.
CO2 : Be able to prepare final accounts of companies as per the companies act.
CO3 : Understand the methods of valuing goodwill.
CO4 : Gain thorough knowledge on the accounting procedures followed during the liquidation of
companies.
CO5 : Have a complete understanding on the accounting practice prevailing in the corporate.
Credits: 4 Theory Period of five hour per week over a Semester.
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Course Outcome: Core IX : Computer Application In Business
CO1 : Study the development of computers and their components in each stage.
CO2 : Develop an idea of software, programming language and operating system.
CO3 : Study the concept of developing database and its maintenance using computers in a business
concern.
CO4 : Analyze the importance of management information system and networking in a business.
CO5 : Be aware and perform various activities using computers in day to day life.
Credits: 4 Theory Period of four hour per week over a Semester.
Course Outcome : Core X : Company Law And Secretarial Practice
CO1 : Understand the provisions of company act and secretarial work relating to companies act.
CO2 : Study the legal formalities and documents to be prepared during the formation and winding
up of a company.
CO3 : Beware of the legal provision on the board of directors, their qualifications and powers.
CO4 : Gain knowledge on the role of company secretary in the regular business activities of
company.
CO5 : Have a thorough knowledge on the proceedings of company meeting.
Credits: 4 Theory Period of four hour per week over a Semester.
Course Outcome : Core Xi : Executive Business Communication
CO1 : Develop oral and written business communication skills.
CO2 : Be aware of the various modes and forms of communication in business.
CO3 : Be able to prepare a resume and apply for jobs and attend interviews.
CO4 : Understand and know the modern trend of communication applicable to business.
CO5 : Be able to communicate clearly in day to day business.
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Credits: 3 Theory Period of three hour per week over a Semester.
Course Outcome : Core XII : Banking Theory
CO1 : To develop the knowledge in the field of banking.
CO2 : Able to know the E-Banking service.
CO3 : To know the function central banks.
CO4 : To have thorough knowledge as function of development banking.
CO5 : Able to know the function of banks.
Credits: 3 Theory Period of three hour per week over a Semester.
Course Outcome : Allied IV : Statistics for Business
CO1 : To enable the students to learn the statistical method and their application in commerce.
CO2 : To clear study the measure of central tendency and dispersion.
CO3 : To learn the correlation and regression analysis.
CO4 : To study the simple problems based on addition and multiplication theorems.
CO5 : To enrich to solve the statistical problems in commerce.
Credits: 6 Theory Period of four hour per week over a Semester.
Course Outcome : Skill Based Subject Ii : Computer Application Practical - I
CO1 : Understand the practical applications of computer in business.
CO2 : Be able to work with MS office.
CO3 : Perform efficiently using MS excel.
CO4 : Gain complete knowledge on the utilization of computer in day to day activities of business.
Credits: 3 Practical Period of three hour per week over a Semester.
Course Outcome : Core XIII : Corporate Accounting - II
CO1 : Aim to enlighten the students on accounting procedure followed by the companies.
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CO2 : To enable the students to be aware on the advanced corporate accounting in conformity with
the provision of the companies act.
CO3 : It makes to learn the banking and insurance company accounts.
CO4 : To develop the knowledge in the field of public company accounts.
CO5 : Should have a thorough knowledge on the advance accounting practice prevailing in the
corporate.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome : Core XIV : Banking Theory Law And Practice
CO1 : Aims to enlighten the students on the recent trends in banking and the regulating provisions.
CO2 : To enlighten the students knowledge on banking relation act.
CO3 : To develop the knowledge about the banking instruments.
CO4 : To know thorough knowledge regarding commercial banks lending policies and
Practices.
CO5 : Should have thorough knowledge on Indian banking system and acts pertaining to it.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Core XV : Cost Accounting
CO1 : Aim to enlighten the students on the various methods of costing adopted in practice.
CO2 : To keep the students conversant with ever enlarging frontiers of cost accounting knowledge.
CO3 : To understand the various bonus and incentive scheme followed in the concern.
CO4 : Able to learn how to calculate the cost of production of a particular product
CO5 : Should have a thorough knowledge on the cost accounting and method of accounting cost.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Core XVI : Income Tax Law & Practice
CO1 : Know about the Income Tax Act and its scope.
CO2 : Understand the concepts of salaries and computation of taxable salary.
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CO3 : Know to compute taxable income from house property.
CO4 : Gain knowledge about income from business and compute taxable capital gain.
CO5 : Have an understanding on Income Tax Authorities and the procedure of assessment.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome : Elective I : Business Finance
CO1 : Aims to throw light on the importance of finance to business and the proper ways of
managing it.
CO2 : To enable the student to know the intriencies of business finance.
CO3 : To understand on sources and forms of finance.
CO4 : Should be well versed in the concept of business finance and the application of finance to
business.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Skill Based Subject III : Business Application Software - II
CO1 : This course aim to expose the students on application of computer in business.
CO2 : To enable the students to learn the course of MS office.
CO3 : Enable the student to prepare PowerPoint presentation
CO4 : Enable to learn the MS Access and how to prepare queries.
CO5 : On sure completion of this course, the student should have understand the semester six basic
frame work and how to work in MS PowerPoint and MS Access.
Credits: 3 Theory Period of two hour per week over a Semester.
Practical Period of one hour per week over a Semester.
Course Outcome : Core XVII : Management Accounting
CO1 : Have thorough knowledge about management accounting and its basic concepts.
CO2 : Know about ratio analysis and working capital management.
CO3 : Have an understanding on fund flow and cash flow in business.
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CO4 : Analyze marginal costing and break even of a company.
CO5 : Gain knowledge on budgeting and its types.
Credits: 4 Theory Period of six hour per week over a Semester
Course Outcome : Core XVIII : Principles of Auditing
CO1 : This course aim to create interest in the mind the student towards auditing profession.
CO2 : To familiarize the student with the principles of auditing.
CO3 : It enable the student to know the position of auditors regarding valuation and verification of
asset and liabilities.
CO4 : To know the various modes of appointment of company auditors.
CO5 : On successful completion of this course the student should be well versed in the fundamental
concept of auditing.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Core XIX : Indirect Tax
CO1 : Aim to provide knowledge on the indirect taxes.
CO2 : To develop about the knowledge excise duty.
CO3 : To make the students to understand the procedure for VAT and filling of returns.
CO4 : To enable the students to learn the fundamental of customs duty and central sales tax.
CO5 : On successful completion of this course the student should be well versed in the prevailing
act.
Credits: 4 Theory Period of six hour per week over a Semester.
Course Outcome : Elective II : Entrepreneurial Development
CO1 : Enable the student to know the fundamental of being a good entrepreneur.
CO2 : To enable the student to learn the concept of entrepreneurial ship.
CO3 : To enable the student to learn about institutional finance and service to entrepreneur.
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CO4 : To know the concept of incentives and subsidies provided to the entrepreneurs by the
government.
CO5 : On successful completion of this course the student should be well versed in concept relating
to entrepreneurs knowledge in the financial institution, project report, incentives and
subsidies.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Elective III : Financial Markets
CO1 : Aim to create awareness about the role and importance of different agencies in corporate
financing.
CO2 : To enable the students to know the functioning of Indian financial markets and institutions.
CO3 : To develop the knowledge on banks as financial intermediaries.
CO4 : Understand the sources and forms of finances.
CO5 : Should know about the methods of financing by these agency and the key role placed by
them in corporate financing.
Credits: 4 Theory Period of five hour per week over a Semester.
Course Outcome : Skill Based Subject IV :Computer Applications Practical – II
CO1 : Aim to expose the students on the practical application of computer in business.
CO2 : Enable the students to work with MS office and Tally.
CO3 : On successful completion of this course the student should be able to work efficiently in MS
PowerPoint, MS access and Tally.
Credits: 3 Practical Period of three hour per week over a Semester.
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DEPARTMENT OF MATHEMATICS
Program Specific Outcomes
PSO1. Understand the concepts of algebra which include equations, numbers and algebraic
structures.
PSO2. Students will be able to use the concepts of analysis in solving problems. The
concepts include sets, numbers, functions and convergence.
PSO3. Understand mathematical ideas from basic axioms.
PSO4. Identify the applications of mathematics in other disciplines and society.
PSO5. On completion of the program the students are well poised to pursue
careers in academia, industry and the other areas of Mathematics.
Course Outcome: Core I: Classical Algebra
CO1 : Gain knowledge about the concept Binomial and Exponential series
CO2 : Acquire a clear knowledge regarding convergence and divergence of a given series.
CO3 : Learn about various kinds of series
CO4 : Develop skills for solving equations
CO5 : Implement different methods to find complex roots.
Credits: 4 Theory Period of one hour per week over a Semester
Course Outcome: Core 2: Calculus
CO1 : Learn that Calculus serves as a basis for advanced mathematics.
CO2 : Learn various methods of Integration andapply them for polynomials.
CO3 : Gain knowledge in geometrical application of integration.
CO4 : Describe the concepts of curvature, evolutes and envelopes of certain curves.
CO5 : Descriminate proper and improper integrations and evaluate Beta, Gamma functions.
Credits: 5 Theory Period of one hour per week over a Semester
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Course Outcome: Allied 1- Physics I, Allied 2- Physics II
CO1 : Gain knowledge regarding the importance of physics in day to day life.
CO2 : Obtain knowledge about the motion of rigid bodies.
CO3 : Develop the knowledge in the concept of heat energy.
CO4 : Describe the propagation of sound waves.
CO5 : Descriminate solar energy applications.
Credits: 5 Theory Period of 1 Hour per week over a Semester
2 Practical Period of one hour per week over a Semester
Course Outcome: Core 3: Analytical Geometry
CO1 : Gain knowledge about coordinate geometry.
CO2 : Learns about two dimensional conic sections in polar coordinates.
CO3 : Define an idea about regular geometrical figures and their properties.
CO4 : Gain thorough knowledge regarding straight lines and planes.
CO5 : Compute the space, position, size and shape of objects.
Credits: 4 Theory Period of one hour per week over a Semester
Course Outcome: Core 4: Trigonometry, Vector Calculus and Fourier series
CO1 : Learns that this paper serves as a platform for advanced mathematics and for solving
many real life problems.
CO2 : Gains knowledge in the expansion of trigonometric functions.
CO3 : Defines line integral, surface integral and volume integral.
CO4 : Compute Length,area and Volume of surface using Vector Integration.
CO5 : Expand any periodic functions in terms of Hankel and Fourier Transforms.
Credits: 5 Theory Period of one hour per week over a Semester
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Course Outcome: Core 5 - Differential Equations and Laplace Transforms
CO1 : Understands that Differential Equations are a powerful tool in solving problems of
Physical and Social Sciences.
CO2 : Classify various methods in solving Differential Equations using the phasor notations
for sinusoidal signals.
CO3 : Categorize Partial Differential Equations with suitable standard forms.
CO4 : Learns the concept of solving higher order Differential Equations.
CO5 : Use the methods of Laplace Transforms and Inverse Laplace Transforms to solve
differential equations with constant coefficient.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Core 6 - Statics.
CO1 : Gains knowledge about the nature of forces.
CO2 : Be aware of friction and its various forms.
CO3 : Be familiar with centre of gravity.
CO4 : Acquire knowledge regarding the objects which are at rest.
CO5 : Differentiate between static and dynamic forces.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Allied 3: Statistics for Mathematics -I
CO1 : Gain knowledge about the concepts of probability.
CO2 : Distinguish between discrete and continuous random variables.
CO3 : Create knowledge about various probability distributions which are used in statistical
investigation of real life situations.
CO4 : Develop clear idea regarding correlation and regression.
CO5 : Compare the applications of Statistics in Business, Commerce, Inventory control, etc..
Credits: 7 Theory Period of one hour per week over a Semester
Course Outcome: Skill based Subject 1: Operations Research - I
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CO1 : Understand the concepts of basics, advantages, implications and formulation of an
L.P.P.
CO2 : Obtain the graphical solutions of an L.P.P
CO3 : Distinguish various methods of solving an L.P.P such as simplex, Charnes Penalty
method, Big M method, two phase simplex method.
CO4 : Formulate study the concept of duality in an L.P.P
CO5 : Formulate and solve transportation problems.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Core Paper 8: Dynamics
CO1 : Understands the dynamic changes in the body under the action of forces.
CO2 : Gains knowledge regarding projectiles.
CO3 : Acquire knowledge on impact and impulse of a particle on a surface.
CO4 : Be familiar with central orbits.
CO5 : Study the concepts of Simple Harmonic Motion.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Core 9: Programming in C
CO1 : Understands the basic structure, operators and statements of C language.
CO2 : Define decision making statements and solve problems based on it.
CO3 : Learns that it serves as a basic language of all advanced computer languages.
CO4 : Gains knowledge about arrays, functions and solve problems based on it.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Allied 4: Statistics for Mathematics II
CO1 : Understands the concepts of Applied Statistics.
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CO2 : Gains knowledge in the concepts of Theory of Estimation.
CO3 : Distinguish various types of estimation and various tests used in sampling theory.
CO4 : Gains knowledge in sampling theory.
CO5 : Understand the concepts of Analysis of Variance and Design of experiments.
Credits: 7 Theory Period of one hour per week over a Semester
Course Outcome: Skill based Subject - 2: Operations Research II
CO1 : Solves Assignment problems.
CO2 : Gains knowledge about Game theory
CO3 : Formulate Queuing Theory Model I, Model II Model III, Model IV.
CO4 : Estimate queue discipline by means of queuing theory
CO5 : Investigate Inventory control
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome: Core 9: Real Analysis - I
CO1 : Learns various field axioms, the Archimedean property, triangle and Cauchy-
Schwartz inequality.
CO2 : Extend the idea to Set theory, Functions, Countable and Uncountable sets.
