ECTS 2011 ZIP_2_ANG

COURSE CATALOGUE 

(ECTS INFORMATION PACKAGE) 

FIELD MANAGEMENT AND PRODUCTION ENGINEERING 

SECOND-CYCLE STUDIES 

Legnica 2011/2012

The Witelon University of Applied Sciences in Legnica - Field: Management and production engineering, second cycle 

Field: Management and Production Engineering, second-cycle studies 

The graduates of the second-degree interdisciplinary studies in the field Management and 

Production Engineering receive Master's degree. They combine in a creative way - mainly through 

the synthesis - the engineering preparation in the broad sense of production engineering and 

operation of machines and devices, with the preparation in the domain of organization and 

management. This includes the management of technical functions such as: designing of machines 

and devices and their systems; designing of systems of manufacturing of machines and mechanical 

and electrical equipment, their operation and decommissioning; designing of management systems 

and the selection, evaluation and training of personnel; cost management and evaluation of the 

performance of the company and controlling; project management in the area of consulting and 

advisory business, marketing, logistics, capital management and investment management. 

The graduates are prepared for: 

1. Creative, innovative activity in the area of production engineering and operation of machines and 

devices. 

2. Making and implementing of creative initiatives and decisions and carrying out production or 

service activity in the area of machine industry in small, medium and large enterprises. 

3. Building teams of innovative activity in the area of production engineering and operation of 

machines and devices and management of these teams in the field of economic activities and in the 

sphere of state administration and local government. 

4. Determining the needs, orientations and content of research and development and for organizing 

and conducting of such research and development, in particular for designing and implementation 

of technological innovations, product innovations and organizational innovations. 

5. Technical and organizational consultancy in the field of engineering of machines and devices, in 

particular in the area of the directives and requirements of the European Union and in the area of 

acquiring funds from programs of the European Union. 

6. Continuation of education and development in the third-degree (doctoral) studies and research 

activities related to production engineering issues in the field of construction and operation of 

machines and devices and their automation 

Independently from the aboveareas ofactivitythe graduateshavemasteredthe basic skillsof: 

• collaboration with people, 

• team management, 

• management ofprojectand development entities, 

• management of production and service entities, 

• personnel managementin industrial enterprises. 

Course Catalogue / ECTS Information Package 2011/2012 2


All graduates are able to work in: 

1. Small, medium and large production enterprises of machine industry. 

2. State administration units (such as military, police) and local government administration, 

requiring technical, economical and managerial skills. 

3. Research and development units: research institutes, research and development centers, 

universities, technology parks, business incubators and technology transfer centers. 

4. Secondary education (in compliance with applicable requirements contained in the standards of 

teacher education) and facilities (centers) of vocational training. 

5. Institutions and organizations dealing with guidance and knowledge dissemination, particularly 

in the area of production engineering and operation of machines and devices. This applies 

particularly to units involved in acquiring funds and conduction of projects financed by the 

European Union. 



Specialization: Renewable resources energetics 

The graduate of this specialization can identify and analyze opportunities for energy, economic and 

ecological values of different renewable energy sources, especially local or regional. He/she has the 

skills to organize a project from this range, to acquire necessary funds, to arrange formalities: legal, 

environmental, etc. and to prepare a business plan. The essential technical, economical and 

managerial preparation of the graduate of this specialization is a good condition to the requirements 

of the European Union, regarding a significant increase in the proportion of energy from renewable 

sources in the energy balance of our country in the next few year. 

Specialization: Information Technologies in Production Engineering 

The graduate of this specialization is educated in accordance with current expectations of industry 

and the wide-ranging services. In the course of study, students gain practical skills for using the 

computer systems used in production engineering and management. They gain knowledge in the 

area of production engineering, information technology, economic sciences and management 

sciences. They are prepared to organize and conduct research and development, including the 

design and implementation of information and technological innovations. The graduate can 

associate technical problems to the economical problems, and solve these problems using advanced 

IT tools. The graduates are prepared to work in: small, medium and large enterprises on medium 

and higher ranking management; in the economic and administrative units, which require technical, 

economical and IT knowledge and organizational skills; in design and consultancy organizations 

working in the selected area of production engineering and information technology; in the 

management of his/her own production or service company. 

Specialization: Safety 

The graduate of this specialization possesses a comprehensive preparation in the field of safety 

engineering and a thorough knowledge in the area of production engineering and management. 

He/she has skills of: organizing work, including organizing and carrying out activities to prevent 

and limit accidents, failures and occupational diseases; designing and monitoring of safety 

conditions; making safety and risk analysis; monitoring observance of safety regulations and rules; 

monitoring of working conditions and safety standards; researching into the circumstances of 

accidents and failures; conducting trainings and performing organizing functions in the area of 

safety management and keeping the documentation related to the safety. The graduate is prepared to 

design and implement operations and technological processes with the consideration of peoples 

safety and with the consideration of risk and the anticipation of the effects of the decisions - 

especially in emergency situations; to make decisions taking into account technical, legal, 

administrative and logistical determinants – under conditions of threat and stress. 



Admission requirements 

The minimum requirement for admission to the second-cycle studies is at least first-cycle studies 

graduation diploma. The basis for eligibility for study is the average grade of studies obtained 

during the first cycle, second cycle or a Master's uniform (calculated to two decimal places). 

Admission to the first year of study determines the candidate position in the ranking list, established 

on the basis of the average grade, within certain limits for admission to the field and form of study. 

Final examination 

The diploma examination is an oral examination. During the examination the student should 

demonstrate a general understanding of field/specialization and the knowledge related to the 

dissertation. 

The rules determining the final result of the studies are described in The Rules of Study at The 

Witelon University of Applied Sciences in Legnica. The final result is the sum of: 0,6 of the 

arithmetical mean of all the grades achieved during the study, 0,2 of the grade for the diploma thesis 

and 0,2 of the grade for the final exam. 

Examination and assessment regulations 

General examination and assessment regulations are described in detail in The Rules of Study at 

The Witelon University of Applied Sciences in Legnica. Assessment methods of individual courses 

are given in the programs of these courses. 

