2.6.1 programme outcomes, programme specific outcomes …bhul113 : communication skill course...
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2.6.1 Programme outcomes, Programme specific outcomes and
course outcomes for all Programmes offered by the institution are
stated and displayed on website and communicated to teachers and
students (20)
First Year B.Tech
Course Outcome:
BEML101 : ENGINEERING MATHEMATICS - I
Course Outcome:
1. Identify the various methods in Linear algebra, calculus and solid geometry that applies to a
given problem.
2. Associate physical problems with above mathematical concepts.
3. Apply above concepts for solving problems in engineering fields.
4. Analyze complex problems & categorize it into parts and infer the relation between them.
BEML110: Engineering Mathematics – II
Course Outcome:
1. Identify the various methods in Differential calculus, Integral calculus and Fourier series that applies
to a given Problem.
2. Associate physical problems with above mathematical concepts.
3. Apply above concepts for solving problems in engineering fields.
4. Analyze complex problems & categorize it into parts and infer the relation between them.
BPHL102: ENGINEERING PHYSICS
Course Outcome: At the end of the course student will be able to
1. apply the knowledge of basic concepts in physics related to electrodynamics, optics solid state
physics, quantum mechanics, sound engineering and nanotechnology to understand and solve the
engineering problems.
2. use the modern methodologies to analyze a wide range of engineering systems such as solid state
devices, materials synthesis etc.
3. apply mathematical and analytical methods in physics to various engineering problems.
BITL104: Programming in C
Course Outcome:
1. Describe the basic concepts of programming
2. Distinguish various control structures used in programming.
3. Describe & apply the concepts of functions.
4. Design, implement debug & document a program for a given problem statement.
BECL105: Basic Electronics Engineering
Course Outcome : After completion of this course student will be able to
1. Students are able to understand and acquire basic fundamental knowledge of electronics components
and circuits.
2. Students are able to analyze behavior of electronics components and circuits.
3. Students are able to effectively employ there fundamental knowledge for solving complex problems.
4. Students are able to effectively evaluate basic electronics circuits.
BEEL106: Basic Electrical Engineering
Course Outcome:
At the end of the course the student shall be able to:
1. Students are able to understand and acquire basic fundamental knowledge of electrical components
BCHL103: Engineering Chemistry
Course Outcome:
1. measure and Solve social environment based problems on water treatment, fuels, corrosion etc.
2. explain the structure and engineering applications of some special materials
3. use the technical skills while handling modern engineering tools like spectrometer, conductometer,
potentiometer
4. Illustrate the knowledge of advance engineering materials
and circuits.
2. Students are able to analyze behavior of electrical components and circuits.
3. Students are able to effectively employ there fundamental knowledge for solving complex problems.
4. Students are able to effectively evaluate basic electrical circuits.
BCEL107: Engineering Mechanics
Course Outcomes:
1. To expose to the basic concepts of Mechanics for Static and Dynamics
2. To describe and be able to predict the conditions of rest or motion of the bodies under the action of
forces
3. To understand the basic concepts of forces moments, couples in two dimensional force system
BMEL108 : Basic Mechanical & Engineering Graphics
Course Outcomes: On successful completion of the course, students will be able to
1. Discuss the basic terms and definitions of fluid properties and equations.
2. Explain working of different flow measuring devices.
3. Classify various losses in pipe flow in various arrangements.
4. Evaluate forces on different blades using velocity diagrams.
5. Determine type of flows using dimensionless numbers.
BHUL109: Environmental Studies and Professional Ethics
Course Outcome: At the end of the course the student shall be able to:
1. Understand the concepts and methods and their applications in environmental problem-solving.
2. To get knowledge about impact of different types of pollutions.
3. To get knowledge about effect of water pollution on health and different energy recourses.
4. Demonstrate self confidence and self esteem.
5. Present appropriate etiquettes, style, manners and graceful personality.
BMEP111: Workshop
_ 1
Course Outcome: At the end of this course student are able to
1. Understand and demonstrate workshop safety regulations.
2. Use tools and processes in fitting, carpentry and welding operations.
3. Demonstrate knowledge of component identification and PCB making.
BFYP112: MINI MODELING
Course Outcome: student shall be able to:
1. Developing the skills of planning and designing to develop a working Mini Model.
2. Implement knowledge of concepts learnt and workshop practices to prepare a model.
3. Use innovative ideas and convert these into physical models.
BHUL113 : Communication Skill
Course Outcome: At the end of the course the student shall be able to:
1. The students will develop an understanding regarding effective communication and required
skills.
2. Development of the four broad essential communication skills in i.e. – Reading, Writing,
Listening and Speaking.
3. Enhancement of vocabulary and English proficiency of the students.
BIDL101: Bio Systems in Engineering
Course Outcome:
Upon successful completion of the course, students will be able to
1. Use bioinstrumentation, required in cellular or molecular biology investigations.
2. Apply the concepts of engineering in different streams of biomedical field.
Department of Electronics & Telecommunication Engineering
COURSE OUTCOMES (2012 Pattern)
SECOND YEAR
204181 Signals & Systems 1. Understand the basic signals and their classification,
perform operations on signals.
2. Understand and identify the systems based on their
properties
3. Understand, identify the system based on their properties in
terms impulse response and also solve the convolution
integral and sum.
4. Understand, and resolve the signals in frequency domain
using Fourier series and Fourier transform. Find the
amplitude spectrum, phase spectrum of the various signals
and also systems. Analyze the system in frequency domain
5. Understand, and resolve the signals in complex frequency
domain using Laplace Transform. Analyze the system in s
– domain. Characterize the system in s- domain. Apply
Laplace transforms to analyze electrical circuits.
6. Understand, apply and determine the correllogram, auto
correlation, cross correlation, energy spectral density, and
power spectral density of discrete and continuous signals.
Carry out the system analysis and inter play between
frequency and time domain.
7. Understand the basic concept of probability, random
variables and random signals. Calculate the CDF, PDF and
probability of a given event. Calculate the mean, mean
square, variance and standard deviation for given random
variables using pdf
204182 Electronic Devices
& Circuits
1. Understand and apply basic and semiconductor
principles to the device to observe its performance.
2. Comply and verify parameters after exciting devices by
any stated method.
3. Simulate electronics circuits using computer simulation
software to obtain desired results.
4. Understand and verify simulated circuit with hardware
implementation.
5. Implement hardwired circuit to test performance and
application for what it is being designed.
6. Analyze and model BJT and MOSFET for small signal.
7. Understand and apply concept of feedback to improve
stability of circuits.
8. Understand behavior of transistors at low and high
frequency.
204183 Network Theory 1. Understand, Analyze the basic AC and DC circuits using
KCL,KVL and network Theorems
2. Determine the voltages, currents, power and impedances
at various nodes and loops using all the simplification
techniques.
3. Understand and apply graph theory to solve network
equations
4. Understand, and calculate the initial conditions of RL,
RC circuits
5. Formulate, solve the differential equations for RL, RC,
and RLC circuits and carry out the transient analysis.
6. Understand, identify and analyze the series, parallel
resonance circuits, calculate the bandwidth, selectivity,
Q-factor also.
7. Understand, analyze and design prototype LC filters and
Resistive attenuators.
8. Characterize; model the network in terms of all network
parameters and analyze.
9. Understand and formulate the network transfer function
in s-domain and pole, zero concept.
204184 Data structures &
Algorithms
1. Choose the data structures that effectively model the
information in a problem.
2. Judge efficiency trade-offs among alternative data
structure implementations or combinations.
3. Apply algorithm analysis techniques to evaluate the
performance of an algorithm and to compare data
structures.
4. Implement and know when to apply standard algorithms
for searching and sorting.
5. Design, implement, test, and debug programs using a
variety of data structures including lists,
6. stacks, queues, hash tables, binary tree structures, search
trees, heaps, graphs.
204185 Digital Electronics 1. Understand the basic logic gates and various variable
reduction techniques of digital logic circuit in detail.
2. Understand, identify and design combinational and
sequential circuits
3. Design and implement hardware circuit to test
performance and application for what it is being
designed.
4. Simulate and verify using computer simulation
software to obtain desired result.
5. Understand and verify simulated circuit model with
hardware implementation.
204186 Electronic
Measuring
1. Understand fundamental of measurements of various
electrical parameters.
Instruments and
Tools
2. Aware and identify the control panels of measuring and
generating instruments.
3. Understand and describe specifications, features and
capabilities of electronic instruments.
4. Select appropriate instrument for the measurement of
electrical parameter professionally.
5. Finalize the specifications of instrument and select an
appropriate instrument for given measurement.
6. Make the required measurement using various instruments
204187 Integrated Circuits 1. Understand the characteristics of IC and Op-Amp and
identify the internal structure.
2. Understand and identify various manufacturing techniques
3. Derive and determine various performances based
parameters and their significance for Op-Amp
4. Comply and verify parameters after exciting IC by any
stated method.
5. Analyze and identify the closed loop stability
considerations and I/O limitations.
6. Analyze and identify linear and nonlinear applications of
Op-Amp
7. .Understand and verify results (levels of V & I) with
hardware implementation.
8. Implement hardwired circuit to test performance and
application for what it is being designed.
9. Understand and apply the functionalities of PLL to
Frequency synthesizer, multiplier, FM, and AM
demodulators
204188 Control Systems 1. Model a physical system and express its internal dynamics
and input-output relationships by means of block diagrams,
mathematical model and transfer functions.
2. Understand and explain the relationships between the
parameters of a control system and its stability, accuracy,
transient behavior.
3. Identify the parameters that the system is sensitive to.
Determine the stability of a system and parameter ranges
for a desired degree of stability.