CO3 : Relate functions to point set Topology
CO4 : Investigates the properties of Covering theorems, compactness in metric spaces.
CO5 : Examine the convergence of any sequences in a metric space.
Credits: 5 Theory Period of one hour per week over a Semester
Course Outcome: Core 10: Complex Analysis - I
CO1 : Learns about the basics of complex number system, Stereographic Projections
Implemented in photography and study of Astronomy
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CO2 : Define the concept of differentiation of complex functions.
CO3 : Apply the knowledge of convergence and divergence in power series.
CO4 : Investigate the concept of mapping, implemented in designing
CO5 : Evaluate Complex Integration using Cauchy’s theorem.
Credits: 6 Theory Period of one hour per week over a Semester
Course Outcome: Core 11: Modern Algebra I
CO1 : Analyse mapping groups, abelian groups, symmetric groups and their properties
CO2 : Develop aspects of Subgroups, normal subgroups and quotient groups.
CO3 : Distinguish the concept of Homeomorphisms and Automorphisms
CO4 : Gains knowledge in Ring theory
CO5 : Exposed to the concepts of Ideals Quotient Rings and Fields
Credits: 6 Theory Period of one hour per week over a Semester
Course Outcome: Core 12: Discrete Mathematics
CO1 : Understand the concepts of Mathematical logic such as Connections, Concepts of
Tautology etc..
CO2 : Study the concepts of Relations and Functions
CO3 : Gains knowledge in Formal languages and Automata
CO4 : Classify the concept of Lattices and Boolean Algebra
CO5 : Create structural designs using patterns of graphs in graph theory.
Credits: 5 Theory Period of one hour per week over a Semester
Course Outcome: Skill based subject 3: Operations Research - III
CO1 : Gain knowledge about Simulation
CO2 : Distinguish the concept of PERT and CPM
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CO3 : Understands Integer Programming Problem
CO4 : Extend knowledge to Non Linear Programming Problems
CO5 : Investigate the concept of Dynamic Programming Problem.
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome : Core 13: Real Analysis II
CO1 : Investigate the ideas of continuity and inverse images of open and closed
sets,functions continuous on compact sets
CO2 : Differentiate the concepts of connectedness and implement them on various sets.
CO3 : Examine the derivatives of functions and apply few theorems based on it.
CO4 : Investigate properties of monotonic functions.
CO5 : Learn the properties of Riemann- Stieltjes integral.
Credits: 5 Theory Period of one hour per week over a Semester
Course Outcome : Core 14: Complex Analysis II
CO1 : Extend Various theorems based on Cauchy’s theorem.
CO2 : Expand complex functions using Taylor’s and Laurent’s series.
CO3 : Classify singularities and residues.
CO4 : Solve various types of integrals using calculus of residues
CO5 : Extend Zeros and poles to meromorphic functions
Credits: 6 Theory Period of one hour per week over a Semester
Course Outcome : Core 15: Modern Algebra II
CO1 : Distinguish the types of matrices in detail.
CO2 : Determines hermitian and skew hermitian matrices
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CO3 : Construct mappings on vector spaces
CO4 : Investigate Dual spaces, Inner product spaces, Norm of a vector, orthogonal vectors
etc..
CO5 : Analyse Linear transformations and its properties.
Credits: 6 Theory Period of one hour per week over a Semester
Course Outcome : Skill Based Subject 4: Operations Research IV
CO1 : Learns Decision Analysis
CO2 : Understand Sequencing problems
CO3 : Solves Replacement problems
CO4 : Investigates the concepts of information theory
CO5 : Formulate and evaluate Game theory and replacement problems
Credits: 3 Theory Period of one hour per week over a Semester
Course Outcome : Elective 1: Numerical Methods I
CO1 : Identify methods to solve numerical algebraic and transcendental equations.
CO2 : Computes solutions to simultaneous linear algebraic equations
CO3 : Understands the concepts of finite differences.
CO4 : Gains knowledge about to interpolation for equal intervals
CO5 : Study the concepts of interpolation for unequal intervals
Credits: 5 Theory Period of one hour per week over a Semester
Course Outcome : Elective 2: Numerical Methods II
CO1 : Identifies numerical differentiation
CO2 : Evalutes numerical integrations
CO3 : Understands the concept of difference equations.
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CO4 : Distinguish methods of Taylor series, Euler’s, Modified Euler’s and Runge Kutta
methods to find solutions of differential equations
CO5 : Estimates the numerical solutions of first order differential equations
Credits: 5 Theory Period of one hour per week over a Semester
Course Outcome : Elective 3: Graph Theory
CO1 : Remembers the concept of graphs, sub- graphs, paths, cycles, cut vertex and cut edge
CO2 : Distinguishes Euler and Hamiltonian graphs
CO3 : Investigate the concept of matrix representation of graphs
CO4 : Analyse the concepts of Planar graphs.
CO5 : Learns the concepts of Directed graphs, Connectivity, Enteorim graphs, Tournaments
Credits: 5 Theory Period of one hour per week over a Semester
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Program Specific Outcomes
PSO 1: To create a learning environment to transform the students with strong fundamentals in
computer science, analytics, programming and problem solving.
PSO 2: To provide exposure to students to latest tools & technologies in area of computer science
PSO 3: There are brilliant job outlooks for Computer Science graduates in the recent Scenario.
PSO 4: Computer Science graduates are competent in academic, Research, Industry, Government,
Private and Business organizations with the acquired programming skills.
PSO 5: The software and IT companies are the major employers of Computer Science graduates.
Course Outcome: Core 1: Computing Fundamentals and C Programming
CO 1 Understand the Computer fundamentals and the C programming language concepts.
CO 2 Study the concept of C character set, identifiers and keywords, variable names.
CO 3 Different data type & sizes, declaration, statements.
CO 4 Gain knowledge about types of Operators Standard and Formatted I/O
CO 5 Choose the Loops and Decision Making Statements to solve the problem.
CO 6 Implement different operations on Arrays.
CO 7 Use Functions to solve the given problem.
CO 8 Understand Pointers, Structures and Unions.
Credits: 4 Theory Period of 1 Hour per week over a Semester
3 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 2: Digital Fundamentals and Computer Architecture
CO 1 Understand different Number systems, Codes, Logic Gates, Boolean laws & Theorems.
CO 2 Simplify the Boolean functions to the minimum number of literals using Karnaugh Map.
CO 3 Gain knowledge about combinational circuits and sequential circuits.
CO 4 Can design various synchronous and asynchronous circuits using flip flop.
CO 5 Design Counters, Shift Registers using J-K / D Flip Flop.
CO 6 Discuss various concepts in input and output organization.
CO 7 Differentiate different kinds of memories and to know their performance.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Allied 1: Mathematical Structures for Computer Science
CO 1 Learn mathematical structures for computer based applications like Matrices, statistical and
numerical methods for Computer Science.
CO 2 Apply Gauss- elimination, Gauss Jordon, Gauss Seidal methods to find inverse of a matrix
and Eigen vectors to find canonical form of a quadratic form.
CO 3 Numerical Differentiations by using various methods to solve applied problems.
CO 4 Solve problems using Measures of central tendency.
CO 5 Learn Regression and Correlation
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 3: C++ Programming
CO 1 Apply and implement major object oriented concepts like message passing, function
overloading, operator overloading and inheritance to solve real-world problems.
CO 2 Learn Objects, Classes, Methods, Constructors and Destructors.
CO 3 To study the designing of complex classes: Friend Functions and Static member
functions, Inline functions.
CO 4 To be taught about Inheritance: Single Inheritance, Multiple Inheritance, Multi-level
Inheritance, Hierarchical Inheritance and Hybrid Inheritance
CO 5 For resolving run-time errors implementation of Try - Catch and finally block using
Exception Handling mechanism.
CO 6 Develop applications using Console I/O and File I/O to deal with large data set.
Credits: 5 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core Lab 3: Internet Basics
CO 1 Familiarise students with Internet structure and with basic protocols.
CO 2 Students will receive experience with the Internet, World Wide Web.
CO 3 Use Internet/Web services as a resource for learning and discovery.
CO 4 Explore career opportunities through Online Job Portal.
Credits: 2 Practical Period of 1 Hour per week over a Semester
Allied 2: Discrete Mathematics
CO 1 Understands Sets and their algebra, duality, power sets and partitions. Principle of Strong
Mathematical Induction, Product sets
CO 2 Analyze various binary relations characteristic function and Equivalence relations
CO 3 Can able to verify the correctness of an argument using laws of logic, truth tables,
propositions and quantifiers.
CO 4 Learn the notions of languages, finite state automata, Regular Expressions and regular
languages – Grammar – Types of grammars
CO 5 Use graph algorithms for suitable applications.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 4: Data Structures
CO 1 Able to choose an appropriate data structure to specific problem
CO 2 Choose among alternative data structures to solve specific data-representation and
algorithmic problems.
CO 3 Students will be able to define basic static and dynamic data structures and relevant
standard algorithms for them: stack, queue, dynamically linked lists, trees, graphs, heap,
priority queue, hash tables, sorting algorithms
CO 4 Student will be able to handle operations like searching, insertion, deletion, traversing
mechanism etc. on various data structures.
CO 5 Formulate new solutions for programing problems or improve existing code using
learned algorithms and data structures
CO 6 Evaluate algorithms and data structures in terms of time and memory complexity of basic
operations.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 5: Java Programming
CO 1 Implement Object Oriented Programming Concepts (class, constructor, overloading,
inheritance, overriding) in java.
CO 2 Explain the fundamental concepts and features of Java Programming language.
CO 3 Use and create Packages and Interfaces in a Java program
CO 4 Develop Graphical User Interface applications and Web based applications in Java by
importing applet, AWT
CO 5 Implements Multithreading and Exception Handling in Java.
CO 6 Use of Input/Output Streams in java.
Credits: 6 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Allied 3: Computer Based Optimization Techniques
CO 1 Solve LPP using different techniques.
CO 2 Learn about the managerial concepts like decision making, optimization, etc.
CO 3 Be exposed to Queueing theory and be familiar with Game theory
CO 4 Understanding various mathematical applications in industries.
CO 5 Decision making for real time environment.
CO 6 Study PERT –CPM calculations
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Skill-1: Software Engineering & Software Project Management &
Skill -2: Software Project Management Lab
CO 1 Understand various phases of software layers and Data Modeling.
CO 2 Recognize different techniques of software testing, reusability and maintenance.
CO 3 Understand how to manage projects and project planning and organization
CO 4 Justify the strategies for testing, reusability etc. to reduce cost of development and / or
maintenance.
CO 5 To demonstrate the role and responsibilities of software engineers in various phases of
software development.
CO 6 Describe Software Configuration Management and Risk Management.
CO 7 Studies Estimation, Design and development phases.
Credits: 5 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 6: System Software and Operating Systems
CO 1 Able to understand the role played by system software’s such as assembler, interpreter,
linker, loader and compilers.
CO 2 Studies various machine architectures and explains various loading, linking Facilities.
CO 3 Able to understand machine independent and dependent Compiler features.
CO 4 Understands Operating System Process Concepts and Interrupt Processing.
CO 5 Learns various process management concepts including scheduling, synchronization,
deadlocks and multithreading
CO 6 Student will master issues related to file system interface, implementation and disk
management
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 7: LINUX and Shell Programming
CO 1 Learns Operating systems LINUX.
CO 2 Describe Directory & File commands in LINUX.
CO 3 To learn the important LINUX library functions and system calls.
CO 4 Explains Securing Files in LINUX with access permissions.
CO 5 Usage of Conditional Execution in Shell Scripts.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Credits: 6 Practical Period of 1 Hour per week over a Semester
Allied 4: Business Accounting
CO 1 Conceptually define accounting and bookkeeping
CO 2 Identify the accounting rules required for business enterprises,
CO 3 Apply the accounting rules in determining financial results, prepare financial statements,
compare the specificity of different accounts within the accounting policies,
CO 4 Understands the basics of accounting principles and journalising.
CO 5 Can able to prepare trading, profit and loss account and balance sheet with simple
adjustments.
CO 6 Will prepare cost sheet with simple adjustments
CO 7 Knows Planning for Budgetary Control.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 8: RDBMS And Oracle
CO 1 Master the basic concepts and appreciate the applications of database systems.
CO 2 Master the basics of SQL and construct queries using SQL.
CO 3 Be familiar with a commercial relational database system (Oracle) by writing SQL using the
system.
CO 4 Be familiar with the relational database theory, and be able to write relational algebra
expressions for queries.
CO 5 Mater sound design principles for logical design of databases, including the E‐R method and
Normalization approach.
CO 6 Usage of DML and TCL statements.
CO 7 Master the basics of PL/SQL Composite Data types like Procedures, Functions, Packages and
Triggers.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 9: Visual Programming – Visual Basic & Visual C++
(For 2015 batch- Semester-V)
CO 1 To introduce the concepts of visual programming.
CO 2 Demonstrate knowledge of programming terminology and how applied using Visual
Basic
CO 3 To enable the students to develop programs and simple application using Visual C++.
CO 4 Demonstrate understanding of Visual Basic/VC++ & Concept about form Project,
Application, Tools, Toolbox, Controls & Properties.
CO 5 To introduce GUI programming using Microsoft Foundation Classes.
CO 6 Gain both a conceptual understanding of specification and GUI design issues and their
implementation, and hands-on experience implementing an IDE.
Credits: 6 Theory Period of 1 Hour per week over a Semester
6 Practical Period of 1 Hour per week over a Semester
Course Outcome: Elective I : Computer Networks
CO 1 Understands the concepts of OSI and the TCP ‐ IP reference models
CO 2 Learn the concepts of error detection & correction methods
CO 3 Working of Internetworking & devices, Routing techniques
CO 4 Describe protocols like DNS, SMTP, SNMP, FTP, HTTP etc.