ECTS departmental coordinator 

Karol Selwat, Ph.D. 

phone: +4876 723 23 24 

e-mail: selwatk@pwsz-legnica.eu 



Major: Management and production engineering 

Recruitment: 2011 


Stationary 

Year I 

No. Name of subject 

Number of 

hours 

Semester 1 

Semester 2 

ECTS 

lc c lb p s lc c lb p s 

Main subjects 


Form of 

credit 

1 Machines engineering - designing 75 15 15 15 5 15 15 2 Grade (1,2) 

2 

Machines engineering - 

manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 

3 Foreign language 60 30 2 30 2 Grade 

4 Computer aided design (CAD) 45 15 30 5 Grade 

5 

6 

Forecasting and simulation in 

enterprise 

Systems of decision support and 

knowledge management 

60 30 30 7 Exam (1) 

45 30 15 7 Exam (1) 

7 Machines engineering - operation 30 30 2 Grade 

8 

9 

10 

11 

Computer aided manufacturing 

(CAM) 

Organisation of production 

systems 

Engineering-managerial 

transitional thesis 

Management of project and 

innovations 

45 15 30 4 Grade 

45 30 15 5 Exam (2) 

75 75 5 Grade 

45 30 15 5 Exam (2) 

Total number of hours/ECTS: 600 105 45 75 15 15 30 150 30 30 135 0 29 

Subjects for speciality 

1 Diploma seminar 15 15 1 Grade 


Total number of hours/ECTS: 105 45 75 15 15 30 150 30 30 135 15 30 

Total number of hours per semester 

(year): 

615 255 360 

Number of examinations: 5 2 3 

Industrial Safety – I semester 4h 

Library training - I semester 4h 






Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 

1 Integrated systems of management 45 30 15 5 Exam (3) 

2 Strategic management 45 30 15 5 Exam (3) 

3 Optional subject 60 15 15 3 15 15 2 Grade 



1 Non-renewable resources energetics 30 30 4 Grade 

2 Basics of energy transformations 60 30 30 7 Exam (3) 

3 

Legal, economical and ecological 

aspects of energetics 

45 15 30 5 Grade 

4 Diploma seminar 45 15 1 30 2 Grade 

5 

Renewable hydropower and wind 

power 

30 15 15 1 Grade 

6 Renewable geothermal power 45 30 15 3 Exam (4) 

7 

Pro-ecological drives of machines and 

vehicles 

30 30 2 Grade 

8 Master's thesis 20 Grade 




(year): 

435 270 165 







Stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 



5 

6 


enterprise 



60 30 30 7 Exam (1) 

45 30 15 7 Exam (1) 


8 

9 

10 

11 


(CAM) 


systems 




innovations 

45 15 30 4 Grade 

45 30 15 5 Exam (2) 

75 75 5 Grade 

45 30 15 5 Exam (2) 







(year): 

615 255 360 









Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 






1 Intelligent optimization methods 60 30 30 8 Grade 

2 

Computer aided organization of 

production I 

60 30 30 8 Exam (3) 


4 


production II 

45 15 30 3 Exam (4) 

5 Optional subject (for speciality) 30 15 15 1 Grade 

6 

Information systems in production 

management 

45 15 30 2 Grade 





(year): 

435 255 180 







Stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 



5 


enterprise 

60 30 30 7 Exam (1) 

6 



45 30 15 7 Exam (1) 


8 


(CAM) 

45 15 30 4 Grade 

9 


systems 

45 30 15 5 Exam (2) 

10 



75 75 5 Grade 

11 


innovations 

45 30 15 5 Exam (2) 






Total number of hours per 

semester (year): 

615 255 360 









Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 






1 Designing of safety systems 45 15 15 15 5 Grade 


3 Contemporary problems of safety 45 15 30 5 Grade 

4 

Biological hazards in the work 

environment 

60 30 30 6 Exam (3) 

5 

Technical safety of machines and 

devices 

30 15 15 2 Grade 

6 

Physical and chemical hazards in the 

work environment 

60 30 30 4 Exam (4) 





(year): 

435 285 150 







Non-stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 


enterprise 

36 20 16 7 Exam (1) 

6 



28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 

9 Organisation of production systems 28 14 14 5 Exam (2) 

10 

Engineering-managerial transitional 

thesis 

46 46 5 Grade 

11 


innovations 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 








3 



28 14 14 5 Grade 


5 Renewable hydropower and wind power 20 10 10 1 Grade 


7 


vehicles 

20 20 2 Grade 




Total number of hours per semester (year): 286 174 112 








Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 


enterprise 

36 20 16 7 Exam (1) 

6 



28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 


10 


thesis 

46 46 5 Grade 

11 


innovations 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 







2 


production I 

36 20 16 8 Exam (3) 


4 


production II 

28 14 14 3 Exam (4) 


6 


management 

28 14 14 2 Grade 





(year): 

286 166 120 








Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 

6 


enterprise 



36 20 16 7 Exam (1) 

28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 


10 

11 


thesis 


innovations 

46 46 5 Grade 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 









4 


environment 

36 20 16 6 Exam (3) 

5 Technical safety of machines and devices 20 10 10 2 Grade 

6 



40 20 20 4 Exam (4) 









Recruitment: 2010 


Stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 



5 

6 


enterprise 



60 30 30 7 Exam (1) 

45 30 15 7 Exam (1) 


8 

9 

10 

11 


(CAM) 


systems 




innovations 

45 15 30 4 Grade 

45 30 15 5 Exam (2) 

75 75 5 Grade 

45 30 15 5 Exam (2) 







(year): 

615 255 360 









Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 








3 



45 15 30 5 Grade 


5 

Renewable hydropower and wind 

power 

30 15 15 1 Grade 


7 


vehicles 

30 30 2 Grade 





(year): 

435 270 165 







Stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 



5 

6 


enterprise 



60 30 30 7 Exam (1) 

45 30 15 7 Exam (1) 


8 

9 

10 

11 


(CAM) 


systems 




innovations 

45 15 30 4 Grade 

45 30 15 5 Exam (2) 

75 75 5 Grade 

45 30 15 5 Exam (2) 







(year): 

615 255 360 









Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 







2 


production I 

60 30 30 8 Exam (3) 


