koszalin university of technology method: (lecture, laboratory, group tutorials, seminar,...

The courses available for Erasmus students at

the Faculty of Mechanical Engineering of

the Koszalin University of Technology (Koszalin, Poland),

during the academic year 2014/2015,

within the framework of Erasmus+ Programme.

Winter semester

Field of study: Mechanics and Machine Building

KKOOSSZZAALLIINN UUNNIIVVEERRSSIITTYY OOFF TTEECCHHNNOOLLOOGGYY

Department of Mechanical Engineering 75-620 Koszalin, ul. Racławicka 15-17, Poland Tel. +4894 3478 438, 3478 229, 3478 352

FACULTY: Department of Mechanical Engineering

FIELD OF STUDY: Mechanics and Machine Building

ERASMUS COORDINATOR OF THE FACULTY:

dr hab. inż. Maciej Majewski

E‐MAIL ADDRESS OF THE COORDINATOR:

[email protected]

COURSE TITLE: Bases of Electrotechnics and Electronics

LECTURER’S NAME: Konrad Zajkowski

E‐MAIL ADDRESS OF THE LECTURER: [email protected]

ECTS POINTS FOR THE COURSE: 4

ACADEMIC YEAR: 2014/2015

SEMESTER: (W – winter, S – summer)

W

HOURS IN SEMESTER: 30+30

LEVEL OF THE COURSE: (1st cycle, 2nd cycle, 3rd cycle)

1st cycle

TEACHING METHOD: (lecture, laboratory, group tutorials, seminar, other‐what type?)

lecture, laboratory,

LANGUAGE OF INSTRUCTION: English

ASSESSMENT METOD: (written exam, oral exam, class test, written

reports, project work, presentation, continuous assessment, other – what type?)

Lecture: project work Laboratory: written reports

COURSE CONTENT: D.C. Circuits: Ohm’s and Kirchhoff’s laws, Analysis of series, parallel and series‐parallel resistive circuits excited by independent voltage sources. Power and Energy in such circuits. Single Phase A.C Circuits: Generation of AC voltage, definition of average value, R.M.S value, form factor, peak factor. Phase and phase difference of sinusoidal varying voltage and current. Real power, reactive power, apparent power and power factor. Three Phase A.C Circuits: Necessity and advantages of three phase systems. The relationship between line and phase voltage & currents in balanced 3phase Star and Delta connections. DC and AC Machines: Working principle of DC and AC machine as a generator and motor. Types and constructional feature. Transformer: Principle of operation and construction and types of single phase transformers. E.M.F equation, power losses, efficiency and voltage regulation.

ADDITIONAL INFORMATION:

FACULTY: Faculty of Mechanical Engineering



Prof. Maciej Majewski


[email protected]

COURSE TITLE: Computer Systems and Networks

LECTURER’S NAME: Prof. Maciej Majewski





W



1st cycle


lecture, laboratory




Written exam

COURSE CONTENT: Computer system; Architecture of computer systems; Mobile computer systems; Bases of operating systems; Bases of computer networks; Classification of computer networks; Principles of data transfer; Layered network architectures: a model ISO‐OSI architecture of TCP/IP; Computer network topologies; Wireless LAN; Wireless network topologies; Devices Networking.







[email protected]

COURSE TITLE: Computing algorithms and systems

LECTURER’S NAME: Prof. Maciej Majewski





W

HOURS IN SEMESTER: 15+15+30


1st cycle


lecture, practice, laboratory




Written exam

COURSE CONTENT: Bases of computing algorithms, methods of creating and writing algorithms, data types used in the creation of simple and complex data structures, conditional statements, loops, iterative and decision‐making algorithms for common operations on sets of data and information for solving common problems, methodology of creating functions and procedures, the creation of algorithms that solve examples of computational problems for simple and complex data structures, usage of the Matlab environment.







[email protected]

COURSE TITLE: Engineering graphics I

LECTURER’S NAME: Prof. Dr Maciej Majewski


ECTS POINTS FOR THE COURSE: 4 ECTS



W

HOURS IN SEMESTER: 30 + 30


1st cycle


Lecture + practice




Written exam

COURSE CONTENT: Bases of engineering graphics: rules of design drawings, the use of a CAD system to develop drawings of components and assemblies of machines, the analysis of typical machine elements in terms of drawing in a CAD system, development of design drawings using CAD environments with selected resources, basic structural drawings, structural analysis of the constructions of the selected machine elements.