CO 5 Students will get the concepts of Security
CO 6 Students will get the concepts of some Modern topics( like ISDN services & ATM)
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Skill-3 Software Testing &
Skill -4: Software Testing Lab
CO 1 Understand the importance of software quality/software testing and apply software
testing techniques for information systems development.
CO 2 Generate test cases from software requirements using various test processes for
continuous quality improvement.
CO 3 Understand flow graphs and apply path testing
CO 4 Apply software testing techniques in commercial environments and assess the adequacy
of test suites using control flow, data flow, and program mutation.
CO 5 Identify the inputs and deliverables of the testing process and work together as a team in
preparing a report
Credits: 6 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 10: Graphics And Multimedia
CO 1 Explain applications, principles ,commonly used and techniques of computer graphics
and algorithms for Line-Drawing, Circle- Generating and Ellipse-Generating.
CO 2 Students will get the concepts of 2D and 3D, Viewing, Curves and surfaces, Hidden
Line/surface elimination techniques
CO 3 Studies concepts of Multimedia Systems, Text, Audio and Video tools
CO 4 Learn MIDI Image and Video Image, synchronization accuracy specification factors
CO 5 Creates Animation with special effects using algorithms
CO 6 Compressing audio and video using MPEG-1 and MPEG-2
Credits: 5 Theory Period of 1 Hour per week over a Semester
Credits: 6 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 11: Project Work Lab
CO 1 Formulate a real world problem and develop its requirements develop a design solution
for a set of requirements.
CO 2 Test and validate the conformance of the developed prototype against the original
requirements of the problem.
CO 3 Work as a responsible member and possibly a leader of a team in developing software
solutions.
CO 4 Express technical and behavioral ideas and thought in oral settings.
CO 5 Participate in and possibly moderate, discussions that lead to making decisions
CO 6 Express technical ideas, strategies and methodologies in written form
CO 7 Prepare and conduct oral presentations
CO 8 Self learn new tools, algorithms, and/or techniques that contribute to the software
solution of the project
CO 9 Generate alternative solutions, compare them and select the optimum one
Credits: 5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Elective II: Artificial Intelligence And Expert Systems
CO 1 Students will get the concepts of Artificial intelligence, Intelligent Agents And issues in the
design of search programs.
CO 3 Students will get the concepts of Search techniques Adversarial search And Heuristic search
strategies.
CO 4 Students will get the concepts of Knowledge & reasoning of predicate logic and Representing
knowledge using rules, Probabilistic reasoning,
CO 5 Students will get the concepts Natural Language processing , Learning and Expert Systems
Planning
CO 6 Students will get the concepts of Basic knowledge of programming language like Prolog & Lisp.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Elective III: Data Mining
CO 1 Understanding the principles of data mining.
CO 2 Know a range of techniques for data mining and where they can be applied.
CO 3 Become aware of ethical issues that are present in data mining applications
CO 4 Use classification methods and prediction techniques on transaction databases.
CO 5 Understand various clustering techniques for categorizing data.
CO 6 Understand methods for outlier analysis.
CO 7 Analyse transaction databases for association rules.
Credits: 5 Theory Period of 1 Hour per week over a Semester
1
Program Specific Outcome: BBA
PSO1 : To get knowledge of business and management principles.
PSO2 : To create effective organizational leadership skills for making business decisions.
PSO3 : Apply the knowledge of business concepts and functions in an integrated manner.
Course Outcome : Core I : Principles of management
CO1 : To acquire knowledge in the field of management
CO2 : To know about the principles of management
CO 3 : To gain insight into the evolutions of management & functions of management
CO4 : Planning & Decision Making in the organization
CO5 : Organization of management resources and selection process
CO6 : To acquire the skills needed for leadership and control
Credits : 5 Theory period of one hour per week over a semester
Course Outcome : Core II : Basis of Business & Business Environment
CO1 : To gain knowledge about the types of Business organization
CO2 : To acquire knowledge about the different types of business organization
CO3 : To Know about the role of service sector in business
CO4 : To study the business environment & environmental analysis
CO5 : E-commerce and its benefits
CO6 : Types of economy
CO7 : To know about the role of GATT & WTO in the business
Credits: 5 Theory period of one hour per week over a semester
Course Outcome : Core III : Organizational Behavior
CO1 : To enable the students to acquire knowledge of organizational behavior & human psychology
CO2 : To know about Perception and motivation
CO 3 : To learn about the management experiments
2
CO4 : To analyze and compare different models used to explain individual behaviors related to
motivation and rewards
CO5 : To explain group dynamics and demonstrate skills required for working in groups (team
building)
CO6 : To identify the various leadership styles and the role of leaders in a decision making process.
CO7 : To discuss the implementation of organizational change.
Credits: 5 Theory period of one hour per week over a semester
Course Out come : Core IV : Economics for Executives
CO1 : To know about the basics of business economics
CO2 : Understand and apply supply and demand analysis to relevant economic issues
CO3 : Apply marginal analysis to the “firm” under different market conditions
CO4 : To apply economic models in business
CO5 : To know about micro & macro economics
CO6 : To study market structure & pricing strategies
CO7 : To know about the involvement of government in business
Credits: 6 Theory period of one hour per week over a semester
Course Outcome : Core V : Financial Accounting
CO1 : To know about the basic accounting concepts
CO2 : Trial balance & Rectification of errors
CO3 : Profit & loss Account and Balance sheet
CO4 : Accounting for non trading institutions
CO5 : Preparation of accounts for incomplete records.
Credits: 5 Theory period of one hour per week over a semester
Course Outcome : Core VI : Production and materials management
CO1 : To acquire knowledge of production process and materials management
CO2 : The enable students easily understand the production functions & process
3
CO3 : To know about Plant layout, production planning and control
CO4 : Materials handling equipments & maintenance management
CO5 : Fundamental principles of materials management & purchase procedure
CO6 : Inventory management techniques
CO7 : Roles and responsibilities of store keeper and its functions
CO8 : Quality control and inspection
CO9 : Element of TQM and procedure for obtaining ISO.
C10 : This course will help the students to apply their knowledge in the area of production
Credits: 5 Theory period of 1 Hour per week over a semester
Course Outcome : Core VII : Marketing management
CO1 : To know about the basic concepts and principles of marketing management
CO2 : Importance and functions of marketing
CO3 : Environmental factors affecting the marketing function
CO4 : Market segmentation & Marketing strategy
CO5 : To know about the Product mix and product life cycle phase
CO6 : Factors influencing pricing decisions
CO7 : Management of physical distribution and marketing risks
CO8 : To learn about the branding decisions and brand equity.
CO9 : This course will help the graduates to apply knowledge & skills
in the field of marketing
Credits: 5 Theory period of 1 Hour per week over a semester
Course Outcome : Core VIII : Business Law
CO1 : To know about the basic legal aspects of business
CO2 : To understand the Essentials in law of contract and agreements
CO3 : To develop in the student an understanding of the free enterprise system and the legal
safeguards of the same.
CO4 : Legal rules in consideration and coercion
4
CO5 : Agreement opposed to public policy
CO6 : Discharge and breach of contract
CO7 : Law relating to Contract of sale and transfer of property
CO8 : Condition in Creation of agency and termination of agency
CO9 : To develop in the student acceptable attitudes and viewpoints with respect to business ethics
and social responsibility.
Credits: 5 Theory period of one hour per week over a semester
Course Outcome : Allied : III PC Software ( Ms Office) - Practical
CO1 : To acquire knowledge in Pc Software (Ms Office)
CO2 : Introduction to Ms Word and working with documents carrying out editing, formatting,
creating, inserting tables and charts
CO3 : Introduction to spreadsheets & its application, working with spreadsheets
CO4 : Computing and formatting spreadsheets
CO5 : Working with access and SQL statements creating forms for data entry
CO6 : Introduction power point using different presentation templates
Credits: 5 Practical period of one hour per week over a semester
Course outcome Skill based subject - 1 : Communication Skills I
CO1 : To give the learners extensive practices to develop Listening, speaking, reading and writing
skill
CO2 : To develop soft skills among the learners enabling them to communicate effectively and
efficiently
CO3 : To help the students in developing their communication skills through effective use of English
CO4 : To assist in developing their personality
CO5 : Demonstrate appropriate and professional ethical behavior
CO6 : To demonstrate critical and innovative thinking
CO7 : Show an understanding of opportunities in the field of communication
Credits: 3 Practical period of one hour per week over a semester
5
Course outcome Core : IX - Human Resource Management
CO1 : To acquire knowledge of Human Resource Management
CO2 : Role and functions of human resources
CO3 : Manpower planning and job description in the organization
CO4 : Performance appraisal and merit rating of employees
CO5 : Human relations and approaches to good human relations
CO6 : Computation of Wages and salary administration
CO7 : Labour welfare and social security
CO8 : Industrial relations and trade unionism
CO9 : Grievance handling systems and worker’s participation in management
Credits: 5 Theory period of one hour per week over a semester
Course outcome Core : X - Cost and Management Accounting
CO1 : To acquire knowledge of Accounting of managerial decisions
CO2 : The students can easily understand the concepts and elements of cost accounting
CO3 : Preparation of cost sheet, material issues and store control
CO4 : Labour cost remuneration and incentives
CO5 : Preparation of financial statement analysis
CO6 : Classification of ratio analysis
CO7 : Computation of fund flow and cash flow analysis
CO8 : Standard costing and variance analysis
CO9 : Preparation of marginal costing
Credits: 5 Theory period of one hour per week over a semester
Course outcome Core : XI - Advertising and sales promotion
CO1 : To gain knowledge of advertising techniques and sales promotion measures
CO2 : Importance and types of advertising
CO3 : Role of Advertising agencies, advertising budget
6
CO4 : Preparation of Advertising layout and advertising campaign
CO5 : Sales force management
CO6 : Sales promotion strategy and techniques
CO7 : Course will help the students to innovate new ideas and techniques in the field of advertising
Credits: 5 Theory period of 1 Hour per week over a semester
Course outcome Core : XII - Management Information System
CO1 : To acquire knowledge of Management Information system
CO2 : Role of MIS in business and decision making
CO3 : MIS support for different functions and Data base management systems
CO4 : Computer hardware & software
CO5 : Input & output devices and its uses in modern business
CO6 : Telecommunication revolution
CO7 : Introduction to E - Commerce
CO8 : EDI applications in business
Credits: 5 Theory period of 1 Hour per week over a semester
Course outcome Allied : IV - Taxation Law and practice
CO1 : To acquire knowledge of principles of taxation law and practice
CO2 : Income tax act 1961, Income exempted from income tax
CO3 : Computation of income under salary and house property
CO4 : Computation of income under profits and gains of business
CO5 : Computation of capital gains & income from other sources
CO6 : Income tax authorities’ duties and their powers
CO7 : Selected provision and registration of VAT
CO8 : Central excise and customs duty
Credits: 5 Theory period of 1 Hour per week over a semester
7
Course Outcome skill based subject - 2: Communication Skills - II
CO1 : To help the students in developing their communication skills effectively
CO2 : To develop vocabulary building skills
CO3 : To enhance the reading skills (Newspaper, books, and short stories books)
CO4 : To develop writing skills such as preparation of letter, resume etc.,
CO5 : Provide practice to students for filling different forms
CO6 : Preparation of advertisement for recruitment and annual report
CO7 : SWOT Analysis for the environmental issues in organization
Credits: 3 Practical period of one hour per week over a semester
Course outcome Core XIII - Financial Management
CO1 : To acquire knowledge in the sector of finance
CO2 : To understand the financial concepts, functions and sources of finance
CO3 : To gain more knowledge in the field of cost of capital and capital structure etc.,
CO4 : Factors influencing capital structure, Determination of Dividend policy
CO5 : Importance of working capital management and to study about cash management techniques
CO6 : Preparation of various types of budgets
Credits: 5 Theory period of 1 Hour per week over a semester
Course Outcome Core XIV - Research Methods for Management
CO1 : To acquire knowledge in the field of research
CO2 : Important and types of research
CO3 : Sampling process and its types
CO4 : Various methods of data collection in research
CO5 : Analysis and interpretation of data and application of tools & techniques
CO6 : Interpretation and report writing
CO7 : Application of research in various areas such as product, price, promotion & physical
distribution
8
Credits: 5 Theory period of 1 Hour per week over a semester
Course Outcome Core XV - Insurance Principles and Practice
CO1 : To acquire knowledge of Insurance services & practices
CO2 : Principles of insurance & Role of IRDA & its functions
CO3 : Law relating to life insurance contract and different products offered by the insurance sector
CO4 : Law relating to general insurance, functions of general Insurance Corporation of India
CO5 : Fire insurance claims and recovery
CO6 : Law relating to Marine insurance
CO7 : Miscellaneous coverage and motor insurance claims and recovery
Credits: 5 Theory period of 1 Hour per week over a semester
Course O.utcome Core XVI - Visual Basic - Theory & Practical
CO1 : To learn Visual programming in windows Environment
CO2 : The assist students in easily understanding the VB Environment with tool bars, and
system control and components
CO3 : Steps in programming and assignment in property setting
CO4 : Declaring variables & arrays controls
CO5 : Fundamentals of Graphics and file system controls, file commands
CO6 : Database & SQL basics
Credits : 3 Theory period of 1 Hour per week over a semester
3 Practical period of 1 Hour per week over a semester
Course outcome Elective – I Modern Office Management
CO1 : To acquire knowledge of Modern office management and its techniques used in
business
CO2 : Basic concepts of office and its functions, office management relations
with other department
CO3 : Office environment and communication used in business
9
CO4 : Office correspondence and record keeping & record management
CO5 : Office systems and procedures
CO6 : Office personnel management and relationship of employees
CO7 : Employee morale and productivity
Credits : 5 Theory period of 1 Hour per week over a semester
Course outcome Skill based Subject – 3 : Campus to Corporate
CO1 : To train the learners for smooth transition from their campus to corporate
for employment
CO2 : Basic Etiquette followed in workplace and business
CO3 : Attire and grooming skills for professionals
CO4 : Role of E- Communication and Modern communication with social network
CO5 : Aptitude Appetizer with quantitative Vs verbal aptitude
CO6 : Preparation for competitive exams for employment and / or higher studies
Credits : 3 Practical period of 1 Hour per week over a semester
SEMESTER : VI
Course outcome Core XVIII – Entrepreneurship and Project Management
CO1 : To acquire knowledge of entrepreneurship and project management
CO2 : Functions and types of entrepreneurship
CO3 : Role of entrepreneurship in economic development
CO4 : Factors affecting entrepreneur growth in economic & non – economic environment
CO5 : Entrepreneurship development programmes and institutional support to
entrepreneurs
CO6 : Project management and project life cycle phase
CO7 : Project identification and selection, project formulation
CO8 : Institutional supporting projects and project evaluation
Credits : 5 Theory period of 1 Hour per week over a semester
Course outcome Core XIX – Investment Management
10
CO1 : To acquire knowledge in the field of Investment management
CO2 : Concepts of investment and different sources of investment
CO3 : Investment in shares and debentures, role of new issue market
CO4 : Valuation of securities and bonds
CO5 : Security analysis such as economic, fundamental and technical analysis
CO6 : Efficient market theory
CO7 : This course will help the students to apply their knowledge in the area
of investment decisions
Credits : 5 Theory period of 1 Hour per week over a semester
Course outcome XX – Services Marketing
CO1 : To get the knowledge about service marketing
CO2 : Service marketing system
CO3 : Service marketing mix strategies, Service product planning, service Pricing
CO4 : Role of communication and technology in service marketing
CO5 : Marketing of financial services
CO6 : Services in global perspective and recent trends in service marketing
Credits : 5 Theory period of 1 Hour per week over a semester
Course outcome Elective – II Consumer Behavior
CO1 : To know the basic concepts of consumer behavior
CO2 : Customer value and marketing ethics
CO3 : consumer research and consumer motivation
CO4 : Consumer behavioral learning theories
CO5 : Life style profile of consumer classes
CO6 : Consumer decision making process
Credits : 5 Theory period of 1 Hour per week over a semester
Course outcome Skilled based Subject – 4 : Soft Skills for Business
CO1 : To help the students in developing their communication skills effectively
11
CO2 : To give the learners exclusive knowledge to develop the presentation skills
CO3 : To develop the negotiation skills
CO4 : To enhance the team – working and team and assertiveness building skills
CO5 : Resume preparation
CO6 : Preparation for facing interviews and group discussion
CO7 : Non verbal communication such as body language and gesture
CO8 : Career planning and career development
Credits : 3 Practical period of 1 Hour per week over a semester
12
Program Specific Outcomes
PSO 1: Providing effectual and competent real time solutions using acquired acquaintance in
various domains.