4 


production II 

45 15 30 3 Exam (4) 


6 


management 

45 15 30 2 Grade 





(year): 

435 255 180 







Stationary 

Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

75 15 15 4 30 15 4 

Grade (1), 

Exam (2) 



5 


enterprise 

60 30 30 7 Exam (1) 

6 



45 30 15 7 Exam (1) 


8 


(CAM) 

45 15 30 4 Grade 

9 


systems 

45 30 15 5 Exam (2) 

10 



75 75 5 Grade 

11 


innovations 

45 30 15 5 Exam (2) 






Total number of hours per 

semester (year): 

615 255 360 









Stationary 

Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 









4 


environment 

60 30 30 6 Exam (3) 

5 

Technical safety of machines and 

devices 

30 15 15 2 Grade 

6 



60 30 30 4 Exam (4) 





(year): 

435 285 150 








Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 


enterprise 

36 20 16 7 Exam (1) 

6 



28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 


10 


thesis 

46 46 5 Grade 

11 


innovations 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 








3 



28 14 14 5 Grade 


5 Renewable hydropower and wind power 20 10 10 1 Grade 


7 


vehicles 

20 20 2 Grade 












Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 


enterprise 

36 20 16 7 Exam (1) 

6 



28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 


10 


thesis 

46 46 5 Grade 

11 


innovations 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 







2 


production I 

36 20 16 8 Exam (3) 


4 


production II 

28 14 14 3 Exam (4) 


6 


management 

28 14 14 2 Grade 





(year): 

286 166 120 








Year I 


Number of 

hours 

Semester 1 

Semester 2 



Main subjects 


Form of 

credit 


2 


manufacturing 

64 14 14 4 20 16 4 

Grade (1), 

Exam (2) 



5 

6 


enterprise 



36 20 16 7 Exam (1) 

28 14 14 7 Exam (1) 


8 


(CAM) 

28 14 14 4 Grade 


10 

11 


thesis 


innovations 

46 46 5 Grade 

28 14 14 5 Exam (2) 







(year): 

426 180 246 










Year II 


Number of 

hours 

Semester 3 

Semester 4 



Main subjects 


Form of 

credit 









4 


environment 

36 20 16 6 Exam (3) 

5 Technical safety of machines and devices 20 10 10 2 Grade 

6 



40 20 20 4 Exam (4) 








Description of individual course units: 

Main subjects 



ECTS credits 

5 

1. Course title 

Engineering of machines – design (sem. I) 

2. Course contents 

1. The principles of statics. Degrees of freedom and constraints 

2. Convergent and arbitrary system of forces. Determination of reaction forces support beams and trusses 

3. Subject matter and scope of the strength of materials. Allowable stress. Hooke's Law 

4. Tensile and compressive stress. Cutting and bending stresses. Torsion. 

5. The complex stress states. Theories. Buckling. The safety factor of the structure. 

6. The process of design - design and its structure. The principles of constructing machinery and equipment. 

7. Ways to support the concept of seeking a solution - a review. 

8. Methods for evaluating and selecting solution options. 

9. Selected items from fields of design industry. 

10. Connections - principles of operation of calculation and design 

Tasks 

1. The basic concept of geometry. Throws: central (perspective), parallel oblique (axonometry) throws Monge. 

2. Mapping of elements: points, lines and planes in space, in axonometry and rectangular projections. 

3. Normal arrangement of rectangular projections (European method). Examples of projections of elements of 

varying complexity. 

4. Sections and permanent establishment of machine parts. 

5. Fundamentals of dimensioning of objects: the dimensions of elements of drawing, principles of dimensioning, 

dimensioning elements characteristic ways. 

6. Tolerance of size and fit. Tolerances on shape and location. Surface roughness. 

7. Construction drawings of typical components: threaded connections, shafts, wheels and gears, bearings and 

sliding bearings, etc. 

8. Assembly drawings - the rules for reading and drawing. 

3. Prerequisites 

The basic knowledge and abilities from material science, mechanics and endurance of materials, fluid mechanics and 

thermodynamics. 

4. Learning outcomes 

Students can solve simple beams and trusses and also perform strength calculations of simple elements. The scope 

of engineering graphics can reproduce the spatial blocks in a plane, in accordance with the convention of technical 

drawing. 

5. Recommended reading 

1. Osiński Z., Bajon W., Szucki T.: Podstawy konstrukcji maszyn. PWN 1978 

2. Branowski B.(red): Wprowadzenie do projektowania. Wyd Nauk. PWN. Warszawa 1998 

3. Moguncki K., Szyc W.: Wytrzymałość materiałów. PWN. Warszawa 1997. 

4. Misiak J.: Mechanika techniczna, Tom I. Statyka i wytrzymałość materiałów. WNT 2003 

5. Lewandowski T.: Rysunek techniczny dla mechaników. WSziP, Warszawa 2003. 

6. Type of course: Compulsory 

7. Teaching team: Department of Production Engineering and Logistics 

8. Course structure: 

Form Number of hours Semester Year of study 

Lecture 15/14 I 1 

Classes 15/14 I 1 

Laboratory 

Project 15/14 I 1 

Seminar 

Other 

Total student’s workload 150 

9. Assessment methods 

Tasks: realization of topics on classes and homework, written final test e.g. picture of the set object 

10. Language of instruction: 

Polish 




4 


Engineering of machines – production (sem. I) 


Lecture 

1. The essence of materials science. Classification and characteristics of different groups of materials: metal 

alloys, polymers, glass and composite materials. 

2. Physico-chemical basis for construction materials. Phase transitions of metal alloys. The structure and 

properties. 

3. Ferroalloy: classification, chemical composition, properties and applications. 

4. Non-ferrous alloys: classification, chemical composition, properties and applications. 

5. Polymeric materials and ceramics, and composites. 

6. Principles of material selection in terms of design and technology 

7. Raw materials and semi-finished and the rules of their selection in the construction machinery 

Laboratory 

Activities in the Laboratory of Materials consist of observations and experiments and then carrying out analysis of the 

structure and properties of materials used in construction machinery 


Basic knowledge of physics and chemistry in the field of study and degree or high school. 