4. Plot the Bode, Nyquist, Root Locus diagrams for a given
control system and identify the parameters and carry out
the stability analysis.
5. Determine the frequency response of a control system and
use it to evaluate or adjust the relative stability,
6. Design a P, PD, PI, or PID controller based on the transient
and steady state response criteria.
7. Model and analyze the control systems using state space
analysis.
204189 Analog
Communication
1. Understand and identify the fundamental concepts and
various components of analog communication systems.
2. Understand, analyze and explain various analog
modulation schemes.
3. Understand the performance of analog communications
systems under the presence of noise.
4. Understand and apply concepts and techniques from
Fourier analysis and circuit analysis to communication
systems.
5. Develop the ability to compare and contrast the strengths
and weaknesses of various communication systems
6. Analyze Basic communications systems and their
performance under the presence of noise
7. Describe various pulse and digital modulation techniques.
204190 Computer
Organization
1. Understand and describe the basic structure of a computer,
machine instruction and their execution.
2. Understand and analyze performance issues in computer
system.
3. Understand, apply and carry out binary arithmetic
operations such as high speed addition, multiplier including
the algorithms
4. Understand, and explain the instruction execution, internal
functions of processor and control unit design.
5. Understand and describe the various way of
communication with I/O devices and standard I/O
interfaces.
6. Understand and describe the memory organization and
hierarchical memory system.
7. Understand and explain the various aspects of 8086 (16 bit
microprocessor) processor as a case study.
204191 Object Oriented
Programming
1. Justify the philosophy of object-oriented design and the
concepts of encapsulation, abstraction, inheritance, and
polymorphism;
2. Design, implement, test, and debug simple programs in an
object-oriented programming language.
3. Describe how the class mechanism supports encapsulation
and information hiding.
4. Design, implement, and test the implementation of “is-a” relationships among objects using a class hierarchy and
inheritance.
5. Compare and contrast the notions of overloading and
overriding methods in an object-oriented language.
204192 Soft Skills 1. Communicate, interact and present his ideas to the other
professionals.
2. Understand and aware of importance, role and contents of
soft skills through instructions, knowledge acquisition,
demonstration and practice.
3. Have right attitudinal and behavioral aspects, and build the
same through activities.
4. Possess right professional and social ethical values.
THIRD YEAR
CODE SUBJECT NAME COURSE OUTCOMES
304181
Digital
Communication
1. Analyze the performance of a baseband and pass band
digital communication system in terms of error rate and
spectral efficiency.
2. Perform the time and frequency domain analysis of the
signals in a digital communication system.
3. Select the blocks in a design of digital communication
system.
4. Analyze Performance of spread spectrum
communication system
304182 l Digital Signal
Processing
1. Understand use of different transforms and analyze the
discrete time signals and systems.
2. Realize the use of LTI filters for filtering different real
world signals.
3. Capable of calibrating and resolving different
frequencies existing in any signal.
4. Design and implement multistage sampling rate
converter.
304183 Microcontroller and
Applications
1. Learn importance of microcontroller in designing
embedded application
2. Learn use of hardware and software tools
3. Develop interfacing to real world devices
304184 Electromagnetics
and Transmission
Lines
1. Interpret the electromagnetic problem and solve using
Maxwell‟s equations. 2. Apply boundary conditions to different media, and
formulate uniform plane wave equation, which is the
basic of Antenna and wave propagation.
3. Analyze the transmission line problem, use the Smith
chart for impedance calculations
304185 System Programming
and Operating
System
1. Demonstrate the knowledge of Systems Programming
and Operating Systems
2. Formulate the Problem and develop the solution for
same.
3. Compare and analyze the different implementation
approach of system programming and operating
system abstractions.
4. Interpret various OS functions used in Linux / Ubuntu
304189
Information Theory
and Coding
Techniques
1. Perform information theoretic analysis of
communication system.
2. Design a data compression scheme using suitable
source coding technique.
3. Design a channel coding scheme for a communication
system.
4. Evaluate performance of a communication system.
304190
Antenna and Wave
Propagation
1. Formulate the wave equation and solve it for uniform
plane wave
2. Analyze the given wire antenna and its radiation
characteristics
3. Identify the suitable antenna for a given
communication system
304191 Embedded Processor
1. Describe the ARM microprocessor architectures and
its feature.
2. Interface the advanced peripherals to ARM based
microcontroller
3. Design embedded system with available resources
304192
Industrial
Management
1. .Get overview of Management Science aspects useful
in Industry.
2. Get motivation for Entrepreneurship
304193 Power Electronics 1. Design & implement a triggering / gate drive circuit
for a power device
2. Understand, perform & analyze different controlled
converters.
3. Evaluate battery backup time & design a battery
charger.
4. Design & implement over voltage / over current
protection circuit.
FINAL YEAR
SUBJECT
CODE
SUBJECT NAME COURSE OUTCOMES
404181 VLSI Design & Technology
1. Model digital circuit with HDL, simulate,
synthesis and prototype in PLDs.
2. Understand chip level issues and need of
testability.
3. Design analog & digital CMOS circuits for
specified applications
404182 Computer Networks 1. Understand fundamental underlying
principles of computer networking
2. Describe and analyze the hardware, software,
components of a network and the
interrelations.
3. Analyze the requirements for a given
organizational structure and select the most
appropriate networking architecture and
technologies;
4. Have a basic knowledge of the use of
cryptography and network security;
5. Have a basic knowledge of installing and
configuring networking applications.
6. Specify and identify deficiencies in existing
protocols, and then go onto select new and
better protocols.
404183 Microwave Engineering 1. Formulate the wave equation in wave guide
for analysis.
2. Identify the use of microwave components
and devices in microwave applications.
3. Understand the working principles of all the
microwave tubes
4. Understand the working principles of all the
solid state devices
5. Choose a suitable microwave tube and solid
state device for a particular application
6. Carry out the microwave network analysis
7. Choose a suitable microwave measurement
instruments and carry out the required
measurements.
404184 I Digital Image Processing 1. Develop and implement algorithms for
digital image processing.
2. Apply image processing algorithms for
practical object recognition applications
404184 I Embedded Systems &
RTOS
1. systems to design real time applications to
match recent trends in technology.
2. Understand Real time systems concepts.
3. Understand Linux operating system and
device drivers.
4. Get to know the hardware – software co
design issues and testing methodology for
embedded system.
404185 PLCs and Automation 1. Understand PLC architecture, PLC
addressing concepts.
2. Develop PLC ladder programs for simple
industrial applications.
3. Design Automation systems for industrial
applications
404189 Mobile Communication 1. Explain and apply the concepts
telecommunication switching, traffic and
networks
2. Analyze the telecommunication traffic.
3. Analyze radio channel and cellular capacity.
4. Explain and apply concepts of GSM and
CDMA system.
404190 Broadband Communication
Systems
1. Carry out Link power budget and Rise Time
Budget by proper selection of components
and check its viability.
2. Carry out Satellite Link design for Up Link
and Down Link.
404191 Audio Video Engineering 1. To study the analysis and synthesis of TV
Pictures, Composite Video Signal, Receiver,
Picture Tubes and Television Camera Tubes.
2. To study the various Colour Television
systems with a greater emphasis on television
standards.
3. To study the advanced topics in Digital
Television and High Definition Television.
4. To study audio recording systems such
CD/DVD recording, Audio Standards, and
Acoustics principles.
404192 Wireless Networks 1. Keep himself updated on latest wireless
technologies and trends in the communication
field
2. Understand the transmission of voice and data
through various networks.
Department of Computer Engineering
COURSE OUTCOME
1 BITL201 Digital Electronics
and Logic Design
1 Minimize logical equations and design code convertors
2 Construct Combinational and Sequential circuits.
3 Validate design outputs using standard test equipments.
4 Describe Programmable Logic Devices.
5 Design of sequential circuits using ASM.
6 Design & develop an application using VHDL.
2 BITP 201 Digital Electronics
and Logic Design
1 Minimize logical equations and design code convertors
2 Construct Combinational and Sequential circuits
3 Validate design outputs using standards test equipment
4 Describe Programmable Logic Devices
5 Design of sequential circuits by using ASM
6 Design & develop an application using VHDL
3 BCOL201 Data Structure
1 Describe concepts of data structures
2 know the concepts of linked list
3 Apply the knowledge to implement the algorithms for
stacks and queues
4 Describe the applications of trees
5 Describe the concepts of graphs and its applications
4 BCOP201 Data Structure lab
1 To understand the Basic concepts of data structures.
2 To learn the representation, implementation and
applications of linear data structures
3 To understand the concepts of stacks and queues with
their applications.
4 To understand the concepts of trees with their
applications.
5 BCOL202 Microprocessor
Based Systems
1 Understand the taxonomy of microprocessors and
knowledge of contemporary microprocessors.
2 Demonstrate programming using the various addressing
modes and instruction set of 8086 microprocessor
3 Understand the concept & types of interrupts
4 Demonstrate interfacing of special purpose
programmable peripheral devices with microprocessor
5 Understand architecture, memory management &
multitasking of 80386 microprocessor
6 Study recent advancements in microprocessor
architectures
6 BITL202 Object Oriented
Programming
1
Describe the procedural and object oriented paradigm
with concepts of streams, classes, functions, data and
objects
2 Implement dynamic memory allocation techniques &
different types of functions.
3 Describe & implement the concept of constructor,
destructor & operator overloading
4 Classify & implement inheritance with the concept of
virtual functions and polymorphism.
5 Implement the console I/O operations & templates
6 Apply advanced techniques such as exception handling
and file handling.
7 BITP 202 Object Oriented
Programming Lab
1 Develop solutions for a range of problems using objects
and classes.