PSO 2: Applying Professional Software creativity and maintenance of software
PSO 3: Software developers are responsible for designing, installing, testing and maintenance of
the software system.
PSO4: To entrench ability in analysis and prepare them for higher learning.
PSO 5: To prepare graduates for a successful career and professional work, to meet the technical
requirements of Industry and practice appropriate moral ethics to become computer
professionals.
Course Outcome: Core 1: Computing Fundamentals and C Programming
CO 1 Understand the Computer fundamentals and the C programming language concepts.
CO 2 Study the concept of C character set, identifiers and keywords, variable names.
CO 3 Different data type & sizes, declaration, statements.
CO 4 Gain knowledge about types of Operators Standard and Formatted I/O
CO 5 Choose the Loops and Decision Making Statements to solve the problem.
CO 6 Implement different operations on Arrays.
CO 7 Use Functions to solve the given problem.
CO 8 Understand Pointers, Structures and Unions.
Credits: 4 Theory Period of 1 Hour per week over a Semester
3 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 2: Digital Fundamentals and Computer Architecture
CO 1 Understand different Number systems, Codes, Logic Gates, Boolean laws &
Theorems.
CO 2 Simplify the Boolean functions to the minimum number of literals using Karnaugh
Map.
CO 3 Gain knowledge about combinational circuits and sequential circuits.
CO 4 Can design various synchronous and asynchronous circuits using flip flop.
CO 5 Design Counters, Shift Registers using J-K / D Flip Flop.
CO 6 Discuss various concepts in input and output organization.
CO 7 Differentiate different kinds of memories and to know their performance.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Allied 1: Mathematical Structures for Computer Science
CO 1 Learn mathematical structures for computer based applications like Matrices, statistical
and numerical methods for Computer Science.
CO 2 Apply Gauss- elimination, Gauss Jordon, Gauss Seidal methods to find inverse of a
matrix and Eigen vectors to find canonical form of a quadratic form.
CO 3 Numerical Differentiations by using various methods to solve applied problems.
CO 4 Solve problems using Measures of central tendency.
CO 5 Learn Regression and Correlation
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 3: C++ Programming
CO 1 Apply and implement major object oriented concepts like message passing, function
overloading, operator overloading and inheritance to solve real-world problems.
CO 2 Learn Objects, Classes, Methods, Constructors and Destructors.
CO 3 To study the designing of complex classes: Friend Functions and Static member
functions, Inline functions.
CO 4 To be taught about Inheritance: Single Inheritance, Multiple Inheritance, Multi-
level Inheritance, Hierarchical Inheritance and Hybrid Inheritance
CO 5 For resolving run-time errors implementation of Try - Catch and finally block using
Exception Handling mechanism.
CO 6 Develop applications using Console I/O and File I/O to deal with large data set.
Credits: 5 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core Lab 3: Internet Basics
CO 1 Familiarise students with Internet structure and with basic protocols.
CO 2 Students will receive experience with the Internet, World Wide Web.
CO 3 Use Internet/Web services as a resource for learning and discovery.
CO 4 Explore career opportunities through Online Job Portal.
Credits: 2 Practical Period of 1 Hour per week over a Semester
Allied 2: Discrete Mathematics
CO 1 Understands Sets and their algebra, duality, power sets and partitions. Principle of Strong
Mathematical Induction, Product sets
CO 2 Analyze various binary relations characteristic function and Equivalence relations
CO 3 Can able to verify the correctness of an argument using laws of logic, truth tables,
propositions and quantifiers.
CO 4 Learn the notions of languages, finite state automata, Regular Expressions and regular
languages – Grammar – Types of grammars
CO 5 Use graph algorithms for suitable applications.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 4: Data Structures
CO 1 Able to choose an appropriate data structure to specific problem
CO 2 Choose among alternative data structures to solve specific data-representation and
algorithmic problems.
CO 3 Students will be able to define basic static and dynamic data structures and
relevant standard algorithms for them: stack, queue, dynamically linked lists,
trees, graphs, heap, priority queue, hash tables, sorting algorithms
CO 4 Student will be able to handle operations like searching, insertion, deletion,
traversing mechanism etc. on various data structures.
CO 5 Formulate new solutions for programing problems or improve existing code using
learned algorithms and data structures
CO 6 Evaluate algorithms and data structures in terms of time and memory complexity
of basic operations.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 5: Java Programming
CO 1 Implement Object Oriented Programming Concepts (class, constructor, overloading,
inheritance, overriding) in java.
CO 2 Explain the fundamental concepts and features of Java Programming language.
CO 3 Use and create Packages and Interfaces in a Java program
CO 4 Develop Graphical User Interface applications and Web based applications in Java by
importing applet, AWT
CO 5 Implements Multithreading and Exception Handling in Java.
CO 6 Use of Input/Output Streams in java.
Credits: 6 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Allied 3: Computer Based Optimization Techniques
CO 1 Solve LPP using different techniques.
CO 2 Learn about the managerial concepts like decision making, optimization, etc.
CO 3 Be exposed to Queueing theory and be familiar with Game theory
CO 4 Understanding various mathematical applications in industries.
CO 5 Decision making for real time environment.
CO 6 Study PERT –CPM calculations
Course Outcome: Skill-1 Web Programming
CO 1 Acquire knowledge about functionalities of World Wide Web and E-Mail.
CO 2 Apply a structured approach to identifying needs, interests, and functionality of a
website.
CO 3 Write well-structured, easily maintained, standards-compliant, accessible HTML code,
CSS code to present html pages in different ways.
CO 5 Explore Markup languages features and create interactive web pages using them
CO 6 Design dynamic websites that meet specified needs and interests.
CO 7 Learn and design Client side validation using scripting languages
CO 8 Acquire knowledge about Scripting libraries
Credits: 5 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 6: System Software and Operating Systems
CO 1 Able to understand the role played by system software’s such as assembler,
interpreter, linker, loader and compilers.
CO 2 Studies various machine architectures and explains various loading, linking
Facilities.
CO 3 Able to understand machine independent and dependent Compiler features.
CO 4 Understands Operating System Process Concepts and Interrupt Processing.
CO 5 Learns various process management concepts including scheduling,
synchronization, deadlocks and multithreading
CO 6 Student will master issues related to file system interface, implementation and
disk management
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 7: LINUX and Shell Programming
CO 1 Learns Operating systems LINUX.
CO 2 Describe Directory & File commands in LINUX.
CO 3 To learn the important LINUX library functions and system calls.
CO 4 Explains Securing Files in LINUX with access permissions.
CO 5 Usage of Conditional Execution in Shell Scripts.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Credits: 6 Practical Period of 1 Hour per week over a Semester
Allied 4: Business Accounting
CO 1 Conceptually define accounting and bookkeeping
CO 2 Identify the accounting rules required for business enterprises,
CO 3 Apply the accounting rules in determining financial results, prepare financial
statements, compare the specificity of different accounts within the accounting
policies,
CO 4 Understands the basics of accounting principles and journalising.
CO 5 Can able to prepare trading, profit and loss account and balance sheet with simple
adjustments.
CO 6 Will prepare cost sheet with simple adjustments
CO 7 Knows Planning for Budgetary Control.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 8: RDBMS and Oracle
CO 1 Master the basic concepts and appreciate the applications of database systems.
CO 2 Master the basics of SQL and construct queries using SQL.
CO 3 Be familiar with a commercial relational database system (Oracle) by writing SQL using
the system.
CO 4 Be familiar with the relational database theory, and be able to write relational algebra
expressions for queries.
CO 5 Mater sound design principles for logical design of databases, including the E‐R method
and Normalization approach.
CO 6 Usage of DML and TCL statements.
CO 7 Master the basics of PL/SQL Composite Data types like Procedures, Functions,
Packages and Triggers.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Core 9: Visual Programming – Visual Basic & Visual C++
CO 1 To introduce the concepts of visual programming.
CO 2 Demonstrate knowledge of programming terminology and how applied using Visual
Basic
CO 3 To enable the students to develop programs and simple application using Visual C++.
CO 4 Demonstrate understanding of Visual Basic/VC++ & Concept about form Project,
Application, Tools, Toolbox, Controls & Properties.
CO 5 To introduce GUI programming using Microsoft Foundation Classes.
CO 6 Gain both a conceptual understanding of specification and GUI design issues and their
implementation, and hands-on experience implementing an IDE.
Credits: 6 Theory Period of 1 Hour per week over a Semester
6 Practical Period of 1 Hour per week over a Semester
Course Outcome: Elective I : Computer Networks
CO 1 Understands the concepts of OSI and the TCP ‐ IP reference models
CO 2 Learn the concepts of error detection & correction methods
CO 3 Working of Internetworking & devices, Routing techniques
CO 4 Describe protocols like DNS, SMTP, SNMP, FTP, HTTP etc.
CO 5 Students will get the concepts of Security
CO 6 Students will get the concepts of some Modern topics( like ISDN services & ATM)
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Elective I: - PHP & Scripting Languages
CO 1 Explain the differences between typical scripting languages and typical system
and application programming languages.
CO 2 Apply your knowledge of the strengths and weaknesses of scripting languages to
select an implementation language.
CO 3 Create software systems using scripting language’s like VB Script and JavaScript.
CO 4 Learns server-side scripts. File uploads and Database Connections.
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Skill-3 Case Tools Concepts and Applications
CO 1 Expertise in Concepts of graphical representation of business
CO 2 Learns how to develop a business model of Student M.I.S System
CO 3 Aware of how to graphically represent the data.
CO 4 Gain knowledge on diagrams including ER,Hierarchical tree structured,DFD,etc…
CO 5 Able to know how the centralized storage of data dictionary is handled.
CO 6 Grasp ideas on tools for data Validation
CO 7 To learn about Tools in Ubridge Synthesis
Credits: 6 Theory Period of 1 Hour per week over a Semester
4 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 10: Graphics And Multimedia
CO 1 Explain applications, principles ,commonly used and techniques of computer graphics
and algorithms for Line-Drawing, Circle- Generating and Ellipse-Generating.
CO 2 Students will get the concepts of 2D and 3D, Viewing, Curves and surfaces, Hidden
Line/surface elimination techniques
CO 3 Studies concepts of Multimedia Systems, Text, Audio and Video tools
CO 4 Learn MIDI Image and Video Image, synchronization accuracy specification factors
CO 5 Creates Animation with special effects using algorithms
CO 6 Compressing audio and video using MPEG-1 and MPEG-2
Credits: 5 Theory Period of 1 Hour per week over a Semester
Credits: 6 Practical Period of 1 Hour per week over a Semester
Course Outcome: Core 11: Project Work Lab
CO 1 Formulate a real world problem and develop its requirements develop a design solution
for a set of requirements.