Students understand the essence of materials science is the relationship between the properties of strength, tribological, 

thermal, electrical, construction, etc. and the internal structure of materials. They can examine and analyze the test 

characteristics of different types of metallic and nonmetallic materials, depending on the requirements set. They can 

make the choice of materials in accordance with the requirements of design and technology. 


1. Ashby M.F., Johnes D.R. Materiały inżynierskie, WNT, Warszawa 1995 

2. Ashby M.F. Dobór materiałów w projektowaniu inżynierskim, WNT Warszawa 1998 

3. Dobrzański L.A. Materiałoznawstwo z podstawami nauki o materiałach, WNT, Warszaw 1996 

4. Feld M.: Podstawy projektowania procesów technologicznych typowych części maszyn. WNT. Warszawa 

2003 

5. Erbl J.(red): Encyklopedia technik wytwarzania w przemyśle maszynowym Tom I i II. Wydawnictwo 

Politechniki Warszawskiej 1982 

6. Type of course 

Obligatory 

7. Teaching team 

Department of Production Engineering and Logistics. 

8. Course structure 



Classes 

Laboratory 15/14 I 1 

Project 

Seminar 

Other 


9. Assessment methods: 

Lecture - written test, 

Laboratory - the inclusion of a set of laboratory exercises 


Polish 




2 


English 


1. Autopresentation , telling about yourself in the professional context, about your future career ambitions, 

interests, contemporary world./ 2 hours 

2. Earning a Living. / 4hours 

2.1 Wages and living standards. 

2.2 Job roles and types- agriculture, industry, services. 

2.3 Applying for a job. Job interviews.Employer/ employee relationships. 

3. Business correspondence. Practicing writing business letters/ 4 hours 

4. Production and Sale of Goods and Services. / 4 hours 

4.1 Distribution: origin and destination of product. 

4.2 Retail and wholesale outlets: competition between small shops and supermarkets. 

4.3 New markets and products. Quality and customer service. 

5. Business correspondence. Practicing writing internal reports / 4 hours 

6. Exam task. Business-related text comprehension (On the basis of the material of LCCI Examinations Board, 

How to Pass English for Business Third Level)/4 hours 

7. International Trade. / 4 hours 

7.1 Description of imports/exports. 

7.2 Changes in international markets. 

7.3 Economic problems in developing countries. Trade blocks e.g. EU, ASEAN, NAFTA. 

8. Money. / 4 hours 

8.1 Methods of paying/ purchasing. 

8.2 Inflation and price changes. 

8.3 Banking services. Savings and investment. 

3. Prerequisites: none 


The student acquires language abilities at one of the levels (A1-B2), needed in the cooperation with foreign business 

partners in the field of Business English taking into account preparation and practice for LCCI English for Business 

exams (preliminary level, level 1, level 2, level 3). The student acquires sufficient language competence to 

communicate easily in various business contexts. 


1. How to Pass English for Business Third Level. The Official LCCI Examinations Board Guide. 

2. Trappe, T., G. Tullis and Ch. Johnson. 2005. Intelligent Business Intermediate. Longman. 

3. Sweeney, S. 2000. Business English. Marketing. Longman. 

4. Flinders, S. 2000. Business English. Intermediate. Longman. 

5. McKellen, J.S. 2000. Business English. General Usage. Longman. 

6. Viney, P. and K. Viney. 1997. Handshake. A Course In Communication. Oxford University Press. 

7. Comfort, J. 1995. Speaking Effectively. Cambridge University Press. 

6. Type of course: Obligatory 

7. Teaching team: Teachers of English. 



Lecture 


Laboratory 

Project 

Seminar 

Other 


9. Assessment methods: written test 

10. Language of instruction: Polish 




French 


Thematic scope of the course: 

− hosting French delegation: dialogues at the train station, in a taxi, at the hotel 

− information exchange by fax, eg appointing the date of a meeting 

− discussing a public survey 

− introducing oneself / introducing a guest to other people 

− writing a business card, giving a business card to other people 

− making appointment for a business meeting 

− showing the way, providing a guided tour in the company 

− national holiday, church holiday and other bank holiday in France and Poland 

− introducing the company: the history, activity, legal form, business sector 

− 

office 

− personal employment history, education 

− Job interview 

− Job advertisement 


2 

request for connecting with a selected department in a company/connecting the client with an appropriate 

− writing a CV and cover letter 


none 


The student acquires language abilities at one of the levels (A1-B2; depends on the language competence exam results). 

The student can describe selected professional situations, compare and discuss survey results, analyze tables, charts, 

statistics, provide main information presented in the professional texts. The student can present individual opinion and 

argument it. He acquires language skills needed in the cooperation with foreign business partners in the field of 

General English as well as acquires sufficient knowledge to pass TELC language examination (at appropriate level). 


1. J.Delcos, B.Leclerq, M.Suvanto, Carte de visite, Français des relations Professionnelles, Didier, Paris, 2000 

2. M. Danilo, J.L. Penfornis, Le français de la communication professionnelle, CLE international, Paris, 1993 

3. O. Grand, C. Mikles, La correspondance personnelle, administrative et commerciale, CLE international, Paris, 

1991 

4. R. Lescure i inni, DELF 450 activités, Le nouvel entraînez-vous, CLE international, 2001 


Obligatory 


Teachers of French. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




German 



− hosting German delegation: dialogues at the train station, in a taxi, at the hotel 







− national holiday, church holiday and other bank holiday in Germany and Poland 


− 

office 





2 




none 








Kos J., Białek E.: Niemiecki jako język biznesu. Vademecum z wzorami zdań i listów, „Mit Yertrag zum Erfolg" 


Obligatory 


Teachers of German. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




Russian 



− hosting Russian delegation: dialogues at the train station, in a taxi, at the hotel 