2 Implement algorithms utilizing the principles of object
oriented programming to solve simple problems
3 Demonstrate the implementation of constructors,
destructors and operator overloading.
4 Apply fundamental algorithmic problems including
type casting, inheritance, and polymorphism.
5 Understand & implement console I/ O operations
&templates.
6 Design & implement applications using file and
Exception handling.
8 BCOL203
Computer
Architecture &
Organization
1 Describe fundamental units of computer system.
2 Apply concept of fixed and floating point arithmetic.
3 Identify different types of control unit.
4 Analyze organization and design of memory system.
5 Identify different ways of communicating with I/O
devices and interfaces.
6 Describe working of parallel systems.
9 BCOL205 Operating System
1 Understand and execute basic commands of shell script.
2 Apply basic operations in shell scripts which are
required for different applications.
3 Identify and understand concept of file systems in shell
script
4 Apply concept of creating new process from parent
process.
5 Apply concept of OS to develop code on MAC OS
6 To develop app by using xcode in MAC OS
10 BCOP205 Operating System
Lab
1 Understand and execute basic commands of shell script.
2 Apply basic operations in shell scripts which are
required for different applications.
3 Identify and understand concept of file systems in shell
script
4 Apply concept of creating new process from parent
process.
5 Apply concept of virtual file and execute basic
commands on it
6 Design communication mechanisms ipc and pipe on
linux
11 BCOP204
Hardware and
Trouble Shooting
Lab
1 To know the motherboard, BIOS and Storage devices
features and its functions
2 Assemble personal computer
3 Create partitioning of hard disk
4 Install system and application software
5 Establish small network involving two or more Pcs
6 Configure to protect system from virus
12 BEML204 Engineering
Mathematics0III
1
Solve higher order linear differential equation using
appropriate techniques for modelling and analyzing
electrical circuits.
2 Solve problems related to Z0Transform and
applications to Signal processing.
3 Solve problems on image processing using Fourier
transform
4 Solve examples on statistical methods like correlation,
regression analysis and probability theory for analysis.
5 Can use probability distribution effectively for solving
problems
6 Solve problems on analytic function and complex
function within the given range of function.
13 BCOP202 Microprocessor
Based Systems Lab
1 Demonstrate programming using the various addressing
modes and instruction set of 8086 microprocessor
2 Evaluate component requirements to solve computing
solution
3 Analyze and implement hardware & software aspects of
microprocessor based systems
4
Write & execute assembly language program to
perform array, addition, code conversion, block transfer
, sorting & string operations
5 Demonstrate interfacing between peripherals & 8086
microprocessor
6 Learn & apply interfacing of real world input & output
devices to 8086 microprocessor
1 BITL 205 Data
Communication
1 Understand and explain Data Communications System
and its components.
2 Summarize signal conversions techniques for digital
communication.
3 Identify and categorize various types of transmission
media.
4 Understand various analog and digital services for data
communication.
5 Evaluate bandwidth utilization using multiplexing
techniques.
6 Implement advanced technique such as Data encoding
and Compression for Image processing Applications.
2 BHUL201 Principles of
Management
1 Update trends in Marcket
2 Understand structure and behaviour of organization
3
Develop an information management systems related
with policy, and applications related to all areas of the
organization /(s).
4 Develop decision making processes.
5 Manage the Financial skills, decision making,
Economics and Accounting.
6 Describe the role of Human resource management
3 BCOL201 Data Structure
1 Describe concepts of data structures
2 know the concepts of linked list
3 Apply the knowledge to implement the algorithms for
stacks and queues
4 Describe the applications of trees
5 Describe the concepts of graphs and its applications
4 BCOP201 Data Structure lab
1 To understand the Basic concepts of data structures.
2 To learn the representation, implementation and
applications of linear data structures
3 To understand the concepts of stacks and queues with
their applications.
4 To understand the concepts of trees with their
applications.
5 BITL 202 Object Oriented 1 Describe the procedural and object oriented paradigm
Programming with concepts of streams, classes, functions, data and
objects
2
Describe & implement the concept of constructor,
destructor & operator
overloading,inheritance,polymorphism
3 Implementthe console I/O operations, formatted and
Unformatted IO operations..
4 Apply advanced techniques such as exception handling
and file handling
5 Implement the basic of java and the concept of java
programming
6 BITP 202 Object Oriented
Programming Lab
1 Develop solutions for a range of problems using objects
and classes.
2 Implement algorithms utilizing the principles of object
oriented programming to solve simple problems
3 Demonstrate the implementation of constructors,
destructors and operator overloading.
4 Apply fundamental algorithmic problems including
type casting, inheritance, and polymorphism.
5 Understand & implement console I/ O operations
&templates.
6 Design & implement applications using file and
Exception handling.
8 BCOL205 Operating System
1 Analyze Basics of operating system.
2
Identify mechanism to handle processes, memory, I/O
devices, and files and develop an appropriate algorithm
for it.
3 Describe Memory management in operating System.
4 Understand concept of management of process and their
synchronization.
5 Apply the concept of deadlocks on advanced
applications.
6 Identify and understand advanced operating systems, its
advantages and features
9 BCOP205 Operating System
Lab
1 Understand and execute basic commands of shell script.
2 Apply basic operations in shell scripts which are
required for different applications.
3 Identify and understand concept of file systems in shell
script
4 Apply concept of creating new process from parent
process.
5 Apply concept of OS to develop code on MAC OS
6 To develop app by using xcode in MAC OS
10 BITL205 GraphTheory&
Combinatorics
1 Solve real world problems logically using appropriate
set theory concepts.
2 Analyze concepts of number theory.
3 Analyze concepts of relation.
4 Understand concepts of groups and rings.
5 Analyze data structure used to represent different kinds
of objects viz Graph, Trees.
6
Understand the basics of combinatorial structure and
develop algebraic technique to solve combinatorial
problems.
5 BCOL202 Microprocessor
Based Systems
1 Understand the taxonomy of microprocessors and
knowledge of contemporary microprocessors.
2 Demonstrate programming using the various addressing
modes and instruction set of 8086 microprocessor
3 Understand the concept & types of interrupts
4 Demonstrate interfacing of special purpose
programmable peripheral devices with microprocessor
5 Understand architecture, memory management &
multitasking of 80386 microprocessor
6 Study recent advancements in microprocessor
architectures
13 BCOP202 Microprocessor
Based Systems Lab
1 Demonstrate programming using the various addressing
modes and instruction set of 8086 microprocessor
2 Evaluate component requirements to solve computing
solution
3 Analyze and implement hardware & software aspects of
microprocessor based systems
4
Write & execute assembly language program to
perform array, addition, code conversion, block transfer
, sorting & string operations
5 Demonstrate interfacing between peripherals & 8086
microprocessor
6 Learn & apply interfacing of real world input & output
devices to 8086 microprocessor
TE ( COMP ENGG) SEMESTER I
1 310241
Theory of
Computation
1 Able to design deterministic Turing machine for all
inputs and all outputs
2 Able to subdivide problem space based on input
subdivision using constraints
3 Able to apply linguistic theory
2 310242
Database
Management
Systems
1 Design E0R Model for given requirements and convert
the same into database tables
2 Use database techniques such as SQL & PL/SQL
3 Use modern database techniques such as NOSQL
4 Explain transaction Management in relational database
System
5
Describe different database architecture and analyses
the use of appropriate architecture in real time
environment.
6 Students will be able to use advanced database
Programming concepts Big Data – HADOOP
3 310243
Software
Engineering and
Project
Management
1 Decide on a process model for a developing a software
project
2 Classify software applications and Identify unique
features of various domains
3 Design test cases of a software system.
4 Understand basics of IT Project management.
5 Plan, schedule and execute a project considering the
risk management.
6 Apply quality attributes in software development life
cycle.
4 310244
Information
Systems and
Engineering
Economics
1 Understand the need, usage and importance of an
Information System to an organization.
2
Understand the activities that are undertaken while
managing, designing, planning, implementation, and
deployment of computerized information system in an
organization.
3
Further the student would be aware of various
Information System solutions like ERP, CRM, Data
warehouses and the issues in successful implementation
of these technology solutions in any organizations
4
Outline the past history, present position and expected
performance of a company engaged in engineering
practice or in the computer industry.
5
Perform and evaluate present worth, future worth and
annual worth analyses on one of more economic
alternatives.
6
Be able to carry out and evaluate benefit/cost, life cycle
and breakeven analyses on one or more economic
alternatives.
5 310245 Computer
Networks
1
Analyze the requirements for a given organizational
structure to select the most appropriate networking
architecture, topologies, transmission mediums, and
technologies
2 Demonstrate design issues, flow control and error
control
3 Analyze data flow between TCP/IP model using
Application, Transport and Network Layer Protocols.
4
Illustrate applications of Computer Network
capabilities, selection and usage for various sectors of
user community.
5 Illustrate Client0Server architectures and prototypes by
the means of correct standards and technology.
6 Demonstrate different routing and switching algorithms
6 310246 Skill Development
Lab
1
Evaluate problems and analyze data using current
technologies in a wide variety of business and
organizational contexts.
2 Create data-driven web applications
3 Incorporate best practices for building applications
4 Employ Integrated Development Environment(IDE) for
implementing and testing of software solution
5 Construct software solutions by evaluating alternate
architectural patterns
7 310247
Database
Management
System Lab
1 Design E0R Model for given requirements and convert
the same into database tables
2 Develop the ability to handle databases of varying
complexities
8 310248 Computer
Networks Lab
1 student will be able to– Demonstrate LAN and WAN
protocol behavior using Modern Tools.