CO 2 Test and validate the conformance of the developed prototype against the original
requirements of the problem.
CO 3 Work as a responsible member and possibly a leader of a team in developing software
solutions.
CO 4 Express technical and behavioral ideas and thought in oral settings.
CO 5 Participate in and possibly moderate, discussions that lead to making decisions
CO 6 Express technical ideas, strategies and methodologies in written form
CO 7 Prepare and conduct oral presentations
CO 8 Self learn new tools, algorithms, and/or techniques that contribute to the software
solution of the project
CO 9 Generate alternative solutions, compare them and select the optimum one
Credits: 5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Elective II : Computer Networks
CO 1 Understands the concepts of OSI and the TCP ‐ IP reference models
CO 2 Learn the concepts of error detection & correction methods
CO 3 Working of Internetworking & devices, Routing techniques
CO 4 Describe protocols like DNS, SMTP, SNMP, FTP, HTTP etc.
CO 5 Students will get the concepts of Security
CO 6 Students will get the concepts of some Modern topics( like ISDN services & ATM)
Credits: 6 Theory Period of 1 Hour per week over a Semester
Course Outcome: Elective III: Artificial Intelligence And Expert Systems
CO 1 Students will get the concepts of Artificial intelligence, Intelligent Agents And issues in
the design of search programs.
CO 3 Students will get the concepts of Search techniques Adversarial search And Heuristic
search strategies.
CO 4 Students will get the concepts of Knowledge & reasoning of predicate logic and
Representing knowledge using rules, Probabilistic reasoning,
CO 5 Students will get the concepts Natural Language processing , Learning and Expert
Systems Planning
CO 6 Students will get the concepts of Basic knowledge of programming language like Prolog
& Lisp.
Credits: 5 Theory Period of 1 Hour per week over a Semester
DEPARTMENT OF COSTUME DESIGN AND FASHION
PROGRAMME SEPCIFIC OUTCOMES
Apparel is one of the basic necessities. The apparel sector is a vital constituent of the
economy and a significant provider of employment and self employment opportunities.
The Costume Design and Fashion not only aims at preparing the students for a wide
variety of jobs in garment industry , but also focuses on applying their creative mind in
the designing of apparel and home textiles.
The theoretical and practical knowledge imparted through this course is also designed
and structured to provide a strong foundation for further studies or professional carriers.
By pursuing a degree of Costume Design and Fashion , the employability options
available are Fashion Event Management, Effective Dressing Skills, Apparel Retail,
Design Development Project.
DEPARTMENT OF COSTUME DESIGN AND FASHION
COURSE OUTCOME
SEMESTER - I
FUNDAMENTALS OF APPAREL DESIGNING
To familiarize the students with the terminologies related to apparel and its
construction.
To acquaint the tools and equipment used for sewing.
To create awareness regarding selection criteria relating to fabrics and
accessories.
Study of garment components like necklines, collars, sleeves, plackets, pockets,
hemlines.
To impart knowledge about fullness used.
PRINCIPLES OF PATTERN MAKING
To equip the students with the knowledge of different body measurement needed.
To understand the common fitting problems and their correction.
To acquire knowledge in layout planning and handling of special fabrics.
To acquaint the students with the drafting procedures and grading techniques.
To introduce the concept of drafting and paper patterns.
BASIC ILLUSTRATION- PRACTICAL
To create knowledge about basic lines and line drawing.
To inculcate the scopes of various drawing and sketching mediums.
To acquaint knowledge about normal and fashion figures.
To create a design knowledge to work in specified pattern details.
To imply the basic concept and various silhouette sketching
SEMESTER – II
FASHION SKETCHING - PRACTICAL
To analyze the normal figure into fashion figure.
To create different garment styles
To understand about stylized figures.
CHILDREN’S APPAREL- PRACTICAL
To equip the students with basic knowledge for method of drafting.
To help the students with drafting of different types of children’s garment.
To enable the students to construct different types of children’s garment.
To help the students in selection of fabrics.
CARE AND MAINTENANCE OF TEXTILES
To provide an overview of water, methods of softening water and laundry soaps.
To familiarize the students with stiffening agents, laundry blues and their
applications.
To inculcate the students about the laundry and drying equipments and their
types.
To make them know the principles and types of washing, laundry of different
fabrics.
To make them aware of special types of laundry, dry cleaning, storing and care
labels.
SEWING TECHNOLOGY
To acquaint the students with the tools and equipment used for sewing.
To understand the sewing machine parts and functions, working defects and
remedies, care and maintenance.
To understand about use of different threads and needles for various fabrics.
To impart knowledge about sewing Federal Standards.
SEMESTER - III
HISTORIC COSTUMES AND TEXTILES OF INDIA
To impart knowledge about beginning and growth of costumes, Dyed, Printed and
Woven textiles of India.
To familiarize the traditional costumes of different states of India.
To inculcate about the jewelleries used in different periods.
To study the temple jewellery of South India and tribal jewellery.
To introduce the traditional embroideries of India with the types and colours of
fabric and thread.
FASHION DESIGNING
To understand the terminology related to fashion.
To understand the concepts related to elements and principles of design.
To familiarize the students with the colour theories.
To create a design for figure irregularities.
To work on various wardrobe planning.
FASHION CLOTHING AND PSYCHOLOGY
To acquaint the students with the basic factors influencing fashion.
To familiarize the students about fashion cycles and length of cycles.
To foster an understanding of International designers and their work.
To familiarize the students with the role of a designer.
To provide comprehensive knowledge about world centers.
FIBRE TO FABRIC
To understand the characteristics and applications of textile fibers.
Make them to understand the manufacturing process of natural and man-made
fibers.
Provides insight into the spinning techniques process and about the yarns.
Focused on weaving mechanisms and basic weaves outline.
To understand about non-woven and bonding techniques.
BASIC DRAPING- PRACTICAL
To enable the students with usage of dress forms.
To provide comprehensive knowledge in draping.
SEMESTER – IV
WOMEN’S APPAREL- PRACTICAL
To equip the students with basic knowledge for method of drafting.
To help the students with drafting of different types of women’s garment.
To enable the students to construct different types of women’s garment.
To help the students in selection of fabrics.
FABRIC STRUCTURE AND DEIGN
To understand the elements of woven design
To familiarize the students with draft and peg plan for different types of woven
fabrics.
To understand about the end use of different Jacquard and woven fabrics.
TEXTILE PROCESSING
To understand about differ dyes and processes for textiles.
To learn about different methods used for processing
To enable to dye the fabric with different dyes.
To know about wet processing equipments.
GARMENT QUALITY AND COST CONTROL
To study the scope of quality control and establishing raw material quality
specification.
To acquaint the students with the processing quality specification.
To introduce the function of production control.
To study the types of control forms in production systems.
To make them know the functions of cost control and their types.
SURFACE EMBELLISHMENT
To provide comprehensive knowledge about various hand and machine
embroidery stitches.
To foster understanding of traditional Indian embroideries – motifs used, colour
combination used.
SEMESTER – V
MEN’S APPAREL- PRACTICAL
To equip the students with basic knowledge for method of drafting.
To help the students with drafting of different types of men’s garment.
To enable the students to construct different types of men’s garment.
To help the students in selection of fabrics.
ACCOUNTING AND BUSINESS MANAGEMENT
To know about accounting concepts and conventions
To learn about journal ledger and trial balance
To understand about final accounts and cost accounting
To provide knowledge about objectives of business.
COMPUTER IN GARMENT INDUSTRY / COMPUTER AIDED DESIGNING
To acquaint basic knowledge in computer.
To understand about role of computer in fashion industry
To create designs using Corel Drawing
To create pattern drafting using pattern software.
To impart knowledge in computerized machineries used in garment industry.
TEXTILE PRINTING
To provide comprehensive knowledge about the concepts of dyeing and printing
of textiles.
To familiarize the students with the tools and equipment used for various types of
printing.
TEXTILE FINISHING
To provide an overview of production sequence of textile fabrics and the finishes.
To develop comprehensive understanding in basic finishes, luster and textured
finish.
To make them aware of functional finishes and their applications.
To impart knowledge on special purpose finishes.
To make them acquire knowledge in recent trends in finishing and treatment of
textile effluents.
SEMESTER – VI
HOME TEXTILES
To familiarize the students with different factors of home textiles
To acquaint knowledge in different treatments- door, window, floor and wall.
To understand about soft furnishing.
KNITTING
To understand about machineries used for knitting.
To impart knowledge in knitting terminologies
To learn about care and maintenance of knitted goods.
APPAREL MARKETING
To understand about marketing and its functions.
To learn about fashion advertising and sales promotional program.
To create knowledge in pricing policies of apparel products.
ORGANISATION OF GARMENT UNIT
To provide a comprehensive knowledge about entrepreneurs.
To understand about different banks that support the entrepreneurs.
To acquaint the students about factory designs and layout.
To understand the role of merchandiser in the garment industry.
To know more facts about documentation.
PORT FOLIO PRESENTATION
To create an understanding of different types of fashion and the planning required
for their creative design.
To familiarize the students with the various practical steps required to construct a
garment related to their theme.
ST.JOSEPH’S COLLEGE FOR WOMEN TIRUPUR.
DEPARTMENT OF CHEMISTRY
PROGRAMME SPECIFIC OUTCOME
PSO1:This paper presents the basic principles of chemistry
PSO2:Students should have a working knowledge of the main area of chemistry organic,
Inorganic,physical, analytical ,textiles and dye chemistry
PSO3:To understand the important concepts of chemistry
PSO4:Students should be able to perform and understand chemical reactions.
PSO5:To have an understanding of the professional responsibility and ethical values.
PSO6:To communicate effectively.
PSO7:Identify the study of the compositions structure ,properties, and reaction of matter.
PSO8:To understand work in a chemical related field.
SEMESTER:1
COURSE OUTCOME:CORE CHEMISTRY PAPER –I
CO1:To learn the periodic table,electron affinity and negativity,and hybridizations and geometry.
CO2:To understand IUPAC name ,nomenclature of acyclic alkane,alkene and alkyene.
CO3:Students learn to polar effect and cycloalkenes and types
of the reaction.
CO4:To understand liguid crystals concept and theory of Einstein, Compton, debroglie
plank’s,block body radiation (wave length determination only)
CO5:To developed the laws of thermodynamics.
CERDITS:6theory period of 1 hour for 6days order over a semester(90)days.
SEMESTER-II
COURSE OUTCOME:CORE CHEMISTRY PAPER –II
CO1:This paper presents the concept of co-ordination chemistry.
CO2:To understand aromaticity and thermodynamics.
CO3:To enable the students to learn about acids and bases concept.
CO4:To applicable to chemical reactions.
CO5:To understand heat, temperature and volume .
CERDITS:6theory period of 1 hour for 6days order over a semester.
COURSE OUTCOME:CORE CHEMISTRY PRACTICAL-I
(INORGANIC QUALITATIVE ALALYSIS)
CO1:To apply the knowledge of science and fundamentals.
CO2:To identify the formula and structure of inorganic substance.
CO3:To communicate effectively.
CO4:To have an understanding of the professional responsibility and
ethical values.
CO5:To handle glassware’s apparatus.
CO6 :To use techniques, skills and necessary for inorganic practicals.
CERDITS:3 practical periods of 1 hour for 1day order over a semester.
SEMESTER-III
COURSE OUTCOME:CORE CHEMISTRY PAPER –III
CO1:To identify general methods of extraction.
CO2:To understand chemistry of carbonyl compounds -I
CO3: To understand chemistry of carbonyl compounds -II
CO4:To use techniques of geometrical isomerism.
CO5:To understand Bio-organic chemistry.
CERDITS:6theory period of 1 hour for 6days order over a semester.
COURSE OUTCOME:CORE CHEMISTRY PAPER –IV
CO1:To enable the students to understand the second laws of thermodynamics
CO2:To understand the concept of chemical potential.
CO3:To understand the adsorption and catalysis.
CO4: To learn the adsorption chromatography
CO5:Ability to understand the computer c programmed.
CERDITS:6theory period of 1 hour for 6days order over a semester.
SKILL BASED SUBJECT
CHEMISTRY OF NATURAL AND SYNTHETIC FIBRES
CO1:To understand basic knowledge of textiles chemistry.
CO2:To learn different group of fibers (natural and synthetic fibers)
CO3:Students also gain good knowledge of various textiles fibers.
CO4:Textiles chemistry also learn the art of blending materials.
CO5:Students will work as a part of the research and development team, technical
service process, development lots more.
CERDITS:6theory period of 1 hour for 6days order over a semester.
SEMESTER-IV
COURSE OUTCOME:CORE CHEMISTRY PAPER –V
CO1: Students will gain an understanding of the fundamentals of electronic structure and
bonding in conjugated and aromatic system.
CO2:Students learn the bonding models, structure ,reactivity’s and applications of simple
Inorganic molecules, metals and organo metals.
CO3: Students learn the preparation, structure and synthetic applications of amines.
CO4: Students ability to understand the phase rules, diagram and one, two components system.
CO5: To understand ideal and non ideal solutions.
CERDITS: 6 theory period of 1 hour for 6days order over a semester
SKILL BASED SUBJECT
TECHNOLOGY OF DYEING OF NATURAL FIBRES
CO1: To understand the coloring agents.
CO2: To learn to Different types of reactive dyes.
CO3: To learn the classification of naphthols cold and hot dissolution methods.
CO4: To understand the types of vat dyes.
CO5: To learn the advantage and disadvantages of chemical dyes.
CERDITS: 6 theory period of 1 hour for 6days order over a semester
COURSE OUTCOME: CORE CHEMISTRY PRACTICAL-II
(ORGANIC AND VOLUMETRIC ALALYSIS)
CO1: Apply principles of chemistry to the observation of substances experiencing physical
Or chemical changes.