− national holiday, church holiday and other bank holiday in Russia and Poland 


− 

office 





2 




none 








1. Anna Pado, Start. Ru. Język rosyjski dla początkujących, 1, Wyd. Szkolne i Pedag., Warszawa 2006 

2. Anna Pado, Start. Ru. Język rosyjski dla średnio zaawansowanych, 2, Wyd. Szkolne i Pedag., Warszawa 2006 

3. Ałła Rodimkina, Zoya Rile, Nil Landsman, Rossija siegodnia. Teksty i uprażnienija, wyd. Rea., Warszawa 

2003 

4. Czasopismo „Europa. Ru” 


Obligatory 


Teachers of Russian. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




5 


Computer Aided Design - CAD 


Lecture 

1. Historical outline of the development of CAD/CAM systems. 

2. Methods of representation of an engineering design. 

3. Geometric constructions. 

4. Methods of description of CAD 3D models in CAD systems. 

5. Views, cross-sections and revolved sections, dimensioning. 

6. Dimensional, geometrical and positional tolerances, as well as the principles of determining surface roughness. 

7. Drawing joints. 

8. Methods of modelling products. 

Classes 

The classes include practical exercises in solid modelling of geometry of machine parts in a CAD 3D system, assigning 

parameters and dimensions to the parts being designed, creating assemblies basing on previously modelled parts, and 

preparing 2D documentation. 


Getting credit for the subject “Computer-aided engineering work - CAM/CAD” 


The students are familiar with the most recent CAD software for modelling 2D and 3D geometry, creating assemblies 

from previously designed components, and preparing 2D documentation for the designed machine parts. The students 

are familiar with basic problems connected with generating tool paths for NC machine tools. The students are familiar 

with procedure of defining a machining process on the example of 2D milling and drilling. 


1. Dobrzański T.: Rysunek techniczny maszynowy. Warszawa: WNT 2000 

2. Zbiór Polskich Norm (PN) dotyczących rysunku technicznego, rysunku maszynowego i rysunku chemicznego. 

Warszawa: Polski Komitet Normalizacyjny 


Obligatory 


Department of Production Engineering and Logistics 




Classes 


Project 

Seminar 

Other 



Test, marks from individual classes 

10. Language of instruction 

Polish 




7 


Forecasting and simulation in an enterprise 


Lecture 

1. The role and possibilities of forecasting in an enterprise. 

2. Macroeconomic conditions of energy input into production processes. Subjects of energy consumption. 

3. Some problems of energy consumption determination in industry. 

4. Measurability of economic categories the idea of quantitative variable. 

5. Criteria of energy management in industrial plants. 

6. Identification of energy input into industry. 

7. Prognostic data and their analysis. Data base. Energetic audit. 

8. Classification and characteristics of forecasting methods. 

9. Methods of analysing the distribution of random variables. 

10. Methods of analysing spatial diversity of energy demand. Econometric modelling. Taxonomic methods. 

11. Computer systems aided energy management and forecasting in enterprise. 

12. Description of computer programs. 

13. Investigations with using computer program ENERGIA. 

14. Characteristics of simulation methods and tools. 

15. Examples of simulation and forecast in enterprises. 

Classes 

During the classes, students will learn in practice about methods of forecasting discussed during lectures. 


Fundamental knowledge of economy and mathematics 


Students are able to define important problems in product processes, characterize and also compare analysis and 

forecast methods in enterprise, describe of computer programs aided forecasting, treat statistic data base, execute 

investigations with chosen computer program and interpret results. 

5. Recommended Reading 

1.Dittmann P., Prognozowanie w przedsiębiorstwie, Oficyna Wydawnicza, Kraków 2004. 

2. Weiss Z.: Techniki komputerowe w przedsiębiorstwie. PWE, Warszawa 2004 

3. Gajda J.: Prognozowanie i symulacja a decyzje gospodarcze. Wydawnictwo C.H.Beck, Warszawa 2001. 


Obligatory 


Department of Basic Sciences 




Classes 


Project 

Seminar 

Other 



Laboratory - test, marks from individual classes; lecture – written exam 


Polish 




7 


Decision - aiding systems and knowledge management systems 


Lecture 

1. The core and structure of decision making process. Levels of making decision in organizations 

2. Definition, functions and structure of decision aiding systems 

3. Database for decision aiding system 

4. Designing of decision aiding system 

5. Techniques, tools and methods, used in decision aiding systems 

6. Decision aiding systems and knowledge management 

7. The core and aims of knowledge management in organization. Types of knowledge resources in organization 

8. The structure of knowledge management process. Levels of knowledge management in organization. 

9. Designing of knowledge management system. 

a. Winning of knowledge 

b. Recording and verification of knowledgebase 

c. Knowledge measurement . 

10. Implementation and use of knowledge management system in an organization. 

Classes 

1. Designing of knowledge management system. 

2. Designing of decision-aiding systems 

3. Knowledge measurement . 


To pass the subject: Basics of management 


Student knows subject in introducing of scope of knowledge management and decision-aiding systems as well as 

methods and techniques used in these areas of organization management. Student knows and can development of 

abilities in designing of knowledge management systems and decision making processes, which use proper techniques 

and tools . 


1. Flakiewicz W. Systemy informacyjne w zarządzaniu. Uwarunkowania, technologie, rodzaje. Wyd. C.H.Beck, 

Warszawa 2002 

2. Kowalczyk A., Nogalski B. Zarządzanie wiedzą. Koncepcja i narzędzia. Wyd. Difin, Warszawa 2007 

3. Morawski M.. Zarządzanie wiedzą. Organizacja – system - pracownik . Wydawnictwo Akademii 

Ekonomicznej we Wrocławiu 2006 


Obligatory 


Department Science about enterprise and marketing managements 




Classes 

Laboratory 

Project 

Seminar 15/14 I 1 

Other 



Test, project; written exam 


Polish 




2 


Engineering of machines – design (sem. II) 


Lecture 

1. The basic elements of movement 

1.1. Axles and shafts 

1.2. Deposition of the wheels on the ramparts - Push connections, wedge, keyways, etc. 

1.3. Plain bearings and bearings 

2. Transmissions: the principle of basic relations, examples of constructions 

2.1. Gearing, Friction: cylindrical and conical 

2.2. Belt and chain transmissions 

3. Clutches and brakes 

4. Propulsion and control systems of hydraulic and pneumatic 

5. Selection rules chips propulsion and steering 

6. Problems of design manufacturability 

Tasks 

Design teams selected machinery such as clutch or gear 


Mechanical engineering design, engineering machinery manufacturing. 