2
student will be able to–Analyze data flow between peer
to peer in an IP network using Application, Transport
and Network Layer Protocols.
3 student will be able to–Demonstrate basic configuration
of switches and routers.
4
student will be able to–Develop Client0Server
architectures and prototypes by the means of correct
standards and technology.
TE (COMP ENGG) SEMESTER II
1 310250 Design and
Analysis of
1 Formulate the problem
2 Analyze the asymptotic performance of algorithms
Algorithms 3
Decide and apply algorithmic strategies to solve given
problem
4 Find optimal solution by applying various methods
2 310251
Systems
Programming and
Operating System
1 Analyze and synthesize system software
2 Use tools like LEX & YACC.
3 Implement operating system functions.
3 310252
Embedded
Systems and
Internet of Things
1 Implement an architectural design for IoT for specified
requirement
2 Solve the given societal challenge using IoT
3 Choose between available technologies and devices for
stated IoT challenge
4 310253 Software Modeling
and Design
1 Analyse the problem statement and choose proper
design technique for designing web application
2 Design and analyze an application using UML
modelling as fundamental tool
3 Apply design pattern to understand reusability in OO
design
4 Design and apply modern tool for modelling and
designing
5 Design and apply modern testing tool for testing web
based / desktop application
5 310254 Web Technology
1 analyze given assignment to select sustainable web
development and design methodology
2 develop web based application using suitable client side
and server side web technologies
3
develop solution to complex problems using appropriate
method, technologies, frameworks, web services and
content management
6 310255
Seminar and
Technical
Communication
1
be able to be familiar with basic technical writing
concepts and terms, such as audience analysis, jargon,
format, visuals, and presentation
2 be able to improve skills to read, understand, and
interpret material on technology.
3 improve communication and writing skills
7 310256 Web Technology
Lab
1
student will be able to– develop web based application
using suitable client side and server side web
technologies
2
student will be able to–develop solution to complex
problems using appropriate method, technologies,
frameworks, web services and content management
8 310257
System
Programming &
Operating System
Lab
1 Understand the internals of language translators
2 Handle tools like LEX & YACC.
3 Understand the Operating System internals and
functionalities with implementation point of view
9 310258
Embedded
Systems & Internet
of Things Lab
1 Implement an architectural design for IoT for specified
requirement
2 Solve the given societal challenge using IoT
3 Choose between available technologies and devices for
stated IoT challenge
BE COMP ENGG SEM I
1 410441
Design and
Analysis of
Algorithms
1 Formulate the problem
2 Analyze the asymptotic performance of algorithms
3 Decide and apply algorithmic strategies to solve given
problem
4 Find optimal solution by applying various methods
2 410442
Principles of
Modern Compiler
Design
1 To solve problem of parsing and compiling.
2 Ability to design and write simple compiler
3 To be able to use compiler tools in basic, concurrent,
distributed and embedded environments
4 To develop awareness of latest trends and advances in
compilers
3 410443
Smart System
Design and
Applications
1 Understand the concept of Artificial Intelligence
2 Able to apply various searching techniques to solve the
problem
3 Apply and evaluating logic in AI.
4 Apply probability theorem, Bayesian network and key
aspects of intelligent agents
5 Creating embedded system using machine learning
6 Able to create expert system with the help of advanced
tools and technologies in AI
4 410444
Data Mining
Techniques and
Applications
1 To develop programs and methods for data Mining
applications.
2 To solve problems for multi0core or distributed,
concurrent/Parallel environments
5 410445 Pervasive
Computing
1 To solve problem pervasive computing abilities
2 To solve problems for multi0core or distributed,
concurrent/Parallel environments
6 410447 Computer
Laboratory0II
1 Problem solving abilities for smart devices.
2 Problem solving abilities for gamifications
3 Problem solving abilities of pervasiveness,embedded
security and NLP
4 To solve problems for multi0core or distributed,
concurrent/Parallel environments
7 410448 Project
1 To solve problem in projects;
2 To develop SRS and other software engineering
documents in the project report;
3 To solve problems using multi0core, distributed,
embedded, concurrent/Parallel environments;
4 To write conference paper;
5 To demonstrate presentation, communication and
team0work skills.
BE COMP ENGG SEM II
1 410449
Software Design
Methodologies and
Testing
1 To present a survey on design techniques for software
system
2 To present a design and model using UML for a given
software system
3
To present a design of test cases and implement
automated testing for client server, Distributed, mobile
applications
9 410450 High Performance
Computing
1
Transform algorithms in the computational area to
efficient programming code for modern computer
architectures
2 Write, organize and handle programs for scientific
computations
3 Use tools for performance optimization and debugging
4 Analyze code with respect to performance and suggest
and implement performance improvements
5 To solve problems for multi0core or distributed,
concurrent/Parallel environments
9 410451 Cyber Security
1 To Solve problem in Cyber security
2 To solve problems for multi0core or distributed,
Concurrent/Parallel environments
410452
Business Analytic
and Intelligence
1 To solve problems in projects
2 To develop SRS in projects
3 To solve problems for multi0core or distributed,
concurrent and parallel environments
9 410453 Computer
Laboratory0III
1 To solve problems using mathematical modeling
2 To use software design methods and testing
3 To solve problems for multi0core or distributed,
concurrent/Parallel environments
9 410454 Computer
Laboratory0IV
1 Ability to develop applications using BIA
Technologies.
2 Ability to develop applications using OR and Mobile
Programming Technologies
3 To solve problems for multi0core or distributed,
concurrent/Parallel environments
9 410455 Project
1 To solve problem and demonstrate the results of the
project;
2 To develop SRS, reliability testing reports, and other
software engineering documents in the project report;
3 To solve problems using multi0core, distributed,
embedded, concurrent/Parallel environments;
4 To write conference paper;
5 To demonstrate presentation, communication and
team0work skills.
Department of Information Technology Engineering
Course Outcome: 2012 Pattern
Second Year:
S
No
Subject
Code
Subject Name Course Outcomes
1 214441 Discrete Structures By the end of the course, students should be able to
1. Formulate problems precisely and solve the
problems
2. Apply formal proof techniques, and explain their
reasoning clearly.
3. Illustrate by example, basic terminology and
model problems in computer engineering using
graphs and trees
4. Use graph algorithms for suitable applications
2 214442 Computer
Organization 1. To understand the structure, function and
characteristics of computer systems
2. To understand the design of the various functional
units of digital computers
3. To learn programming construct of 8086 assembly
language
3 214443 Digital Electronics
And Logic Design
1. Solve K-MAPs and apply Boolean Algebra
2. Use necessary A.C, D.C. and Loading
characteristics and functioning while designing
with digital gates
3. Identify the Digital Circuits, Input/Outputs to
replace by FPGA
4 214444 Fundamentals Of Data
Structures
1. Student will be able to apply appropriate constructs
of C language, coding standards for application
development
2. Students will be able to selection and use
appropriate data structures for problem solving and
programming
3. Students will be able to use algorithmic
foundations for solving problems and programming
4. Students will be able to select appropriate searching
and/or sorting techniques for application development
5 214445 Problem Solving and
Object Oriented
Programming
Concepts
1. Employ a problem-solving strategy to breakdown
a
problem into a series of simpler tasks.
2. Execute problem-solving actions appropriate to
completing a variety of sub problems.
3. Apply analytical and logical thinking to extract
facts from a problem description and determine
how they relate to one another and to the
problems to be solved.
4. Design and implement an object oriented solution
to solve a real life problem.
5. Develop problem-solving and programming skills
using OOP concept.
6 214448 Communication And
Language Laboratory
1. Provides an ability to understand, analyze and
interpret the essentiality of grammar and its
proper usage.
2. Build the students’ vocabulary by means of communication via web, direct communication
and indirect communication.
3. Improves Students’ Pronunciation skills and understanding between various phonetic sounds
during communication.
4. Understanding the various rules and means of
written communication.
5. Effective communication with active listening,
facing problems while communication and how
to overcome it.
7 207003 ENGINEERING MATHS-III
1. Solve higher order linear differential equation
using appropriate techniques for modeling and
analyzing electrical circuits.
2. Solve problems related to Fourier transform, Z-
Transform and applications to Signal and Image
processing.
3. Apply statistical methods like correlation,
regression analysis and probability theory for
analysis and prediction of a given data as applied
to machine intelligence.
4. Perform vector differentiation and integration to
analyze the vector fields and apply to compute
line, surface and volume integrals.
5. Analyze conformal mappings, transformations
and perform contour integration of complex
functions required in Image processing, Digital
filters and Computer graphics.
8 214449 Computer Graphics 1. Apply mathematics and computer programming
to computer graphics applications and problem
solutions
2. Systematically identify, evaluate and solve
complex technical and aesthetic problems
3. Be ready to contribute in a significant way to the
computer graphics industry
4. Demonstrate the knowledge and technical skills to
be successful in a specialized, computer-based,
graphics field
9 214450 Processor Architecture
And Interfacing
1. Students understand the architecture and
assembly language programming of 80386
Microprocessor.
2. Students understand the architecture and
programming of 8051 micro-controllers
10 214451 Data Structures And
Files
1. Basic ability to analyze algorithms and
to determine algorithm correctness and time
efficiency class.
2. Understand different advanced abstract data type
(ADT) and data structures and their
implementations.
3. Understand different algorithm design
techniques (brute -force, divide and
conquer, greedy, etc.) and their
implementation
4. Ability to apply and implement learned algori
thm design techniques and data structures to s
olve problems.
11 214452 Foundation Of
Computer Networks
1. Explain the basic concepts of data
communication
2. Describe emerging network technologies
3. Understand the terminology and concepts of the
OSI reference model and the TCP‐IP reference
model.