CO2: Learn the safety requirements and methods needs to work in a chemistry.
CO3: All students must be able to readily identify glassware commonly used in the
Chemistry laboratory and know how to properly utilize the glassware.
CO4: How to properly clean glassware at the end of an experiments
CO5: Students will know the disposal of chemicals.
CO6: To understand the normality and calculation of solutions.
CERDITS:3 practical period of 1 hour for 1day order over a semester.
DEPARTMENT OF PHYSICS
PROGRAM SPECIFIC OUTCOMES (PSO) PHYSICS
PSO1 The modern world would be a very different place. The study of physics has brought
underlies so many pivotal discoveries of the 20th
century including the laser,
PSO2 TV, radio, computer technology, DNA and nuclear weapons for instance and has played a
vital role in the development of quantum theory.
PSO3 Understand the theory of relativity, the big bang theory, and the splitting of the atom.
PSO4 The main objective of the department is to discover the talented young people, introducing
awareness in them, educating them in the most advanced manner through special programs
and producing women physicist and educationalist.
PSO5 To understand the practical and theoretical physics.
SUBJECT OUTCOME
I SEMESTER
Subject Name: MECHANICS, PROPERTIES OF MATTER AND SOUND
CO1 When presented with the variety of natural phenomena from everyday life, the student will
be able to give qualitative explanation using basic physics principles (i.e. Newton’s law).
CO2 This course is based on the study of the mechanics of rigid bodies and their states of matter,
and Newton’s laws and gravitation and their applications.
CO3 This course includes on introduction of fluids and their motions by developing knowledge
of density, heat capacity, pressure & viscosity of liquids.
CO4 To understand the concepts of kinetic energy and potential energy of the system. It’s
measured by velocity changes of the resting & moving system.
CO5 To appreciate how energy can change from one form to another form. (I.e. electrical energy
is converted to the heat energy. e.g. Iron Box).
CO6 To understand the momentum of the elastic and inelastic bodies (e.g. elastic: spring,
balloon; inelastic: car crash).
CO7 To learn the vibration of wave mechanics produced in waves. Most will understand the all
about different wave properties. (I.e. transverse waves & longitudinal waves).
CO8 To understand the production of sound and sound wave and speed of sound. Identifies the
absolute and relative terms of sound wave.
CREDITS: 6 Theory period of one hour per weekover a semester.
II SEMESTER
Subject Name: HEAT AND THERMODYNAMICS
CO1 The students are to learn the basic principles and concepts of Heat and Thermodynamics.
CO2 They get ability to understand and solving conduction, convection and radiation process.
CO3 To design and analyze the performance of heat exchangers and evaporators.
CO4 To design and analyze reactor heating and cooling system.
CO5 They get knowledge about kinetic theory of gases.
CO6 They understand the thermodynamic laws.
CO7 To study about the concepts of entropy.
CREDITS: 6 Theory period of one hour per week over a semester.
Subject Name: CORE PRACTICLE-I
CO1 The course continues the development of your expertise in applying physical concepts to
practical problems and in learning about experimental techniques and advanced equipment.
CO2 The experiment complements some of the material covered in the second year theory
course.
CO3 The student will demonstrate an understanding of the scientific method and an ability to
apply the scientific method in practice.
CO4 They will understand and able to communicate the solution to a problem or the results of a
scientific investigation using effective oral.
CO5 The students develop their capacity for independent and self directed work.
CO6 They developed an ability to work collaboratively.
CO7 Improving their creative skills.
CREDITS: 3 Practical period of one hour per week over a semester.
III SEMESTER
Subject Name: OPTICS
CO1 Optics is course provides students with working knowledge of optical physics and
properties of light.
CO2 Optics is the heart of many of the powerful scientific instruments.
CO3 To understand the diffraction, refraction, spectroscopy, laser, etc., (To diffraction
spectrometer uses the form of rainbow colors and illuminates by a wide spectrum)
CO4 To learn the principles of optical modulation and detection of light.
CO5 To learn the basic & working principles of laser lights. Laser is optical device that emits an
extremely intense beam of energy in the form of light.
CO6 Spectroscopy, laser, and fiber optics also provides a basis study in optics. Fiber optics is the
technology of sending information in the form of light through fine structure of transparent
materials.
CO7 Spectroscopy is used to find the dispersion of light and how to form the different colors
from monochromatic light.
CO8 To understand the light as energy and how to measure the speed of light, and wavelength of
light.
CO9 To understand the lens of plane, concave and convex mirrors. And what will happen it
combination of two lenses.
C10 To analyze the intensity variations of light due to polarization. As light passes through the
medium (glass), each colors of visible light is polarized with its own orientation.
CREDITS: 4 Theory period of one hour per week over a semester.
Subject Name: SKILL BASED SUBJECT: INSTRUMENTATION-I
CO1 To study the basic concept of measuring devices, it can used to how to handle the
instruments and calibrates the devices for transducers like capacitive, piezoelectric,
photoelectric effect, photoconductive, ionization, Hall effect transducers and now a days
etc.
CO2 To study the performance characteristics of an Instrumentation system.
CO3 Its used to Generalized measurement Zero order system first and second order system Dead
time element Specification and testing of dynamic response.
CO4 To study thePressure Measurements. Its used to deduct Mechanical Pressure measurement
devices Bourdon tube Pressure.
CO5 The Bridgeman, Dead weight tester Low Pressure measurement & The Mc lead, Pirani
thermal Conducting, & Knudsen gauge.
CO6 To study theFlow Measurements and Measure Positive displacement & Flow Obstruction
methods Flow measurement by drag effects. Hot wire and Hot film anemometers magnetic
flow meters.
CO7 To study themeasurement of temperatures. It used to measure the temperature scales and
calculate the temp & day today life also.
CO8 The ideal gas thermometer temperature measurements by mechanical effects temperature
measurements Thermistors Thermoelectric effects.
CREDITS:5 theory period of three hour per over a semester.
IV SEMESTER
Subject Name: ATOMIC PHYSICS AND SPECTROSCOPY
CO1 To describethe basic Analysis of positive rays.
CO2 To understand the structure of atoms.
CO3 To design and analyze the performance atoms.
CO4 To design and analyze Magneto optical properties of spectrum.
CO5 They get knowledge about Photo electric effect.
CO6 They understand the X-ray spectra.
CO7 To study about thePlanck’s law of radiation.
CREDITS: 4 Theory period of one hour per week over a semester.
Subject Name: INSTRUMENTATION II
CO1 Instrumentation physics, an option within the physics major.
CO2 If the students study this course they got ability to use and modify complex electronic and
mechanical equipment is high valued.
CO3 The students should on making measurement and interpreting experimental data provides
an important counterpoint is focused on construction.
CO4 Combine an interest in how things work with a desire to make things work.
CO5 Instrumentation is the collective term for measuring instruments used for indicating,
measuring and recording physical quantities.
CO6 The students should develop their ability to design, developing, installing, managing and
maintaining equipment.
CO7 For instrumentation II students will understand the pH measurement and the measurements
of temperature and heat transfer.
CO8 The students get knowledge about force, torque, strain, vibration, thermal and nuclear
radiation, Air pollution sampling and their all measurements.
CO9 They understanding the behavior of instruments.
CREDITS: 3 Theory period of one hour per week over a semester.
Subject Name: CORE PRACTICAL II
CO1 The course continues the development of your expertise in applying physical concepts to
practical problems and in learning about experimental techniques and advanced equipment.
CO2 The students will be able to analyze the physical principles involved in the various
instruments also relate the principle to new application.
CO3 The students will be able to think innovatively and also improve the creative skills that are
essential for Physics.
CO4 To make the measurements using laboratory equipment and perform calculation that
verifies the physical principles.
CO5 The student will be able to appreciate the relationship between experiment, theory and
computation as scientific techniques.
CO6 The students should understand the elasticity of the solid material while doing the young’s
modulus experiment.
CO7 Zener diodes are widely used as voltage differences and as shunt regulators to regulate the
voltage across small circuits.
CO8 To understand the properties of lens (concave and convex) by using Newton’s ring method.
CO9 They get knowledge about dispersion of light (ex. Grating) and how to form the different
colors from monochromatic light.
CREDITS: 3 practical period of one hour per weekover a semester.
Subject Name: ALLIED PHYSICS I
CO1 The students will understand the physics world around us.
CO2 Based on physics, system understanding that can predict the progress of climate changes,
development of new material and technology.
CO3 For allied physics paper the students should understand the basic principle of mechanics,
heat & sound.
CO4 The motion of the particles, liquid & the propagation of heat &sound waves was regarded
by students.
CO5 The unit of solar physics they studied about the solar material as working and their
principles.
CO6 For electricity and magnetism students get knowledge about, how the electric circuit works
and the magnetic field was created.
CREDITS:
1. Mathematics: 4 Practical period of one hour per week over a semester.
2. Chemistry: 2 Practical period of one hour per week over a semester.
Subject Name: ALLIED PHYSICS II
CO1 The students will be able to understand the Physics Fundamentals and their Basic
Concepts.
CO2 This paper is given to the knowledge for students regarding the Motion of the Particles,
Liquids and Semiconducting Materials, Laser Lights etc.
CO3 The student will be able to understand the basic principles of Mechanics and Wave
Functions, Electronic devices and Nuclear Reactions.
CO4 The students will understand the binding energy of the every Particles and Molecular, Mass
of the particles etc. To learn the basic concepts of the Nuclear Reactions of Fission and
Fusion process.
CO5 To learn the principle and working structure of the laser lights (e.g. Ruby laser, He-Ne
laser).
CO6 The students should develop their knowledge of the semiconducting materials, diodes and
their applications. To understand the principles of LED (Light Emitting Diode) & LCD
(Liquid Crystal Diode).
CO7 To learn the basic principles and working structure of Television and Receivers. And to
understand the principle and applications of RADAR Systems.
CO8 To understand the general applications of Integrated Circuits and Operational Amplifier.
CO9 To learn and develop the Digital Electronics circuit diagram and basic principles and
working knowledge.
C10 To understand number systems in computer. How to store the numbers in computerized
devices. And to learn their operations of Addition Subtraction Conversion (Analog to
Digital & Digital to Analog) etc.
CREDITS: 4 Theory period of one hour per week over a semester.
Subject Name: ALLIED PHYSICS PRACTICLES
CO1 The course continues the development of your expertise in applying physical concepts to
practical problems and in learning about experimental techniques and advanced equipment.
CO2 The students will get knowledge about to choose appropriate tools and methods to solve
scientific problems.
CO3 The students should evaluated possess ability to accurately record, analyses, interpret and
critically.
CO4 The students should understand the elasticity of the solid material while doing the young’s
modulus experiment.
CO5 Asonometer is a device for demonstrating the relationship between the frequencies of the
sound.
CO6 In electronics a logic gate is an idealized or physical device implementing a Boolean
function, so that the students will perform the logic operation.
CO7 While doing solid prism experiment that can be given knowledge about the reflection of
light or to split light into components with different polarization.
CO8 Zener diodes are widely used as voltage differences and as shunt regulators to regulate the
voltage across small circuits.
CREDITS:
1. Mathematics: 3 Theory period of one hour per week over a semester.
2. Chemistry: 4 Theory period of one hour per week over a semester.
Programme Specific Objectives
PSO 1: Methods and tools to design, implement, test, document, and maintain a computer-based
system
PSO 2: Apply algorithms, techniques, and problem solving approaches in various domains.
PSO 3: Can place latest knowledge into context in the relevant field
PSO 4: Methods and tools for analyzing complex real-world problems and devise computer-based
Solutions.
PSO 5: Be receptive to new ideas and innovation.
Course Outcome: Paper I Analysis & Design of Algorithms
CO 1 To analyze a problem and identify the computing requirements appropriate for its
Solution
CO 2 Analysis of Algorithms: computational models, order notation, time and space
complexities, worst-case and expected complexities, lower and upper bounds, Amortized
cost
CO 3 Techniques for designing efficient algorithms: recursion, divide-and-conquer, dynamic
programming, balancing and backtracking
CO 4 Problems on sets and sequences: merging, sorting, searching, and selection
CO 5 Apply backtracking, branch and bound techniques for real time problems.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Paper II Object Oriented Analysis and Design & C++
CO 1 Learns the object model, classes, objects and their relationship, nature of the classes and
introduction to C++
CO 2 Understand and Apply Object oriented features and C++ concepts.
CO 3 Define and explain with examples OOP concepts such as Inheritance, function
overloading, operator overloading, virtual functions, inline functions, classes, objects,
default arguments, static members.
CO 4 Implement exception handling and templates.
CO 5 Develop applications using Console I/O and File I/O.
CO 6 Apply object-oriented programming principles in solving real-world problems
Credits: 5 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Paper III Advanced Networks
CO 1 Studies Digital networks, WAN standards and TCP/IP features.
CO 2 Learns IP layer Internet Address, DNS and address discovery and binding
CO 3 Gained in-depth knowledge of Internet protocols and their functionalities.
CO 4 Studies TCP and UDP user datagrams with socket level interfaces.
CO 5 Knows Application layer and X.25 networks and support protocols.
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Paper IV Advanced Software Engineering
CO 1 Understand basic concepts of software engineering.
CO 2 Shows the Software Requirements Analysis and Specifications
CO 3 Knows about Quality of Software with ISO 9000, SEI CMM
CO 4 Compare different software project estimation models with COCOMO
CO 5 Analyse the principles of requirement Engineering.
CO 6 Create design for a given project with Cohesion and coupling
CO 7 Apply different testing techniques
Credits: 5 Theory Period of 1 Hour per week over a Semester
Course Outcome: Practical II Software Testing Lab
CO 1 Understood the concepts of Software testing
CO 2 Got the skill of software testing tools
CO 3 Expertise in using software testing tools.