Students can calculate and design the selected nodes or groups of machines. They can analyze functional and energy 

propulsion systems. 


1. Osiński Z., Bajon W., Szucki T.: Podstawy konstrukcji maszyn. PWN 1978 

2. Branowski B.(red): Wprowadzenie do projektowania. Wyd Nauk. PWN. Warszawa 1998 

3. Moguncki K., Szyc W.: Wytrzymałość materiałów. PWN. Warszawa 1997. 

4. Misiak J.: Mechanika techniczna, Tom I. Statyka i wytrzymałość materiałów. WNT 2003 

5. Dobrzański T.: Rysunek techniczny maszynowy. Warszawa: WNT 2000 

6. Lewandowski T.: Rysunek techniczny dla mechaników. WSziP, Warszawa 2003. 


Compulsory 





Lecture 15/14 II 1 

Classes 

Laboratory 

Project 15/14 II 1 

Seminar 

Other 



Lecture written test. Project: on the basis of the design task 


Polish 




4 


Engineering of machines – production (sem. II) 


Lecture 

Production process and technology and its structure.Documentation design and technological documentation. 

Technology chipless forming: casting, metal forming and welding, and welding. 

Fundamentals of machining - machining. 

Basic technologies machining: turning, drilling, milling, planing. 

Finishing: polishing, lapping etc. 

Other types of metal: electro, electrochemical, fluid jets, etc. 

Fundamentals of manufacturing machine parts from materials nonmetals 

The technological process of assembling teams of machines and machinery. 

Automation of manufacturing processes components and machine assemblies, ESP. 

Project 

Classes consist of design development process of a typical element (unit) machine-type machine shaft, sprocket, clutch 

disc, etc. 


Mechanical engineering - designing sem. I, engineering-manufacturing-machinery sem. I 


Students acquire basic knowledge of the technologies used in modern industrial machines and equipment. For some 

typical examples, the ability to acquire the development process. Master a basic ability to identify the processes 

involved in the manufacture of machine parts and assemblies. 


1. Żebrowski H.(red) : Techniki wytwarzania. Obróbka wiórowa, ścierna i erozyjna. Oficyna Wydawnicza 

Politechniki Wrocławskiej. Wrocław 2004 

2. Łunarski J., Szabajkowicz W.: Automatyzacja procesów technologicznych montażu maszyn. WNT. Warszawa 

1993. 

3. Feld M.: Podstawy projektowania procesów technologicznych typowych części maszyn. WNT. Warszawa 

2003 

4. Poradnik Inżyniera Mechanika Tom 3, Zagadnienia technologiczne. WNT. Warszawa 1970. 

5. Erbl J.(red): Encyklopedia technik wytwarzania w przemyśle maszynowym Tom I i II. Wydawnictwo 

Politechniki Warszawskiej 1982 

6. Puff T. i Sołtys W.: Podstawy technologii montażu maszyn i urządzeń. WNT 1980. 


Obligatory 






Classes 

Laboratory 


Seminar 

Other 



Lecture - written exam, 

Project - the completion of its own theme: The project process engineering element. 


Polish 




2 


English 


1. Transport / 4 hours 

1.1 Types of transport in Poland 

1.2 Transport for the individual versus transport for commerce and industry 

1.3 Local infrastructure for: road, rail, sea and air transport 

2. Basic reading comprehension: business-related text and data conversion and reformulation/4 hours. 

(On the basis of LCCI Examinations Board materials, How to Pass English for Business Third Level) 

3. Communications/4 hours 

3.1 Media: TV, newspapers, Internet, advertising 

3.2 Information Technology: computers 

3.3 Communications: telephone, fax, e-mail 

4. Business correspondence: letter writing practice/ 4 hours 

5. Education / 4 hours 

5.1 Personal education 

5.2 The education system 

5.3 Training and skills 

6. Travel and Tourism/ 4 hours 

6.1 The importance of travel to the individual 

6.2 Tourism and the local area 

6.3 Tourism in a nation’s economy 

7. Revision Practice before final written and oral examination/6 hours 


none 


The student acquires language abilities at one of the levels (A1-B2), needed in the cooperation with foreign business 

partners in the field of Business English taking into account preparation and practice for LCCI English for Business 

exams (preliminary level, level 1, level 2, level 3). The student acquires sufficient language competence to 

communicate easily in various business contexts. 


1. How to Pass English for Business Third Level. The Official LCCI Examinations Board Guide. 

2. Trappe, T., G. Tullis and Ch. Johnson. 2005. Intelligent Business Intermediate. Longman. 

3. Sweeney, S. 2000. Business English. Marketing. Longman. 

4. Flinders, S. 2000. Business English. Intermediate. Longman. 

5. McKellen, J.S. 2000. Business English. General Usage. Longman. 

6. Viney, P. and K. Viney. 1997. Handshake. A Course In Communication. Oxford University Press. 

7. Comfort, J. 1995. Speaking Effectively. Cambridge University Press. 


7. Teaching team: Teachers of English. 



Lecture 

Classes 30/18 II 1 

Laboratory 

Project 

Seminar 

Other 


9. Assessment methods: written test 





French 



− Business invitation to a restaurant (in a letter or a phone call) 

− 

about eating habits 

− analysis of graph data, describing a graph (demography, economy, consumption, trade) 

− 

product or service 

− telephone or mail contact with a business partner: enquiry, request, offer 

− formal elements of a business letter 

− salutation and closing formula in private and business correspondence 

− selected forms of commercial correspondence 

− filling in a form, phrases typical for forms 


2 

“Savoir a vivre” at the table, indicating seating places to the guests, reacting to news, providing information 

selling a product and trade fair service: presentation, giving opinion, providing precise information about the 