[email protected]

COURSE TITLE: Material science I

LECTURER’S NAME: Prof. Kazimierz Reszka





W

HOURS IN SEMESTER: 30


1st cycle


Lecture




Written exam

COURSE CONTENT: Bravais lattices. Crystal lattice types. The crystallographic planes and directions – Miller indexes. Crystallographic defects. Point, line, planar and bulk defects. A grain boundary. Polycrystalline materials. Cold work and recrystallization; mechanism of the plastic strain. Strain hardening of metals. Recrystallization ‐ changes of the metal property after the recrystallization. Arrangements of the phase equilibrium. Definition of the phase. Type of phases. Two‐component diagrams types. Metastable Iron‐Carbon (Fe‐Fe3C) phase diagram: phases definitions in the Fe‐Fe3C phase diagram, transformations (eutectic and eutectoid and peritectic. Polymer, composite and ceramic materials. Kinds of the chemical bonds. The structure difference between amorphous and crystal solids. The atomic structure difference between metals and ceramic materials. Definition of composite material. The role of matrix and reinforcement in composite materials. Contemporary construction materials.







[email protected]

COURSE TITLE: Technical thermodynamics and fluid mechanics I

LECTURER’S NAME: Małgorzata Sikora





W



1st cycle


Lecture + practice




Written exam

COURSE CONTENT: Work, First law of thermodynamics, Second law of thermodynamics, Right and left‐hand rotation circuits, Transformation of perfect gas,







[email protected]

COURSE TITLE: Surface technology

LECTURER’S NAME: Prof. Krzysztof Rokosz





W



1st cycle


Lecture + laboratory




Written exam

COURSE CONTENT: Metals and alloys used in Engineering; Iron‐carbon diagram; Pourbaix graphs; Corrosion Problems; Method of corrosion protection; Corrosion measurements; Electrochemical polishing and passivation of metals and alloys; Surface preparation for protection coatings; Galvanic coatings; Paint coatings; Conversion coatings.







[email protected]

COURSE TITLE: Mathematics I

LECTURER’S NAME: Prof. Volodymyr Sushch





W



1st cycle


Lecture + practice




Written exam

COURSE CONTENT: 1. Integral calculusThe indefinite integral of real‐valued functions of a single real variable

Formal definition

Properies of integrals

Finding the value of an integral (integration)

Higher derivatives Techniques for computing integrals

Intagration by subtitution

Intagration by parts

Intagration by trigonometric subtitution

Intagration by reduction formulae

Intagration by partial fractions

Intagration using Euler’s formula The definity integral (the Riemann integral)

Definition and properties

Fundamental theorem of calculus (the Newton‐Leibniz theorem) Applications of definity integrals Improper integrals

Convergence of the integral

Singularities 2. Ordinary differential equations (ODE) Basic concepts and classifying of differential equations. Solutions of differential equations (a particular solution and the general solution of a differential equation). Initial‐value and boundary‐value problems. First order ODE: Separable equations, Homogeneous equations, Exact equations, Linear equations (homogeneous and non‐homogeneous), Bernoulli equations, Solved problems. Second order linear ODE: Linear differential equations (linearly independent solutions, the Wronskian), Linear homogeneous ODE with constant coefficients, (the characteristic equation), Linear non‐homogeneous ODE with constant, coefficients, The method of undetermined coefficients, Variation of parameters, Linear ODE with variable coefficients.







[email protected]

COURSE TITLE: Mathematics III

LECTURER’S NAME: Prof. Volodymyr Sushch





W



1st cycle


Lecture + practice




Written exam

COURSE CONTENT: 1. Integral calculusThe indefinite integral of real‐valued functions of a single real variable

Formal definition

Properies of integrals

Finding the value of an integral (integration)

Higher derivatives Techniques for computing integrals

Intagration by subtitution

Intagration by parts

Intagration by trigonometric subtitution

Intagration by reduction formulae

Intagration by partial fractions

Intagration using Euler’s formula The definity integral (the Riemann integral)

Definition and properties

Fundamental theorem of calculus (the Newton‐Leibniz theorem) Applications of definity integrals Improper integrals

Convergence of the integral

Singularities 2. Ordinary differential equations (ODE) Basic concepts and classifying of differential equations. Solutions of differential equations (a particular solution and the general solution of a differential equation). Initial‐value and boundary‐value problems. First order ODE: Separable equations, Homogeneous equations, Exact equations, Linear equations (homogeneous and non‐homogeneous), Bernoulli equations, Solved problems. Second order linear ODE: Linear differential equations (linearly independent solutions, the Wronskian), Linear homogeneous ODE with constant coefficients, (the characteristic equation), Linear non‐homogeneous ODE with constant, coefficients, The method of undetermined coefficients, Variation of parameters, Linear ODE with variable coefficients.