4. Explain the concepts of protocols, network
interfaces, and design/performance issues in
local area networks and wide area networks
12 314441 Computer Network
Technology
1. Students will be able to understand the OSI
model and its layer responsibilities in detail
2. Students will be able to explain various routing
protocols and techniques and its related
management issues at large Students will be able
to understand working principle of client/server
application with respect to application layer
protocols
3. Students will obtain thorough knowledge of
various Wireless technologies
13 314442 Theory Of
Computation
1. Students should be able to understand and design
Regular Grammar, Finite Automata, Context Free
Grammar, Pushdown Automata, Post Machines,
and Turing Machines. Students should be able to
Simplify Context Free Grammar and then convert
to CNF and GNF.
2. Students should be able to understand Pumping
Lemma, Properties of Regular Languages and
Context Free Languages.
3. Students should be able to understand Decidable
Languages and Turing Reducibility.
14 314443 Database Management
Systems
1. Define basic functions of DBMS & RDBMS.
2. Analyze database models & entity relationship
models Design and implement a database schema
for a given problem-domain
3. Populate and query a database using SQL
DML/DDL commands.
4. Programming PL/SQL including stored
procedures, stored functions, cursors and packages
5. Appreciate the impact of analytics and big data on
the information industry and the external
ecosystem for analytical and data services
15
314444 Software Engineering 1. Identify unique features of various software
application domains and classify software
applications.
2. Choose and apply appropriate lifecycle model of
software development.
3. Describe principles of agile development, discuss
the SCRUM process and distinguish agile process
model from other process models.
4. Identify user needs and formulate software
specifications.
5. Analyze software requirements by applying
various modeling techniques.
6. Translate the requirements model into the design
model
7. Describe and demonstrate use of software and
user-interface design principles.
8. Explain the cleanroom design method.
9. List and classify CASE tools and discuss recent
trends and research in software engineering.
16 314445 Web Engineering And
Technology
1. Apply the concepts, principles and methods of
Web engineering
2. have a sufficient theoretical knowledge and
analytical skills to develop Web applications;
3. Apply the described concepts, principles and
methods to development of complex Web
applications
4. Design and develop website using current Web
technologies and
5. Model, visualize and document the analysis and
design of Web applications
17 314446 Software Laboratory –
I
1. Students will be implement small size network
and its use of various networking commands
2. Students will be able to understand and use
various networking tools
3. Students can configure various client/server
environments to use application layer protocols
18 314447 Database Management
Systems Laboratory
1. Understanding of Database Programming
Languages
2. Master the basics of database languages and
construct queries using SQL, PLSQL, NoSQL
3. Master the basic concepts of Database Project Life
Cycle and appreciate the applications of database
systems
4. Understand how analytics and big data affect
various functions now and in the future
5. Appreciate the impact of analytics and big data on
the information industry and the external ecosystem
for analytical and data services
19 314448 Employability Skill
Development
1. Learn and practice the technologies expected by the
employers.
2. Have awareness about recent professional trends
and practices followed by the employment market.
3. Have an exposure to entrepreneurship traits.
4. Apply their skills for personal and professional
growth.
5. Self-study
20 314449 Design And Analysis
Of Algorithms
1. Apply Knowledge of Mathematics to perform
asymptotic analysis of algorithms.
2. Demonstrate a familiarity with major algorithms
and data structures.
3. Apply important algorithmic design paradigms and
methods of analysis.
4. Synthesize efficient algorithms in common
engineering design situations.
21 314450 Systems Programming 1. Design & implement System Programs as
Assembler, Macroprocessor.
2. Use tool Lex for generation of Lexical Analyzer.
3. Use tool YACC for generation of Syntax Analyzer.
22 314451 Operating System 1. Possess knowledge of the role of Operating
Systems and their types.
2. Apply the concept of a process, thread and
scheduling algorithms.
3. Apply the concepts of process synchronization
and how it is achieved.
4. Realize the concept of deadlock and different
ways to handle it.
5. Realize various memory management techniques.
6. Realize the concept of I/O management and File
system
23 314452 Multimedia
Technologies
1. To create their own file formats for specific
application
2. To do some projects based on current trends in
multimedia
3. To use of open sources for authoring tool for
animation and presentations
4. To develop simple games and animation
24 314453 Information
Technology Project
Management
1. Students will learn and understand basic essential
managerial qualities.
2. They can understand importance of engineer's
role in management.
3. They will understand IT project management
through life cycle of the project.
4. They will learn about project planning, execution,
tracking, audit and closure of project.
5. They can understand processes in different
departments of IT and non-IT industries
6. They can understand current technologies and
future trends in IT Project Management.
25 314454 Operating System
Laboratory
1. Describe OS support for processes and threads
2. Recognize CPU Scheduling, synchronization, and
deadlock.
3. Use C / C++ and Unix commands, and develop
various system programs under Linux to make use of
OS concepts related to process synchronization, shared
memory, file systems, etc.
26 314455 Software Laboratory –
II
1. Be able to design and implement two pass
assembler for hypothetical machine instructions.
2. Be able to design and implement the
macroprocessor.
3. Be able to use the tools "Lex" and "YACC" for
implementation of simple Calculator.
4. Will be able to apply algorithmic strategies for
solving various problems such as travelling salesman
problem, Hamiltonian circuit etc.
27
314456 Seminar& Technical
Communication
Laboratory
1. Gather, organize, summarize and interpret technical
literature with the purpose of formulating a project
proposal.
2. Write a technical report summarizing state-of-the-
art on an identified topic.
3. Present the study using graphics and multimedia
techniques.
4. Define intended future work based on the technical
review.
28 414453 Information And
Cyber Security
1. Students shall be able to understand what are the
common threats faced today
2. What is the foundational theory behind
information security
3. What are the basic principles and techniques
when designing a secure system
4. How today's attacks and defenses work in practice
5. How to assess threats for their significance and
6. How to gauge the protections and limitations
provided by today's technology
29 414454 SOFTWARE
MODELING AND
DESIGN
1.understand the usage of various UML diagrams to
build a model
2. prepare an object oriented model in business
domain of an application.
3. prepare an object oriented model in solution
domain.
4. applyobject oriented principles in the design of
software system.
5. get started on study of GOF design patterns. 6.
understand different types of software testing.
30 414455 MACHINE
LEARNING
1. Students will be able to model the learning
primitives.
2. Students will be able to build the learning model.
3. Student will be able to tackle real world problems
in the domain of Data Mining, Information Retrieval,
Computer vision, Linguistics and Bioinformatics.
31 414456
A
ELECTIVE I : SOFT
COMPUTING
1. Students will be inspired to solve complex real-
world problems.
2. Students will correlate human-like processing in
problem solving with current technologies in various
domains like Bio Informatics, Multimedia Systems,
Big Data Analytics, etc.
3. Student will be able to tackle problems of
interdisciplinary nature.
32
414456
B
ELECTIVE I
USABILITY
ENGINEERING
1. Justify the need to study human-computer-
interaction or human-factors while designing software.
2. Discuss the process of designing user-friendly
software based on usability engineering guidelines.
3. Apply interaction design and UI design process in
enhancing user-experience of an application.
4. Conduct usability evaluation of user-interfaces or
software applications.
5. Discuss industry standards for designing and
evaluating user-interfaces.
6. Discuss current trends in usability engineering
33 414456
C
ELECTIVEI
MODERN
COMPILERS
1. Understand the performance characteristics of
modern processors
2. Be familiar with compiler architecture and
implementation.
3. Be familiar with register allocation.
4. Be exposed to compiler optimization.
34 414456
D
ELECTIVE I :
PARALLEL
ALGORITHMS AND
DESIGN
1. Explain key concepts in parallel computational
models. 2. Describe parallel algorithms, architectures
and applications.
3. Implement different parallel algorithms, techniques
and architectures.
4. Explain graph algorithms.
5. Understand dynamic programming strategy and its
applications.
35 414456
E -
ELECTIVE I :
CLOUD
COMPUTING
1. Understand and Familiar with the basic concepts
of cloud computing.
2. Understand how to build large scale distributed
systems and cloud applications.
3. Comprehend the importance of cloud security.
4. Understand Ubiquitous Computing and
applications.
36 414457
A
ELECTIVE II :
BUSINESS
INTELLIGENCE
1. Design and implement OLTP, OLAP and
Warehouse concepts.
2. Design and develop Data Warehouse using Various
Schemas & Dimensional modelling.
3. Use the ETL concepts, tools and techniques to
perform Extraction, Transformation, and Loading of
data.
4. Report the usable data by using various reporting
concepts, techniques/tools, and use charts, tables for
reporting in BI.
5. Use Analytics concepts like data mining,
Exploratory and statistical techniques for predictive
analysis in Business Intelligence.
6. Demonstrate application of concepts in BI.
37 414457
B
ELECTIVE II :
SERVICE
ORIENTED
1. Students will be able to know the importance of
SOA.
2. Students will be able to know SOA primitives.
ARCHITECTURE 3. Students will be able to analyze quality web
services.
4. Students will be able to design and develop web
services
38 414457
C
ELECTIVE II : E &
M GOVERNANCE
1. Explain what E & M Governance is.
2. Understand the consequences of E-Commerce and
M-Commerce.
3. Describe E-Procurements and E-Business
Networks.
4. Define E-Commerce and M-Commerce services for
consumers and businesses.
5. Understand E & M Governance standards and
service development technology in MCommerce.
39 414457
D
ELECTIVE II : GEO-
INFORMATICS
SYSTEMS
1. Students will understand basics of Remote
Sensing & GIS.