CO 4 Running and testing in any one of the following Testing tools:
- WinRunner
- Silk Test
- SQA Robot
- LoadRunner
- JMeter
- TestDirector
- GNU Tools ( Source Code Testing Utilities in Unix / Linux)
- Quick Test Professional
5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Paper V Data Mining and Warehousing
CO 1 Enable the students to learn the Data mining tasks, classification, clustering and Data
warehousing techniques.
CO 2 Learn, Apply and Compare Classification Techniques and Clustering Techniques
CO 3 Learn association analysis and algorithms, Generate and Evaluate Association patterns
CO 4 To understand basic data warehouse structure and to learn how to gather and analyze
large sets of data to gain useful business understanding.
CO 5 Examine the types of data to be mined and present a general classification of tasks and
primitives to integrate a data mining system.
CO 6 Select and apply proper data mining algorithms to build analytical applications.
CO 7 Understand the Implementation of OLAP, Data Mining and its challenges, Types of Data
Processing and Measures of Data.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: Paper VI Advanced Operating Systems
CO 1 Enable the students to learn the basics of operating systems, distributed operating systems
and Unix OS.
CO 2 Learns Interprocess Communication and classical IPC problems
CO 3 Studies Distributed OS with Distributed File system and RPC messages
CO 4 Understands working of Unix OS with Inodes Files and Directories
CO 5 Explains how to control Process in Unix with scheduling algorithms.
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: Paper VII : Internet And Java Programming
CO 1 Understand the basics of Internet and Web
CO 2 Implement Object Oriented Programming Concepts (class, constructor, overloading,
inheritance, overriding) in java.
CO 3 Explain the fundamental concepts and features of Java Programming language.
CO 4 Use and create Packages and Interfaces in a Java program
CO 5 Develop Graphical User Interface applications and Web based applications in Java by
importing applet, AWT
CO 6 Implements Multithreading and Exception Handling in Java.
CO 7 Java SWING with Event Handling Models
CO 8 Use of Input/Output Streams in java.
CO 9 Implementing RMI and Networking
Credits: 4 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Course Outcome: PaperVIII Artificial Intelligence & Expert Systems
CO 1 Students will get the concepts of Artificial intelligence, Intelligent Agents And issues in the
design of search programs.
CO 3 Students will get the concepts of Search techniques Adversarial search And Heuristic search
strategies.
CO 4 Students will get the concepts of Knowledge & reasoning of predicate logic and Representing
knowledge using rules, Probabilistic reasoning,
CO 5 Students will get the concepts Learning and Expert Systems Planning
CO 6 Learn Statistical reasoning and Knowledge representation.
CO 7 Describes Common sense and Perception and Action in Robots
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: Elective I.1: Multimedia and its Applications
CO 1 Learn the concepts of Multimedia.
CO 2 Understand the Multimedia animation and Desktop Computing.
CO 3 Knows the process of making Multimedia with Macintosh and Windows Production
platforms
CO 4 Learns Multimedia authoring tools and Multimedia building blocks by including Text
and Sound.
CO 5 Build Animation with Images and Video.
CO 6 Studies the various Tools for Designing World Wide Web
CO 7 Describes High Definition Television and Desktop Computing
CO 8 Understands Knowledge based Multimedia systems
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: Practical IV Data Mining using R
CO 1 Implement Apriori algorithm to extract association rule of data mining.
CO 2 Implement k-means clustering technique.
CO 3 Implement any one Hierarchal Clustering.
CO 4 Implement Classification algorithm.
CO 5 Implement Decision Tree.
CO 6 Linear Regression.
CO 7 Data Visualization.
Credits: 5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Paper IX Digital Image Processing
CO 1 Explain fundamental steps of Digital Image Processing
CO 2 To know the elements of visual perception, sampling and quantization.
CO 3 Apply frequency domain filters and spatial filters for image enhancement and know the
effects
CO 4 Identify the image degradation models which includes linear, position-invariant models
CO 5 Analyze various filtering techniques used to restore the image
CO 6 To clear the Effects of Diagonalization on the Degradation Model.
CO 7 To illuminate image compression models and segmentation techniques.
CO 8 To understand fundamental coding theorems.
Credits: 4 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Paper X Advanced Tools in Computing
CO 1 Gained knowledge in XML, Document type definition, Schemas, Document Object models
Technologies
CO 2 Learns W3C XML Schema and W3C‟s XML Protocol – XAML
CO 3 Acquire fundamentals of Web application design, development, and deployment using ASP.NET
(Active Server Pages) and the .NET framework.
CO 4 Students will be able to develop web applications using server-side technologies (ASP.NET,
ADO.NET).
CO 5 Utilize .NET languages to manage and create web forms, server controls, and web services to
accomplish complex data access tasks and implement dynamic content
Credits: 4 Theory Period of 1 Hour per week over a Semester
5 Practical Period of 1 Hour per week over a Semester
Course Outcome: Paper XI Network Security and Cryptography
CO 1 Analyze the basic concepts of cryptography and network security and classify attacks on a
network.
CO 2 Analyze the different process for hiding the information with conventional cryptographic
algorithms.
CO 3 Understand the working of various block cipher cryptosystems.
CO 4 Analyze public cryptosystems and disseminate from conventional systems for the security.
CO 5 Apply authentication techniques like Kerberos, X.509 to provide secure communication.
CO 6 To be well known with network security threats and countermeasures and to design available
secure solutions (such as PGP, SSL, IPSec, etc),
CO 7 Knowledge with Web Security and SET
CO 8 Provide Password Security in Firewalls and Intrusion Detection mechanism
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: Paper XII Business Intelligence
CO 1 Introduction to Business intelligence and learn the concepts of Big Data
CO 2 Understood the process of implementing the Big data
CO 3 Learn BI concepts, methodologies & BI framework
CO 4 Knows about Hadoop and Core of Hadoop with Hadoop lower levels
CO 5 Learns the Components of Hadoop and Develops Application in Hadoop
CO 6 Studies Big Data Cloud platforms.
CO 7 Analyse the Future of Big Data with the Case Study in Big Data Analytics in Banking
Sector, Manufacturing,
Credits: 4 Theory Period of 1 Hour per week over a Semester
Course Outcome: ELECTIVE 2.3 -Web Services
CO 1 Enable the student to be familiar with distributed services, XML and web services
CO 2 Knows the basics of web services and its platforms.
CO 3 Learns XML Fundamentals and to process XML documents.
CO 4 Learns SOAP, WSDL structure and UDDI
CO 5 Knows the Advanced web services technologies and standards and also about Web
services security issues.
CO 6 Studies the Importance of QoS for web services and QoS metrics
Course Outcome: Project work and Viva voce
CO 1 To give a practical exposure to the process of software development life cycle.
CO 2 To develop a quality software solution by following the software engineering principles
and practices.
CO 3 Students are also encouraged to take up a research oriented work to formulate a research
problem and produce results based on its implementation/simulation/experimental analysis
CO 4 Methods and tools to design, implement, test, document, and maintain a computer-based system
CO 5 Apply research methods, techniques, and problem solving approaches from the field of research
in which they are specializing
CO 6 Access, retrieve and evaluate relevant professional information reliably
CO 7 Methods and tools for analyzing complex real-world problems and devise computer-based
solutions
CO 8 Be receptive to new ideas and innovation
CO 9 Analyse complex real-world problems and devise efficient computer-based solutions
1
M.Com.
PROGRAMME SPECIFIC OBJECTIVES
PSO1 Enhance the competency of the students to suit the current Industrial
requirements
PSO2 Inculcate Entrepreneurial skills in students through Industrial training and
Industrial visits
PSO3 Motivate the students to pursue Higher Education
PSO4 Impart knowledge on the current business environment.
SEMESTER I
COURSE OUTCOME: MANAGERIAL ECONOMICS SUB.CODE – 13A
After the successful completion of the course the students should
CO 1: Understand the scope of managerial economics and its relation with other
disciplines.
CO 2: Be able to analyze the demand determinants and elasticity of demand.
CO 3: Gain knowledge on cost concepts and break even analysis.
CO 4: Be able to understand different market competitions and pricing policies.
CO 5: Gain thorough knowledge on fiscal policy and public finance.
Credits: 4 Theory Period of 6 Hour per week over a Semester.
COURSE OUTCOME: CORPORATE ACCOUNTING SUB.CODE – 13B
After the successful completion of the course the students should
CO 1: Have thorough knowledge on final accounts and profit prior to incorporation.
CO 2: Be able to analyze the concepts of amalgamation, absorption, external reconstruction
and internal reconstruction.
CO 3: Understand holding company accounts and liquidation of companies.
CO 4: Gain knowledge on banking company accounts and insurance company accounts.
CO 5: Be able to understand inflation accounting, human resource accounting and
responsibility accounting.
Credits: 4 Theory Period of 7 Hour per week over a Semester
COURSE OUTCOME: INFORMATION TECHNOLOGY IN BUSINESSSUB.CODE –
13C after the successful completion of the course the students should
CO 1: Gain knowledge on hardware and software and its recent developments.
CO 2: Be able to understand the types of computer systems and generation of
computers.
CO 3: Understand data processing systems and networking concepts.
2
CO 4: Have thorough knowledge on components of computer system and
application software programming languages.
CO 5: Have clear view on e-commerce and World Wide Web sites.
Credits: 4 Theory Period of 6 Hour per week over a Semester
COURSE OUTCOME: MARKETING MANAGEMENT SUB.CODE – 13D
After the successful completion of the course the students should
CO 1: Have thorough knowledge on marketing management and marketing
organization structure.
CO 2: Understand the concepts of product development and pricing.
CO 3: Be able to understand the channels of distribution and factors influencing
selection of a channel.
CO 4: Gain knowledge on sales promotion and qualities of salesman.
CO 5: Have an opportunity to know the concepts of advertising and media of
advertising.
Credits: 4 Theory Period of 6 Hour per week over a Semester
COURSE OUTCOME: ELECTIVE I : FINANCIAL MARKETS AND INSTITUTIONS
SUB.CODE – 1EB
After the successful completion of the course the students should
CO 1: Have overall idea about the financial markets.
CO 2: Develop an understanding on the capital market and capital market
instruments.
CO 3: Know about the financial service institutions.
CO 4: Be able to understand the important credit rating agencies in the
country.
CO 5: Gain knowledge on the money market institutions and capital market
institutions that help to raise finance in the business.
Credits: 4 Theory Period of 5 Hour per week over a Semester
SEMESTER II
3
COURSE OUTCOME: BUSINESS RESEARCH METHODS SUB.CODE – 23A
After the completion of course the students should
CO 1: Be able to have thorough knowledge on business research and types of
research.
CO 2: Understand the methods and techniques of sampling.
CO 3: Gain knowledge on statistical tools used in research and drafting the reports.
CO 4: Have an opportunity to know the measures of central tendency and regression
models.
C0 5: Be able to analyze different tests of significance and business forecasting.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: BUSINESS ENVIRONMENT SUB.CODE – 23B
After the completion of course the students should
CO 1: Gain knowledge on concepts of business environment and impact of
environment on business and strategic decisions.
CO 2: Be able to analyze industrial policies and regulations.
CO 3: Know economic systems and economic planning.
CO 4: Have an opportunity to understand the technological environment followed
by financial institutions in India.
CO 5: Understand globalization, FDI and India’s policy towards FDI.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: APPLIED COST ACCOUNTING SUB.CODE – 23C
after the completion of course the students should
CO 1: Understand the basic concepts of cost accounting, relationship with
management accounting and preparation of cost sheet.
CO 2: Know material classification, pricing of material issues and returns.
CO 3: Have an opportunity to understand accounting of labor cost and labor
turnover.
CO 4: Have knowledge on the concepts of overheads, classification and absorption
of overhead cost.
CO 5: Gain knowledge to analyze the features of process costing , contract costing
and its practical applications.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: HUMAN RESOURES MANAGEMENT SUB.CODE – 23D
4
After the completion of course the students should
CO 1: Gain knowledge on the objectives and implications of human resource
management and organization structure.
CO 2: Have an opportunity to learn about the human resource planning and theories
of motivation.
CO 3: Be clear with the human behavior process, learning theories and theories of
personality.
CO 4: Be imparted knowledge on discipline, grievances and grievance redressal
procedure.
CO 5: Have clear view on organization conflict, leadership and its theories.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: COMPUTER APPLICATIONS PRACTICAL – I SUB.CODE –
23P CREDIT HRS. 6
On successful completion of the course the students should
CO 1: Have thorough knowledge about internet and its operations in business.
CO 2: Gain knowledge on the practical applications of MS Word.
CO 3: Be able to work efficiently in MS Power point.
CO 4: Through light on the importance of Ms Excel.
Credits: 4 Practical Period of 6 Hour per week over a Semester
COURSE OUTCOME: ELECTIVE II : INDIAN STOCK EXCHANGES SUB.CODE –
2EB
On successful completion of the course the students should
CO 1: Have basic idea on stock exchanges and their functions.
CO 2: Understand about stock exchanges and their dealings in India.
CO 3: Know thoroughly about SEBI.
CO 4: Gain knowledge about listing of securities in stock exchange.
CO 4: Develop an understanding about the applications of internet in stock trading.
Credits: 4 Theory Period of 4 Hour per week over a Semester.
SEMESTER III
COURSE OUTCOME: DIRECT TAXES SUB.CODE – 33A
After the completion of course the students should
5
CO 1: Know about the Income Tax Act and its scope.
CO 2: Understand the concepts of salaries and computation of taxable salary.
CO 3: Know to compute taxable income from house property.
CO 4: Gain knowledge about income from business and compute taxable capital
gain.