− names of goods and services 


none 








1. J.Delcos, B.Leclerq, M.Suvanto, Carte de visite, Français des relations Professionnelles, Didier, Paris, 2000 

2. M. Danilo, J.L. Penfornis, Le français de la communication professionnelle, CLE international, Paris, 1993 

3. O. Grand, C. Mikles, La correspondance personnelle, administrative et commerciale, CLE international, Paris, 

1991 

4. R. Lescure i inni, DELF 450 activités, Le nouvel entraînez-vous, CLE international, 2001 


Obligatory 


Teachers of French. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




German 




− 



− 








2 





none 








Kos J., Białek E.: Niemiecki jako język biznesu. Vademecum z wzorami zdań i listów, „Mit Yertrag zum Erfolg" 


Obligatory 


Teachers of German. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




Russian 




− 



− 








2 





none 








1. Anna Pado, Start. Ru. Język rosyjski dla początkujących, 1, Wyd. Szkolne i Pedag., Warszawa 2006 

2. Anna Pado, Start. Ru. Język rosyjski dla średnio zaawansowanych, 2, Wyd. Szkolne i Pedag., Warszawa 2006 

3. Ałła Rodimkina, Zoya Rile, Nil Landsman, Rossija siegodnia. Teksty i uprażnienija, wyd. Rea., Warszawa 

2003 

4. Czasopismo „Europa. Ru” 


Obligatory 


Teachers of Russian. 



Lecture 


Laboratory 

Project 

Seminar 

Other 



written test 


Polish 




2 


Engineering of machines - exploitation 


1. Problems of exploitation consuming materials 

a. Endurance tiredness. Brittle cracking. 

b. The friction and his kinds: wear and tear tribologiczne and erosional. 

c. Corrosion wear and tear and kawitacyjne 

2. The exploitation but the use 

a. The definition of the exploitation and uses 

b. The learning but the exploitation of technical buildings – of machines 

3. Reliability of technical devices – of machines 

a. Comprehending the reliability. Characteristics of the reliability of the machine. 

b. The theory of the reliability, structures of the reliability and methods of estimating parameters of the 

reliability 

c. Damage and survey methods of the reliability of technical buildings 

d. Providing with the reliability rating 

4. Technical diagnostics 

a. Methods and techniques of diagnostics 

b. Places and the role of diagnostics in the work of a machine and of machine systems 

c. Computer systems of diagnostics of machines and devices 

5. Monitoring 

a. System structure of the monitoring 

b. The task and functions of the monitoring system 

c. Examples of monitoring machines and the production lines 


Basic knowledge in mathematical statistics, material science and engineering of machines – designing and producing. 


Getting the basic knowledge about the process of the exploitation, inducers wearing out of elements and assemblies 

of machinery and about ways of diagnostics and monitoring. Purchasing of basic abilities analysing both identifying 

causes of the failure of machines and devices 


1. Lawrowski Z.: Tribologia – tarcie zużycie i smarowanie. Wyd. Naukowe PWN Warszawa 1993. 

2. Dietrich M. (red): Podstawy konstrukcji maszyn Tom I. PWN Warszawa 1986 

3. Murzewski J.: Niezawodność konstrukcji inżynierskich. Arkady Warszawa 1989 

4. Przychodzień T.(red): Eksploatacja maszyn roboczych w warunkach zimowych. WNT. Warszawa 1990. 

5. Kubiński W.: Wprowadzenie do techniki. Rola i miejsce techniki w gospodarce oraz życiu społecznym. 

6. Character of the subject: Compulsory 

7. Teaching team: Department of Production Engineering and Logistics. 




Classes 

Laboratory 

Project 

Seminar 

Other 



Lecture run in the classic way with a large stake of visual means. Certain parts of material for independent drawing up 

by students 

10. Lecture tongue: 

Polish 




4 

1. Course name 

Computer Aided Manufacturing (CAM) 


Lecture 

Thematic scope: 

1. Review of NC machine tools and control systems 

2. Structure of a NC program, interpolations 

3. Machining cycles, correction of a tool. 

4. Methods of geometric modelling, modelling of assumptions, data exchange. 

5. Paths of tools for NC machine tools. 

6. Machining operations (drilling, milling, etc.). 

7. Modelling of post-processors. 

8. Designing and optimisation of manufacturing processes. 

Laboratory 

Preparing a drawing for the CAM module, generating a tool path for NC machine tools, generating a NC program 

basing on CLDATA data obtained in CAM software.Within learning about CAM systems, the milling and turning 

modules will be presented. In addition, participants in the classes will familiarize themselves with the postprocessor 

generation module.The classes will be conducted with the use of CAD/CAM systems. 


Passed “Computer-aided engineering work - CAM/CAD” course. 

4 . Learning outcomes 

Students are able to: specify the features and functionalities of CAM systems, describe the rules of machine tool 

controlling, use the geometry modeling methods in technological processes design, operate CAM tools on semiadvanced 

level, among others: prepare a drawing for the CAM module, evaluate the drawing correctness and accuracy, 

generate a tool path for NC machine tools, generate a NC program basing on CLDATA data obtained from CAM 

software, use the milling module for preparing a tool path, use turning module for preparing a tool path, describe the 

role and application of post-processors, develop the post-processor using creator, apply the post-processor. Analyze the 

optimization problems of manufacturing processes, choose optimal machining method and motivate the choice. 


1. Laboratory instructions 

2. Miecielica M., Wiśniewski W.: „Komputerowe wspomaganie projektowania procesów technologicznych”, 

PWN, Warszawa, 2005 

3. Grzesik W., Niesłony P., Bartoszuk M.: „Programowanie obrabiarek NC/CNC”, WNT, Warszawa, 2006 

4. Fitzpatrick M., "Machining and CNC technology", McGraw-Hil, Boston, 2005. 


Obligatory 


Department of Computer Networks, Electronics and Telecommunication 




Classes 

Laboratory 30/14 II 1 

Project 

Seminar 



Lecture: test, Laboratory: marks from individual classes 


Polish 




5 


Organization of Production Systems 


Lecture 

1. Introduction to design of modern production systems (goals and principles of design, methodology of design of 

manufacturing systems) 

2. Conditionings of organizing of production systems (organization of production to stock, on order, specifics of 

design of mass, serial and single-unit production) 

3. Constructional preparation of production (procedure of product design, descriptions of product structure) 

4. Technological preparation of production (procedure of technical preparation of production, descriptions of 

processing and treatments, descriptions of resources) 

5. Designing production structure (meaning and principles of production structure design, organizing 

technological and objective structures) 

6. Design of production layout 

7. Organizing of production timing (procedure for single processes timing, planning of recurring processes – 

scheduling) 

8. Modelling and simulation of production systems (principles and procedures of simulation of production) 

9. Future concepts of organization of production systems (agile production, mass customization) 


Introduction to Production Management 


Students are able to order procedures of production management in plants, define conditionings of organizing of 

production systems, classify and compare the methods adapted in organizing of production systems, design of 

technological structures, also model and simulate production systems. 