2. Students will able to analyze GIS data and GIS
applications.
40 414457
E
ELECTIVE II :
NATURAL
LANGUAGE
PROCESSING
1. Automatic processing and information extraction
of human language using computer.
2. Learn
applications of Natural Language Processing such as
Information extraction, semantic web search,
machine translation, text summarization, spam
detection.
41 414458 SOFTWARE
LABORATORY – III
1. The students will be able to implement and port
controlled and secured access to software systems
and networks.
2. The students will be able to build learning
software in various domains.
42 414459 SOFTWARE
LABORATORY – IV
1. Students will be able to identify classes and
collaboration from requirements.
2. Students will be able to prepare analysis and
design model and implement.
3. Students will be able to use the test driven
development approach in implementation.
4. Students will be able to experience Object
Oriented Software Development life cycle activities.
43 414460 PROJECT PHASE - I At the end of this course the student should be able to
show preparedness to study independently in chosen
domain of Information Technology and programming
languages and apply to variety of real time problem
scenarios.
44 414461 Distributed System 1. Understand the principles on which the internet and
other distributed systems are based.
2. Understand and apply the basic theoretical concepts
and algorithms of distributed systems in problem
solving.
45 414462 Advanced Databases 1. Understanding of Advances in Database
Architectures for Big data.
2. Master the basics of web and object oriented
database using XML and JDOQL.
3. Master the basic concepts of NoSQL Databases.
4. Understand how analytics and big data affect
various functions now and in the future.
5. Appreciate the impact of analytics and big data on
the information industry and the external ecosystem
for analytical and data services.
6. Understanding of current trends in databases
46 414463
A
ELECTIVE III :
MOBILE
COMPUTING
1. Students will gain knowledge of GSM architecture.
2. Students will be able to understand mobility
management.
3. Students will be able to understand working of
wireless architectures and their applications.
4. Students will be able to understand recent trends
and emerging technologies.
47 414463
B
ELECTIVE III :
ADVANCED
GRAPHICS AND
ANIMATION
1. Provide solid grounding in three dimensional
modeling mechanisms.
2. Introduce students to techniques in virtual reality,
solid modeling and animation
3. To gain first-hand experience for accurate
modeling, rendering, and simulation, and the
necessary data structures and algorithms.
4. To develop programming skills in 3D computer
graphics. 5. Become acquainted with some advanced
topics in computer graphics.
48 414463
C
ELECTIVE III :
INFORMATION
STORAGE AND
RETRIEVAL
1. Student should be able to understand the concept of
Information retrieval.
2. Student should be able to deal with storage and
retrieval process of text and multimedia data.
3. Student should be able to evaluate performance of
any information retrieval system.
4. Student should be able to understand importance of
recommender system.
5. Student should be able to understand concept of
multimedia and distributed information retrieval.
49 414463
D
ELECTIVE III : IT
ENABLED
SERVICES
1. Students will be able to understand the process of IT
Industry
2. Students will be able to understand Indian laws of
IT industry
3. Student will be able to study current trends and
services in IT industry
4. Student will be able to understand programming
concept of IT Web services
50 414463
E
ELECTIVE III :
ADVANCED
COMPUTER
NETWORKS
1. Apply basic principles in designing modern
computer networks.
2. Use functionality of high speed networks in
development of advanced network applications.
3. Use advanced routing architecture and protocols in
networking.
4. Apply performance measures for routing in
computer networks.
5. Use advanced wireless standards in designing
wireless networks.
51 414464
A
ELECTIVE IV : BIO
INFORMATICS
1. Understand basic DNA and RNA structure, features
and classification schema for databases, applications
in Bioinformatics.
2. Use various statistical concepts and visualization
tools to discover new patterns in Protein Structures
and analyze randomness in data.
3. Explore the various Bioinformatics Databases for
knowledge discovery given by Data Mining and
Pattern Matching techniques through study of various
sequence alignment algorithms.
4. Offer appropriate solutions for similarity search
through similarity search and prediction algorithms.
5. Understand modeling and simulation in
bioinformatics with the help of simulation and
statistical protocols, basic drug discovery process.
6. Gain awareness in field of Systems Biology and
Human Disease.
52 414464
B
ELECTIVE IV :
REAL TIME AND
EMBEDDED
SYSTEMS
1. Students should be able to design distributed
embedded system for specific example.
2. Students should be able to schedule real time tasks
as per the specific requirement
53
414464
C
ELECTIVE IV :
GREEN IT –
PRINCIPLES AND
PRACTICES
1. Students will be able to create awareness among
stakeholders and promote green agenda and green
initiatives in their working environments leading to
green movement.
2. This green movement will create new career
opportunities for IT professionals, auditors and others
with special skills such as energy efficiency, ethical IT
assets disposal, carbon footprint estimation, reporting
and development of green products, applications and
services.
54 414464
D
ELECTIVE IV :
INTERNET OF
THINGS
1. Explain what Internet of Thins is.
2. Describe key technologies in Internet of Things.
3. Understand wireless sensor network architecture
and its framework along with WSN applications.
4. Explain resource management in the Internet of
Things. 5. Understand business models for the Internet
of Things.
55 414464
E
ELECTIVE IV :
OPEN ELECTIVE
student can opt for a subject from other branch of
engineering (preferably Computer Engineering and
Electronics & Telecommunication). An institution
may design the syllabus of a subject in consultation
with a software company/industry. This syllabus will
be approved by the University authorities and then
students can opt for the same as an open elective.
56 414465 SOFTWARE
LABORATORY – V
1. Understand the principles on which the internet and
other distributed systems are based.
2. Understand and apply the basic theoretical concepts
and algorithms of distributed systems in problem
solving.
57 414466 SOFTWARE
LABORATORY – VI
1. Understanding of Advanced Database Programming
Languages.
2. Master the basics of web and object oriented
database languages and construct queries using XML
and JDOQL.
3. Master the basic concepts of NoSQL Databases.
4. Understand how analytics and big data affect
various functions now and in the future.
5. Appreciate the impact of analytics and big data on
the information industry and the external ecosystem
for analytical and data services
58 414467 PROJECT WORK
Department of Mechanical Engineering
COURSE OUTCOMES
SE SEMESTER 1
Sr
N
o
Subject
Code
Subject
Name Course Outcome
1 207002
Engineeri
ng
Mathemati
cs – III
1 Appraise the complex problems with few assumptions
and estimate the reasonableness of solutions.
2 Compute the physical significance of mathematical
descriptions in time domain, frequency domain.
3
Summarize the mathematical descriptions in
Fourier series, differential equations, matrices and complex
algebra.
4
Explain the approximations in the solution of ordinary differential
equation with Specified degree of accuracy with the help of
numerical methods.
5 Compute mechanical problems involving discontinuous force
function or periodic function using Laplace transform.
6
Explain continuous frequency resolution of a function and study
of frequency response of a filter by using Fourier series and
Fourier transform
2 202041
Manufactu
ring
Process-I
1 Able to understand machining parameters and operation on Lathe
machine
2 Understand the manufacturing processes which they have learned
to manufacture new product
3 Understand the principles of foundry and casting.
4 Able to design dies for forging, extrusion, drawing process.
5 Able to understand the welding processes followed in industries
6 Able to understand principles of super finishing processes and
selection of grinding wheel
3 202042
Computer
Aided
Machine
Drawing(
PR)
1 Understand the importance of CAD in the light of allied
technologies such as CAM, CAE, FEA, CFD, PLM.
2 Understand the significance of parametric technology and its
application in 2D sketching.
3 Understand the significance of parametric feature-based modeling
and its application in 3D machine components modeling
4 Ability to create 3D assemblies that represent static or dynamic
Mechanical Systems
5 Ability to ensure manufacturability and proper assembly of
components and assemblies
6 Ability to communicate between Design and Manufacturing using
2D drawings
4 202043 Thermody
namics
1 Able to understand Gas laws and various terms/definitions of
thermodynamics.
2 Able to understand 1st and 2nd law of thermodynamics and their
applications
3 Able to understand concept of heat engine/refrigerator/heat pump.
4 Able to analyze gas power cycles and processes.
5 Able to understand the Rankine cycle modified Rankine cycle
used in thermodynamics.
5 202044 Material
Science
1 Understand the basic concepts and properties of Material.
2 Understand about material fundamental and processing.
3 Select proper metal, alloys, nonmetal and powder metallurgical
component for specific requirement
4 Detect the defects in crystal and its effect on crystal properties.
5 Evaluate the different properties of material by studying different
test
6 Recognize how metals can be strengthened by cold-working and
hot working
6 202045 Fluid
Mechanics
1 Able to understand the basic terms and definitions of fluid
mechanics.
2 Should understand the continuity, Eulers and Bernoulli’s equations.
3 Able to demonstrate the working of flow measuring devices
4 Able to understand the various losses in pipe flow and also the
boundary layer conceptleading to flow separation drag and lift.
5 Able to calculate forces on fixed blades, moving blades and
velocity diagrams
6 Able to understand the concept of dimension less no.
SE SEMESTER 2
Sr
No
Subject
Code
Subject
Name Course Outcome
7 202048
Theory of
Machines
-I
1 Identify mechanisms in real life applications.
2 Perform kinematic analysis of simple mechanisms
3 Perform static and dynamic force analysis of slider crank
mechanism
4 Determine moment of inertia of rigid bodies experimentally
5 Analyze velocity and acceleration of mechanisms by vector and
graphical methods.
8 202049
Engineeri
ng
Metallurg
y
1 Acquire basic knowledge related to the metallic materials
especially steels and cast iron.
2 Summarize the process of co-relation of science behind the
properties of the materials will get initiated.