[email protected]

COURSE TITLE: English language I

LECTURER’S NAME: Jan Konieczny MA in English





W



1st cycle


Practice




Written exam

COURSE CONTENT: 1‐5Obtaining detailed and general information from written and oral texts from printed and digital sources related to personality tests and types. Obtaining and transmittal of information related to personal characteristics, both in the oral and written forms accordingly to relevant contexts. Correct use of present tenses (Present Simple, Present Continuous) in affirmative, interrogative and negative sentences as well as forming subject and object questions. Formation of compound words. Effective expression of personality descriptions in written and oral forms. 6‐10 Describing in writing personality differences between women and men accordingly to relevant contexts. Obtaining detailed and general information from written and oral texts from printed and digital sources related to travel and explorers. Effective expression of suggestions and proposals in written and oral forms. Correct use of figures of speech in writing. Using correctly Past Simple for describing past experiences. 11‐15 Obtaining detailed and general information from written and oral texts from printed and digital sources related to describing past experiences and vocations/professions. Speaking out on organizing trips and excursions. Obtaining and transmitting in writing biographical information accordingly to relevant contexts. Effective expression of suggestions, comparisons, pros and cons of proposals in written and oral forms. Correct use of present tenses (Present Perfect and Simple Past.

ADDITIONAL INFORMATION: 1. Language Leader, Intermediate; D. Cotton, D, Falvey, S. Kent; Pearson Education Ltd., Harlow, 2013 2. English Grammar in Use; R. Murphy; published by Cambridge University Press 3. English press, materials from the Internet 4. Lecturer’s own materials






[email protected]

COURSE TITLE: English language III

LECTURER’S NAME: Jan Konieczny MA in English





W



1st cycle


Practice




Written exam

COURSE CONTENT: 1‐5Expressing opinions in the oral and written forms on advantages and disadvantages of products and establishing an enterprise. Making an efficient presentation. Obtaining detailed and general information from written and oral texts from printed and digital sources addressed to children and business entities. Obtaining and transmittal of information related to advertising products and business plan, both in the oral and written forms. Drawing up business correspondence efficiently. 6‐10 Obtaining detailed and general information from written and oral texts from printed and digital sources related to business ethics and ethics of famous entrepreneurs. Obtaining and transmittal of information related of famous entrepreneurs, both in the oral and written forms. Expressing proposals, offers, apologies, invitations, consents and refusals effectively and adequately to the context. Correct use of tenses: Past Continuous and Past Perfect. 11‐15 Obtaining and transmittal of information describing objects in the oral and written forms accordingly to relevant contexts. Obtaining detailed and general information from written and oral texts from printed and digital sources related to designing. Expressing efficiently preferences and opinions. Correct use of modal verbs and deduction.

ADDITIONAL INFORMATION: 1. Language Leader, Intermediate; D. Cotton, D, Falvey, S. Kent; Pearson Education Ltd., Harlow, 2013 2. English Grammar in Use; R. Murphy; published by Cambridge University Press 3. English press, materials from the Internet 4. Lecturer’s own materials






Winter semester

Field of study: Energetics




FIELD OF STUDY: Energetics




[email protected]

COURSE TITLE: Fluid Mechanic part II

LECTURER’S NAME: Krzysztof Dutkowski





W



1st cycle


lecture, laboratory, group tutorials,




Class exam, written reports

COURSE CONTENT: Fluid dynamics (flow regimes, laminar flow, turbulent flow, flow

velocity profiles, average velocity, Reynolds number, equation of

motion, Bernoulli equation, energy conversions in fluid systems,

application of Bernoulli’s equation); flow through pipes (pressure

drop, friction factor and its measurements, Darcy’s equation);

boundary layer; flow around plate and cylinder; drag force

(frictional and pressure force); Magnus force; cx ‐ drag coefficient;

lift force.

1. Linear and local pressure losses in pipelines 2. Energy diagrams 3. Real Fluid flow around shapes – visualization 4. Determination of the boundary layer thickness around a flat plate 5. Pressure distribution on the cylinder surface flowed by real fluid 6. The characteristics of a fan 7. The characteristics of a pump



FIELD OF STUDY: Energetics




[email protected]

COURSE TITLE: Thermodynamics part I

LECTURER’S NAME: Małgorzata Sikora

E‐MAIL ADDRESS OF THE LECTURER: mał[email protected]




W



1st cycle


lecture, laboratory, group tutorials,




Class test, written reports

COURSE CONTENT: Work, First law of thermodynamics, Second law of thermodynamics, Right and left‐hand rotation circuits, Bernoulli equation, Transformation of perfect gas, Temperature measurement, pressure measurement,

humidity measurement,







Winter semester

Field of study: Management and Production Engineering




FIELD OF STUDY: Management and Production Engineering




[email protected]

COURSE TITLE: Processes monitoring and diagnostics

LECTURER’S NAME: Krzysztof Nadolny D.Sc., Ph.D., ME





W



1st cycle


lecture + laboratory




project work

COURSE CONTENT: The scope of the course includes the following topics:

introduction to diagnostics of manufacturing systems,

examples of monitoring and diagnostic systems for automated production,

intelligent machines and intelligent tools,

case study: monitoring and diagnosis of grinding process.