CO 5: Have an understanding on Income Tax Authorities and the procedure of
assessment.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: MANAGEMENT ACCOUNTING SUB.CODE – 33B
After the completion of course the students should
CO 1: Have thorough knowledge about management accounting and its basic
concepts.
CO 2: Know about ratio analysis and working capital management.
CO 3: Have an understanding on fund flow and cash flow in business.
CO 4: Analyse marginal costing and break even of a company.
CO 5: Gain knowledge on budgeting and its types.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: FINANCIAL MANAGEMENT SUB.CODE – 33C
On successful completion of the course the students should
CO 1: Understand the concepts of financial management.
CO 2: Know about the capital formation in a business.
CO 3: Be aware of financial and operating leverages of a company.
CO 4: Have an understanding the dividend theories.
CO 5: Analyse the working capital management of a company.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME: INTERNET AND E-COMMERCE SUB.CODE – 33D
After the completion of course the students should
CO 1: Understand the basic concepts of internet and its technology.
CO 2: Know about the application of internet in business processing.
CO 3: Be aware of the crimes and protection of security in internet.
CO 4: Develop an understanding on issues relating to e-commerce.
6
CO 5: Analyse the future of internet in business.
Credits: 4 Theory Period of 5 Hour per week over a Semester
COURSE OUTCOME : COMPUTER APPLICATIONS TALLY PRACTICAL –
SUB.CODE – 33P
On successful completion of the course the students should
CO 1: Enable the students to create the companies with VAT options.
CO 2: Enable the students to create various ledger and vouchers.
CO 3: Enable the students to maintain stock summary, bill wise details and interest
calculations.
CO 4: Gain practical knowledge to prepare trading and profit and loss a/c and
financial position.
Credits: 4 Practical Period of 6 Hour per week over a Semester
COURSE OUTCOME : ELECTIVE III : FUTURES AND OPTIONS SUB.CODE –
3EB After the completion of course the students should
CO 1:Have an understanding on the basics of Derivatives and Derivative market.
CO 2:Know about Index derivatives.
CO 3:Develop understanding on future and forward contract.
CO 4:Know the basic concepts of option contract and its pay off.
CO 5:Have thorough knowledge on commodity market and about successful
commodity markets in the world.
Credits: 4 Theory Period of 4 Hour per week over a Semester
SEMESTER IV
COURSE OUTCOME: INVESTMENT MANAGEMENT SUB.CODE – 43A
On successful completion of the course the students should
CO 1: Develop basic idea on investments and its importance.
CO 2: Have basic idea on capital markets and the means of raising long term
capital.
CO 3: Know about the basic concepts of fundamental and technical analysis.
CO 4: Understand about the various alternative forms of long term investment.
CO 5: Gain knowledge on portfolio management and theories relating to it.
Credits: 4 Theory Period of 7 Hour per week over a Semester
COURSE OUTCOME : INTERNATIONAL BUSINESS SUB.CODE – 43B
7
After the completion of course the students should
CO 1:Have basic idea about the environment in international business.
CO 2:Develop an idea about the currency markets in the world.
CO 3:Know about export marketing and the measures to improve exports.
CO 4:Understand the preparation and presentation of project report to raise export
finance.
CO 5:Gain knowledge on foreign exchange and factors influencing foreign
exchange of a country.
Credits: 4 Theory Period of 6 Hour per week over a Semester
COURSE OUTCOME : ELECTIVE IV : FUNDAMENTAL AND TECHNICAL
ANALYSIS
SUB.CODE – 4EB
On successful completion of the course the students should
CO 1: Develop an understanding on investments and security analysis.
CO 2: Have an idea about fundamental analysis.
CO 3: Know about industrial company analysis.
CO 4: Have basic idea on technical analysis and theories relating to it.
CO 5: Understand the usage of charts and moving averages in technical analysis.
Credits: 4 Theory Period of 5 Hour per week over a Semester
DEPARTMENT OF MATHEMATICS
M.Sc. MATHEMATICS
Programme Specific outcomes
PSO1: Gain knowledge of advanced models and methods of mathematics.
PSO2: Able to solve problems in advanced areas of numerical analysis, linear algebra, real
analysis, statistics.
PSO3: Analyse and write logical arguments to prove mathematical concepts.
PSO4: Develop specific skills in independently analyzing, modeling and solving problems at a
high level of abstraction.
PSO5: Gain a research oriented learning that develops analytical an integrative problem solving
approaches.
Course outcome
Core 1: ALGEBRA
CO1: Gains knowledge in group theory
CO2: Learn to use ring theory concepts in Euclidean rings and polynomial rings
CO3: Gains knowledge about Fields
CO4: Gains brief knowledge in Elements of Galois theory
CO5: Study about linear transformations.
Credits: 7 Theory period of 1 Hour per week over a Semester
Core 2: REAL ANALYSIS
CO1: Gain knowledge regarding Riemann Stiltjes integral
CO2: Study the implementation of uniform convergence in continuity, integration,
convergence and differentiation
CO3: Gains knowledge in Functions of several variables
CO4: Learn the concepts of Lebesgue measure
CO5: Learn the concepts of general Lebesgue integral.
Credits: 7 Theory period of 1 hour per week over a semester
Core 3: ORDINARY DIFFERENTIAL EQUATIONS
CO1: Students learn about second order linear equations with ordinary points, regular
singular points
CO2: Study system of first order equations
CO3: Gains knowledge regarding non homogeneous linear systems
CO4: Learns to use successive approximation, Picard’s theorem and existence and
uniquenes of solutions of systems
CO5: Learns about fundamental results of Sturm’s comparison theorem, Elementary
linear oscillations, Comparison theorem of Hille-Winter oscillations.
Credits: 6 Theory period of 1 hour per week over a semester
Core 4: NUMERICAL METHODS
CO1: Study solution of non-linear equations
CO2: Understand solution of system of equations using various methods
CO3: Gains knowledge in finding solution of Ordinary Differential Equations in various
methods
CO4: Learns about boundary value problems and characteristic value problems
CO5: Learns about numerical solutions of Partial Differential Equation
Credits: 6 Theory period of 1 hour per week over a semester
Core 5: COMPLEX ANALYSIS
CO 1: Students study about the concept of analytic function and linear transformations
CO 2: Gains knowledge in the concepts of complex integration, singularities, zeros and
poles.
CO 3: Learns about the calculus of residues and harmonic functions.
CO 4: Understand series and product development and partial fractions.
CO 5: Learns about Riemann Mapping theorem and conformal mapping of Polygons.
Credits: 6 Theory period of 1 hour per week over a semester
Core 6: PARTIAL DIFFERENTIAL EQUATIONS
CO 1: Understand mathematical models and classification of second order equations.
CO 2: Learns about Cauchy problem and homogeneous and non homogeneous wave
equations.
CO 3: Gains knowledge about methods of separation of variables.
CO 4: Learns about boundary value problems, Dirichlet problems and Neumann problem.
CO 5: Understand Green’s function and Dirichlet problem for the Laplace operator.
Credits: 7 Theory period of 1 hour per week over a semester.
Core 7: MECHANICS
CO 1: Students learn about mechanical systems
CO 2: Learns to derive Lagrange’s Equations and integrals of motion.
CO 3: Students gain knowledge in the concepts of Hamilton’s equations.
CO 4: Gains knowledge in Hamilton-Jacobi theory.
CO 5: Learns about canonical transformations, Lagrange and Poisson Brackets.
Credits: 7 Theory period of 1 hour per week over a semester.
Core 8: OPERATIONS RESEARCH
CO 1: Students gain knowledge about the concepts of linear programming.
CO 2: Learns about Duality and transportation models
CO 3: Understand Network models, CPM and PERT.
CO 4: Gains knowledge in advanced linear programming and simplex method.
CO 5: Study Simulation models and Generation of random numbers.
Credits: 6 Theory period of 1 hour per week over a semester.
Core 9: TOPOLOGY
CO 1: Understand Topological spaces, continuous functions and metric topology.
CO 2: Gains knowledge regarding connectedness and compactness, Urysohn Metrization
theorem.
CO 3: Study countability and Separation Axioms and Urysohn’s Lemma.
CO 4: Gains knowledge about Tychonoffs theorem.
CO 5: Gains knowledge in the concepts of complete metric spaces, pointwise and
compact convergences.
Credits: 7 Theory period of 1 hour per week over a semester.
Core 10: FLUID DYNAMICS
CO 1: Understand the basic ideas about velocity, momentum and fluid bodies.
CO 2: Study deeply about Euler’s, Bernoulli’s, Kelvin’s theorems and Helmholtz
equation.
CO 3: Learns about two dimensional motion and functions.
CO 4: Gains the boundary layer in various concepts.
Credits: 7 Theory period of 1 hour per week over a semester.
Core 11: MATHEMATICAL STATISTICS
CO 1: Students learn about random events, marginal distributions and moments.
CO 2: Studied deeply about characteristic functions, Binomial and Poisson distributions.
CO 3: Gains knowledge about various probability distributions and normal distributions.
CO 4: Briefly study about Student’s t-distribution, χ2distribution and tests of significance.
CO 5: Gains knowledge in theory of estimation, methods of finding estimates, confidence
intervals and Theory of hypothesis.
Credits: 6 Theory period of 1 Hour per week over a Semester
Core 12: GRAPH THEORY
CO1: Learns the concepts of graphs, sub graphs and trees.
CO2: Gains knowledge in connectivity, Euler tours and Hamiltonian cycles.
CO3: Study about matchings and edge colourings
CO4: Gains knowledge in the concepts of independent sets, Cliques and vertex
colourings
CO5: Learns Planar graphs and directed graphs.
Credits: 6 Theory period of 1 Hour per week over a Semester
Core 13: FUNCTIONAL ANALYSIS
CO 1: Learns the basic concepts of Banach spaces, continuous linear transformations,
Hahn Banach theorem, Open mapping theorem.
CO 2: Learns the concepts of Hilbert spaces.
CO 3: Study adjoint of an operator, self adjoint operators, normal and unitary operators.
CO 4: Gains knowledge in Matrices, Determinants, spectrum of an operator and the
spectral theorem.
CO 5: Study Bananch algebra, Topological divisors of zero, formula for spectral radius.
Credits: 7 Theory period of 1 Hour per week over a Semester
Core 14: MATHEMATICAL METHODS
CO 1: Learn the concepts of Fourier Transforms, Solution of partial differential equations
by Fourier transforms
CO 2: Gains knowledge in Hankel transforms, relation between Fourier and Hankel
transforms.
CO 3: Study Fredholm and Volterra’s integral equation.
CO 4: Learnt about the applications of Integral equations to ordinary differential
equations
CO 5: Study about the Calculus of Variations and its applications.
Credits: 7 Theory period of 1 Hour per week over a Semester
Core 15: COMPUTER PROGRAMMING (C++ THEORY)
CO 1: Study about principles, basic concepts, benefits and applications of OOP.
CO 2: Learn about tokens, expressions, control structure and operations in C++.
CO 3: Study functions in C++, default arguments and math library functions.
CO 4: Learn the concepts of classes and objects, arrays within a class and returning
objects.
CO 5: Study about operators overloading and type conversions.
Credits: 4 Theory period of 1 Hour per week over a Semester
PRACTICAL: COMPUTER PROGRAMMING (C++ PRATICAL)
CO 1: Learn to run a program using friend function in distance conversion problem.
CO 2: Understand to run a program using float in overloading objects.
CO 3: Learn to run a program using + operator in overloading conversions.
CO 4: Understand how to run a program using MAT type objects in overloading matrix.
CO 5: Understand how to run a program of area computation using derived class.
CO 6: Learn to run a program by applying overloading concepts for vector problem.
CO 7: Understood how to run a program using constructor function in inheritance.
Credits: 2 Practical period of 2 hour per week over a Semester
Core 16: NUMBER THEORY
CO 1: Study about divisibility and primes.
CO 2: Learn about congruences of degree 1
CO 3: Gains knowledge about congruences of degree 2, group, rings and fields.
CO 4: Study about quadratic reciprocity, the Jacobi symbol and greatest integer function.
CO 5: Briefly study about arithmetic functions and the Moebius inversion formula
Credits: 6 Theory period of 1 Hour per week over a Semester
Elective 1: CONTROL THEORY
CO 1: Study the concepts of observability
CO 2: Understands the concept of controllability
CO 3: Gains knowledge about stability
CO 4: Learns about linear systems
CO 5: Learns about stabilizability
Credits: 4 theory period of 1 hour per week over a semester
Elective 2: FUZZY LOGIC AND FUZZY SETS
CO 1: Students learnt about crisp sets and fuzzy sets.
CO 2: Gains knowledge about fuzzy relations, equivalence and similarity relations.
CO 3: Learns about fuzzy measures, possibility and necessity measures.
CO 4: Briefly study about uncertainty and information.
CO 5: Understands natural, life and social science, engineering and medicine.
Credits: 4 Theory period of 1 hour per week over a semester
Elective 3: CRYPTOGRAPHY
CO 1: Student briefly study about number theory, encryption and secrecy
CO 2: Gains knowledge about integer factorization problem and discrete logarithm
problem.
CO 3: Understands finite fields, basic properties and square free factorization.
CO 4: Learnt about symmetric key encryption, stream ciphers and DES.
CO 5: Briefly study about public key cryptography, RSA, and discrete logarithm.
Credits: 4 Theory period of 1 hour per week over a semester
Elective 4: DIFFERENTIAL GEOMENTRY
CO 1: Students gain knowledge about curves.
CO 2: Studied about curvature torsion and helices.
CO 3: Briefly study about analytic representation, evolutes and involutes.
CO 4: Gains knowledge about normal, tangent plane, first and second fundamental form.
CO 5: Study deeply about Meusnier’s theorem, Dupin’s indicatrix and surfaces.
Credits: 4 Theory period of 1 Hour per week over a Semester