3 Evaluate the new concepts of observation of microstructure of
metallic materials.
4 Predict the various types of steels used and microstructure of
the materials.
5 Explain the fundamentals of heat treatment process and their
impact on materials.
6 Distinguish various mechanical testing methods and its
applications
9 202050
Applied
Thermod
ynamics
1 Classify various types of Engines, Compare Air standard, Fuel
Air and Actual cycles and make out various losses in real cycles
2
Understand Theory of Carburetion, Modern Carburetor, Stages
of Combustion in S. I. Engines and Theory of Detonation, Pre-
ignition and factors affecting detonation
3
Understand Fuel Supply system, Types of Injectors and
Injection Pumps, Stages of Combustion in CI Engines, Theory
of Detonation in CI Engines and Comparison of SI and CI
Combustion and Knocking and Factors affecting, Criteria for
good combustion chamber and types.
4 Carry out Testing of I. C. Engines and analyze its performance
5
Describe construction and working of various I. C. Engine
systems (Cooling, Lubrication, Ignition, Governing, and
Starting) also various harmful gases emitted from exhaust and
different devices to control pollution and emission norms for
pollution control.
6
Describe construction, working of various types of
reciprocating and rotary compressors with performance
calculations of positive displacement compressors
10
202051
Strength
of
Materials
1 Able to understand the basic terms and definitions of
Mechanics of Materials
2 Illustrate SFD and BMD of a beam and determine the
maximum moment/shear and their locations
3 Able to measure deflections of a beam under loads by various
methods.
4 Able toPredict and interpret how to calculate stresses and
deformation of a torsion bar.
5 Understand the concept of Strain Energy.
6 Able to apply Theories of Failure for practical applications.
11 202052
Electroni
cs,Electri
cal Engg
1
Develop the capability to identify and select suitable DC motor
/ induction motor / special purpose motor and its speed control
method for given industrial application.
2 Program Arduino IDE using conditional statements
3 Interfacing sensors with Arduino IDE
TE SEMESTER 1
Sr
No
Subject
Code Subject Name Course Outcome
1 302041
Design of
Machine
elements – II
1
Demonstrate the fundamentals of stress analysis, theories
of failures and selection of material in the design of
machine components
2 Design mechanical elements for fluctuating loads
3 Summarize and apply design knowledge for various
springs
4 Explain and design various clutches, brakes and flywheels
5 Design and apply principles of pressure vessels used for
various applications
6 Understand and Design various mechanical element’s such as shafts, keys and couplings
2 302042 Heat Transfer
1 Formulate basic equations for heat transfer problems
2 Apply heat transfer principles to design and evaluate
performance of thermal systems
3 Calculate the effectiveness and rating of heat exchangers
4 Calculate heat transfer by radiation between objects with
simple geometries
5 Calculate and evaluate the impact of boundary conditions
on the solutions of heat transfer problems.
6 Evaluate the relative contributions of different modes of
heat transfer
3 302043 Theory of
Machines-I
1 The students will understand the gear theory which will be
the prerequisite for gear design.
2
The student will understand torque transmitting capacity in
gear trains which will be the prerequisite for gear box
design
3 The student will conversant with working principle of
control mechanism
4 The student will understand design of mechanism and cam
profile
4 302044
Metrology and
Quality
Control
1 Explain tolerance, limits of size, fits, geometric and
position tolerances and gauge design .
2 Apply knowledge of thread from errors and surface
roughness parameters.
3 Demonstrate knowledge of CMM, Interferometer and
laser metrology.
4
Develop an ability of problem solving and decision making
by identifying and analyzing the cause for variation and
recommend suitable corrective actions for quality
improvement.
5 Use/apply Quality Control Techniques/ Statistical Tools
appropriately.
6 Illustrate quality management techniques such as JIT,
KANBAN and QMS.
5 302045
Hydraulics
and
Pneumatics
1 Working principle of various components used for
hydraulic & pneumatic systems.
2 Identify various components of hydraulic & pneumatic
systems.
3 Ability to select appropriate components required for
hydraulic and pneumatic systems
4 Ability to design hydraulic and pneumatic system for
industrial applications.
5 Ability to understand industrial applications of hydraulic
and pneumatic system
6 Troubleshooting of hydraulic & pneumatic circuits.
TE SEMESTER 2
Sr
No
Subject
Code Subject Name Course Outcome
6 302047 NMO
1 Able to use appropriate Numerical Methods to solve
complex mechanical engineering problems.
2 Able to formulate algorithms and programming.
3 Able to use Mathematical Solver.
4 Able to generate Solutions for real life problem using
optimization techniques.
5 Able to analyze the research problem
6
Able to summarize ordinary Differential Equations and
Partial Differential Equations and how to apply them to
engineering problems
7 302048
Design of
Machine
Elements -II
1 Ability to design and analyze Mechanical transmission
systems
2 Ability to design and select different types of bearings
from manufacturer‟s catalogue
3
Enhancement in proficiency of CAD software for design
and analysis so that students are capable to generate
production drawing.
8 302049 Turbo
Machines
1 Able to explain the momentum principle and its
applications to various objects.
2 Able to summarize the working principles of reaction
turbines& able to plot performance characteristics.
3 Able to explain the working principle of centrifugal pumps
&plot the performance characteristics.
4 Able to discuss the concepts of compressible flow and
nozzle design.
5 Able to summarize the working principles of different
hydrostatic systems.
6 Able to analyze the basic concepts and applications of
CFD
9 302050 Mechatronics
1 Able to understand the mechatronics system applications
and functioning of sensors.
2 Able to understand the key elements of mechatronics
system and its representation in terms of block diagram
3
understand the Programmable Logic Controller,
Interfacing of Programmable Logic Controller and its
applications
4 Should understand the Data Acquisition system Interfacing
of Sensors to Data Acquisition system.
5 Should understand Time and Frequency domain analysis
of system model (for control application)
6 Able to understand PID control implementation on real
time systems
10 302051 Manufacturing
Process-II
1 Understand theory of metal cutting process for economic
machining.
2 Demonstrate knowledge of the fundamental metal cutting
process such as milling and their process parameters.
3 Explain various metallurgical processes and plastic
shaping process.
4 Apply knowledge of Jigs and Fixtures used in various
machining operations.
5 Understand the application of CNC/DNC machines with
programming ability
6 Classify and study various advanced machining process
BE SEMESTER 1
Sr
No
Subject
Code Subject Name Course Outcome
1 402041
Refrigeration
and
Air
Conditioning
1
Illustrate the fundamental principles and applications of
refrigeration and air conditioning
system
2 Obtain cooling capacity and coefficient of performance by
conducting test on vapor compression refrigeration systems
3 Present the properties, applications and environmental
issues of different refrigerants
4 Calculate cooling load for air conditioning systems used
for various applications
5 Operate and analyze the refrigeration and air conditioning
systems
2 402042 CAD/ CAM
Automation
1 Analyze and design real world components
2 Suggest whether the given solid is safe for the load applied
3 Select suitable manufacturing method for complex
components
3 402043 Dynamics
ofMachinery
1 Understand the basics concepts of static and dynamics
force analysis.
2 To develop knowledge about proper selection of
governors.
3 Determine unbalanced forces and bearing reactions for a
system of rotating masses
4 Understand the gyroscopic effect.
5 Determine unbalanced forces and couples for
reciprocating masses.
6 Understand free and forced vibrations of single degree of
freedom systems and measure vibrations.
4 402044 Elective –
I(EAM)
1 Carry out Energy Audit of the residence / society / college
where they are studying
2 Carry out electrical tariff calculation and accurately predict
the electricity bill required for the installation
3 Suggest various methods to reduce energy consumption of
the equipment / office / premises.
5 402045 Elective –
II(PDD)
1 Design a sustainable product.
2 Develop commercial product
3 Master in new techniques PLM and PDM
BE SEMESTER 2
Sr
No
Subject
Code Subject Name Course Outcome
6 402047 Power Plant
Engineering
1 Ability to have adequacy with Design, erection and
development of energy conversion plants
2 Optimization of Energy Conversion plant with respect to
the available resources
3 Scope of alternative erection of optimized, suitable plant at
the location depending upon geographical conditions.
7 402048
Mechanical
System
Design
1 The student will understand the difference between
component level design and system level design
2
Ability to design various mechanical systems like pressure
vessels, machine tool gear boxes, material handling
systems, etc. for the specifications stated/formulated.
3 Ability to learn optimum design principles and apply it to
mechanical components
4 Ability to to handle system level projects from concept to
product.
8 402049 Elective-III(IE)
1 Apply the Industrial Engineering concept in the industrial
environment
2
Manage and implement different concepts involved in
methods study and understanding of work content in
different situations.
3 Undertake project work based on the course content.
4 Describe different aspects of work system design and
facilities design pertinent to manufacturing industries.
5 Identify various cost accounting and financial management
practices widely applied in industries.
6
Develop capability in integrating knowledge of design
along with other aspects of value addition in the
conceptualization and manufacturing stage of various
products.
9 402050 Elective-IV(FEA)
1
Derive and use 1-D and 2-D element stiffness matrices and
load vectors from various methods to solve for
displacements and stresses
2
Apply mechanics of materials and machine design topics to
provide preliminary results used for testing the
reasonableness of finite element results
3
Explain the inner workings of a finite element code for
linear stress, displacement, temperature and modal
analysis.
4
Interpret the results of finite element analyses and make an
assessment of the results in terms of modeling (physics
assumptions) errors, discretization (mesh density and
refinement toward convergence) errors, and numerical
(round-off) errors.