ADDITIONAL INFORMATION: The basis for the evaluation of the course is a project of the diagnostic system for selected manufacturing operation.






[email protected]

COURSE TITLE: Production processes

LECTURER’S NAME: Krzysztof Nadolny D.Sc., Ph.D., ME





W



1st cycle


lecture + project




project work

COURSE CONTENT: The scope of the course includes the following topics:

characteristics of systems and processes,

the structure of the production process,

cutting machining processes,

development of products in the processes of cutting machining,

development of products in the processes of forged and molding,

incremental methods for producing,

assembly of products,

design flow and organization of production,

analysis of the process of production flow,

designing production systems.

ADDITIONAL INFORMATION: The basis for the evaluation of the course is a project of the production system in the technological, object and hybrid layout.






[email protected]

COURSE TITLE: Workshop metrology

LECTURER’S NAME: Dr Wojciech Kapłonek





W



1st cycle


Lecture, laboratory


ASSESSMENT METOD: (written exam, oral exam, class test, written reports, project work, presentation, continuous assessment, other – what type?)

Class test (lecture) and written reports (laboratory)

COURSE CONTENT: The scope of the lectures includes the following issues:

classification and characteristics of measurement methods,

probability distributions of measurement errors,

methodology of analyzing the results of the measurements,

gauge blocks: types, characteristics and purpose,

general characteristics of the measurement instruments for measurements of the length,

length measurements using calipers and mechanical sensors,

length measurements using tools micrometers and mechano‐optical sensors,

pneumatic and electric sensors: classification and characteristics.

The scope of the laboratories includes the following issues:

measurements of external dimensions by calipers,

measurements of internal, external and mixed dimensions by micrometers,

measurements of angles, wedges and cones,

length measurements using mechanical, opto‐mechanical and electrical sensors,

measurements of length and angles by measuring microscopes and projectors,

assessment of surface microgeometry.

ADDITIONAL INFORMATION: The basis for the evaluation of the course is class test and preparing a written reports from all laboratory exercises.






Winter semester

Field of study: Food Technology and Human Nutrition




FIELD OF STUDY: Food Technology and Human Nutrition


dr hab. inż. Maciej Majewski dr hab. inż. Jerzy Chojnacki mgr inż. Małgorzata Smuga‐Kogut


malgorzata.smuga‐[email protected] (Food Technology and Human Nutrition)

COURSE TITLE: Biochemistry

LECTURER’S NAME: Jerzy Lewosz PhD; DSc





W


LEVEL OF THE COURSE: (2nd cycle, 3rd cycle)

1st cycle,


lecture




Written exam

COURSE CONTENT: Molecular components of the living cells, physico‐chemical properties of amino acids, proteins, enzymes, lipids, carbohydrates, nucleic acids. Relations between functions and molecular structures. Pathways of energy conversion and accumulation in living organisms. Metabolic pathways of synthesis and decomposition of molecular structures and cell components. Relationships of various metabolic intermediates and regulation mechanisms exerted by intrinsic and extensic factors .

ADDITIONAL INFORMATION: ‐


FIELD OF STUDY: Food Technology and Human Nutrition


mgr inż. Małgorzata Smuga‐Kogut


malgorzata.smuga‐[email protected] (Food Technology and Human Nutrition)

COURSE TITLE: Food Process Engineering

LECTURER’S NAME: Marek Jakubowski, Ph.D.


ECTS POINTS FOR THE COURSE: 5.0



W



1st cycle


Lecture, seminar, laboratory




Written exam, then oral checking level of knowledge (on the base of prepared test).

COURSE CONTENT: Introduction, Postharvest handling and preparation of foods for processing, Physical properties of foods, Thermal processing, Nonthermal processing of food, Evaporation and dehydration, Freezing, Draying, Separations in food processing, Size reduction and agglomeration in food engineering, Process control in food processing, Mixing in food engineering, Fermentation processes engineering, Water and waste treatment, CFD applications in food processing, Food process design, Scale‐up in food processing

ADDITIONAL INFORMATION: Reference list (selected):J. G. Brennan, A. S. Grandison: Food Processing Handbook, Wiley, 2012; J. Ahmed, M. S. Rahman: Handbook of Food Process Design, Wiley, 2012; C. R. Soccol, A. Pandey, C. Larroche: Fermentation processes engineering in the food industry, CRC, 2013; C. Anandharamakrishnan: Computational Fluid Dynamics Applications in Food Processing, Springer, 2013

koszalin university of technology method: (lecture, laboratory, group tutorials, seminar,...

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