Department of Civil Engineering
B.E. Civil
Course outcomes
401001: Environmental Engineering II
CO1 Identify, analyse and quantify air pollution, effects and design appropriate air pollution
control equipment
CO2 Comprehend, analyse and formulate solid waste management strategies
CO3 Assess noise pollution, adverse effects and apply corrective noise pollution control
methods
CO4 Know the values of legal provisions for environmental beneficiaries
401002: Transportation Engineering
CO1 Plan highway networks
CO2 Design highway geometrics.
CO3 Design Intersections and prepare traffic management plans.
CO4 Design flexible and rigid pavements
401003: Structural Design and Drawing III
CO1 Understand the concepts of pre-stressing in concrete structures and identify the
materials for pre-stressing
CO2 Analyse a Pre-stressed Concrete section
CO3 Design earth retaining structures.
CO4 Design combined footings
401004: Elective I (Advanced Concrete Technology)
CO1 Discuss the concrete ingredients and its influence at gaining strength
CO2 Design of concrete mix and grade as per IS codes
CO3 Describe the application and use of fiber reinforced concrete
CO4 Design and develop the self-compacting and high performance Concrete.
401005: Elective II (TQM & MIS in Civil Engineering)
CO1 To study the importance of quality in construction.
CO2 To study MIS and its application in construction
CO3 To identify defects and its prevention and TQM philosophy of Six Sigma
CO4 Importance of Total Quality Management and ISO in construction
401007: Dams and Hydraulic Structures
CO1 Analyse and design gravity dams
CO2 Analyse and design earth and rock fill dams
CO3 Design spillways and energy dissipation structures
CO4 Design of penstocks and surge tanks
401008: Quantity Surveying, Contracts and Tenders
CO1 Prepare quantity estimates for buildings, roads, rails and canal works
CO2 Calculate the quantity of materials required for civil engineering works as per
specifications
CO3 Evaluate contracts and tenders in construction practices
CO4 Prepare cost estimates
401009: Elective III (Air Pollution and control)
CO1 Identify sampling and analysis techniques for air quality assessment
CO2 Describe the plume behaviour for atmospheric stability conditions
CO3 Apply plume dispersion modeling and assess the concentrations
CO4 Design air pollution controlling devices
401009: Elective IV (Construction Management)
CO1 Understand the roles and responsibilities of a project manager
CO2 Prepare schedule of activities in a construction project
CO3 Prepare tender and contract document for a construction project
CO4 Identify the equipment used in construction
T. E. Civil
301001: Hydrology and Water Resources Engineering
CO1 Various components of hydrologic cycle that affect the movement of water in the earth
CO2 Various Stream flow measurements technique
CO3 Basic components of river Training works.
CO4 Apply math, science, and technology in the field of water resource Engineering.
301002: Infrastructure Engineering
CO1 To know the different types of infrastructure developments within the country and
abroad.
CO2 To understand the role of various Government organizations handling infrastructure
projects and be aware of Public Private Partnership (PPP) mechanism.
CO3 Analyze and appreciate the role of infrastructure development in economic growth
CO4 Understand the basic requirements of various types of infrastructure sectors.
301003: Structural Design - I
CO1 Apply the fundamental concepts, techniques in analysis and design of reinforced
concrete elements i.e. beam & slab.
CO2 Apply the design principles by undertaking simple design examples.
CO3 Analyze and design various types of steel connections using rivets, bolts and weld
CO4 Design basic elements of a steel building like beam, column, and column bases etc. for
given conditions and loading
301004: Structural Analysis II
CO1 Analyze static indeterminate structures by classical force and displacement methods.
CO2 Analyze static indeterminate structures by matrix methods.
CO3 Describe applications of finite element method to one and two dimensional problems.
CO4 Select most efficient method for analysis of given structure.
301005: Fluid Mechanics II
CO1 Introduction to Open channel flow.
CO2 Identify and analyze the appropriate flow and subsequent effect in field
CO3 Analyze the effect of wind and water if any civil structure is placed in flowing fluid.
CO4 Analyze forces and design most economical open channel.
301006: Employable Skill Development
CO1 Communicate effectively in both verbal and written forms
CO2 Improve Listening skills and group discussion skills
CO3 To learn corporate/Business etiquettes and time management skills
CO4 To improve leadership qualities
301007: Advance Surveying
CO1 Develop firm understanding of remote sensing and data analysis from aircraft and
satellite sensors.
CO2 Manipulate and represent geographical data
CO3 Demonstrate a firm understanding of GPS for navigation and resolving the location
related problems.
CO4 Apply the electronic technology for surveying work.
301008: Project Management and Engineering
CO1 Device a plan and manage construction project and know the time value of money.
CO2 Plan project by various methods finding the time estimates and controlling the projects
while determining and flowing the critical path.
CO3 Determine minimum total cost in minimum time by conducting a crash programme and
hence updating and rescheduling a project
CO4 Make aware of various construction equipment.
301009: Foundation Engineering
CO1 Understand the importance of soil investigation and determine various soil properties.
CO2 Understand the significance and determine the load bearing capacity for shallow and
deep foundations
CO3 Understand the settlement behavior of different type of soil under different foundation.
CO4 Understand the concept of earth pressure behind earth retaining structures for different
conditions.
301010: Structural design II
CO1 Design various sub-structure components like isolated footing, combined footing,
retaining walls, along with relevant IS code requirements
CO2 Design various super-structure components like stairs, columns, continuous beams,
along with relevant IS code requirements.
CO3 Apply the concepts of structure design to special structural elements like curved beams,
domes, water retaining structures, along with relevant IS code requirements.
301011: Environmental Engineering I
CO1 Demonstrate a firm understanding of various sewerage systems and their suitability
CO2 Design sewer and drainage systems layout for communities.
CO3 Visualize waste water quality parameters and their characteristics.
CO4 Understand relevant wastewater treatment processes, their design criteria and
applicability.
301012: Seminar & Technical Communication
CO1 To improve leadership qualities
CO2 Communicate effectively in both verbal and written forms
CO3 To improve presentation skills of students
S. E. Civil
201001 Building Technology and Materials Engineering
CO1 Describe types of foundation and construction materials as sustainable and alternatives
materials.
CO2 Examine the construction and execution of brickwork, stonework, arches and lintels,
flooring, damp proofing course, doors and windows and plastering and pointing.
CO3 Explain various methods such as manufacturing of tiles, seasoning of timbering,
dressing of stones, damp Proofing.
CO4 Illustrate the design of staircase.
207001: Engineering Mathematics-III
CO1 Identify various methods in differential equations, vector calculus and Numerical
Analysis that applies to the problems in civil engineering.
CO2 Understand the root concepts required for the analysis of civil engineering problems.
CO3 Solve the problems in engineering field using vector calculus concepts.
CO4 Analyze complex problems, categories it into parts and interpret the relation between
them.
201006: Surveying
CO1 Identify difference between plain surveying and geodetic surveying.
CO2 Understand information related to instrument such as dumpy level, theodolite and plane
table.
CO3 Calculate reduced levels of different points on grounds, slope or gradient, horizontal
and vertical angle measurements.
CO4 Illustrate adjustments of traversing, contour maps, area computation and distance by
Electronic Distance Meter and Traverse Survey.
201002: Strength of Materials
CO1 Describe different terminologies related to mechanical properties of materials, effect of
forces, types of column.
CO2 Apply the forces to beams and beams cross section, pressure vessels and columns.
CO3 Analyze for axial stresses, shear, bending, torsional and principal stresses, and stress
distribution below column base.
CO4 Evaluate for different types of stresses.
201003: Geotechnical Engineering –I
CO1 Identify different types of soils and various index properties required for classification
of soil.
CO2 Compute different engineering prospering like, permeability, seepage, compaction,
shear strength, which are required to understand behavior of soil under different
stresses produced by structural loads.
CO3 Evaluate stresses within soil mass and magnitude of earth pressure.
CO4 Apply suitable compaction method to reduce compressibility and settlement and to
improve shear strength and load carrying capacity.
201010: Soft Skills
CO1 Communicate effectively in both verbal and written forms
CO2 Improve Listening skills and group discussion skills
CO3 To learn corporate/Business etiquettes and time management skills
CO4 To improve leadership qualities
201004: Fluid Mechanics-I
CO1 To study the properties of fluids and dimensional analysis.
CO2 Formulate and solve analytically complex problems related to fluid kinematics
CO3 Conduct experiments related to laminar ad turbulent flow
CO4 Analyze the unsteady flow.
201005: Architectural Planning and Design of Buildings
CO1 To study legal aspects in town planning.
CO2 To design the safety aspects of building
CO3 Conduct practical on building drawings.
CO4 To study planning of building.
201008: Structural Analysis-I
CO1 Understand and describe concept like indeterminacy, methods of slope deflection,
Castilians theorem strain energy, arches, Moment distribution method, Influence Line
Diagram.
CO2 Analyze the structure by using various methods and its application.
CO3 Get deflection, Bending Moment Diagram, Shear Force Diagram of beams, Arches
Influence Line Diagram.
207009: Engineering Geology
CO1 Describe purpose of soil exploration field testing and their planning and execution.
CO2 Identify type of foundation as per requirements.
CO3 Determine settlement and consolidation of foundation.
CO4 Design raft, pile, and well foundation.
201007: Concrete Technology
CO1 Understand properties of constituent of cement concrete, fresh concrete and hardened
concrete and mix design.
CO2 Apply the knowledge to manufacturing of concrete.
CO3 Analyze different properties of concrete and mix proportion of concrete.
CO4 Evaluate properties of concrete and mix proportions.
201009: Testing of Materials
CO1 To apply knowledge of testing of materials like Metals, Timbers and Bricks etc.
CO2 Conduct Experiments on building materials.