1. Weiss Z.: Techniki komputerowe w przedsiębiorstwie. Wyd.Politechniki Poznańskiej, Poznań 2008. 

2. Sławińska M.: Podstawy ekonomiki przedsiębiorstwa. Wyd.Akademii Ekonomicznej, Poznań 2005. 

3. Pająk E.: Zarządzanie produkcją. Produkt, technologia, organizacja. PWN, Warszawa, 2006. 

4. Bozarth C. i in.: Wprowadzenie do zarządzania operacjami i łańcuchem dostaw. Hellion, Gliwice, 2007. 


Obligatory 






Classes 

Laboratory 


Seminar 

Other 



Tests, projects, examinations 


Polish 




5 


Pre – Final Project: Design – Managerial Project 


1. Mini lecture dealing with systems propulsive 

2. Design technique 

3. Designing the arrangement of the system propulsive. 

a. Preliminary structural-technological. 

b. Choice of the best answer according to dominant criteria. 

c. Calculations – selection of elements. 

d. Appointing static characteristics of arrangement 

4. Technology of carrying out the agreement of the plumbing drive 

a. Technology of the assembly 

b. Establishing the concept of automation of production. 

c. Establishing the production plan of the product. 

d. Establishing specifications of workmanship and costs account 

5. Economic-managerial issues. 

a. Estimating production costs. 

b. Ways of advertising products. 

c. Forms of technological documentation. 

d. Methods of production planning. 

e. Preparing specifications of workmanship and costs account 


Engineering of machines – designing and producing, costs account, marketing 


Abilities: their purpose is getting mechanical, economic and managerial abilities in the synthesis of the knowledge in 

many diverse areas. 


1. Garbacik A.: Studium projektowania układów hydraulicznych, Osslineum 1997. 

2. Kurmaz L. W.,Kurmaz O. L. Projektowanie węzłów i części maszyn 

3. Osiński Zb. Podstawy Konstrukcji Maszyn PWN Warszawa 1999. 

4. Projektowanie procesów technologicznych – seria skryptów PWr. 

5. Kotler F.: Marketing. Zarządzanie. Analiza. Planowanie. Wdrażanie, PWE 1994 


Obligatory 


Prof. dr hab. inż. Czesław Koziarski, Department of Production Engineering and Logistics 



Lecture 

Classes 

Laboratory 


Seminar 

Other 



Presentations of stages of labor, report of accomplished project. 


Polish 




5 


Semester project 

Design of a hydraulic installation in the water heat distribution system. 


Project: 

Components of the water heat distribution systems – heat sources, heat-carrying agents, thermal centre, heat transfer 

and distribution networks. Principles of heat distribution networks selection and design – determination of quantity of 

the heat required, selection of structural components – pipes, pumps and devices for network operation control. 

Operation of heat distribution systems. Adjustment of parameters required for optimum heat distribution network 

operation. Investment and operational costs analysis of designed system and assessment of possibilities for their 

minimization. 


Basic knowledge about energy auditing 


Skills in formulating main problems concerning construction and exploitation of the water heat distribution system. 

Ability of indication of technical modernization directions for operational costs minimization of the heat distribution 

system. 


1. Górecki J., Sieci cieplne, Oficyna wydawnicza Politechniki Wrocławskiej, Wrocław 1997 

2. Strzechowiak E., Energooszczędne układy zaopatrzenia budynków ciepło, Envirotech , Poznań 1994 

3. Krygier K., Sieci ciepłownicze, Oficyna Wydawnicza Politechniki Warszawskiej, Warszawa 1999 

4. Kotler F., Marketing, zarządzanie, analiza, planowanie, wdrażanie, PWE, Warszawa 1994 

5. Materiały konferencyjne, Racjonalne zaopatrzenie w ciepło, Politechnika Rzeszowska, Rzeszów 1998 

6. Siuta B., Strategia zarządzania produktem, Oficyna Wydawnicza Ośrodka Postępu Organizacyjnego, 

Bydgoszcz 1996. 


Obligatory 


dr hab. inż. Januariusz Górecki, Department of Production Engineering and Logistics 



Lecture 

Classes 

Laboratory 


Seminar 

Other 



Semester report and activity 


Polish 




5 


Project of logistic processes in supply logistics - transitional work engineering-managerial 

2. Course destription 

1. Supply activities in supply chain 

2. Supply in enterprises 

3. Purchase 

4. Business negotiation 

5. Strategic decisions in supply logistics 

6. Warehousing 

7. Logistic costs in supply activities 

8. Logistic centres as an element of supply chains 

Classes 

Complex project of logistics processes in supply logistics 

1. Choice of trade: destription and strategic analysis 

2. Destription and activities of firm 

3. Identification of logistic processes in supply logistics 

4. Methods, technics of purchasing 

5. Classification of purchasing goods 

6. Organization of purchasing 

7. Quality of purchasing goods 

8. Warehousing designing 

9. Stock management 

10. Prises and costs 

11. Evaluation and choice of suppliers 

12. Measurement of supply logistics processes’ efficiency 

3. Prerequisites: Logistics in Enterprise, Supply Chain Management, Supply Logistics 


Students can project logistic process in enterprises based on strategic analysis which they can also do by themselves. 

They can also do ctritical analysis of existing solutions in firm. 


1. C. Bozarth, R.B. Handfield: Wprowadzenie do zarządzania operacjami i łańcuchem dostaw, Wyd. Helion, 

Gliwice 2007. 

2. J.J. Coyle, E.J. Bardi, C.J. Langley Jr.: Zarządzanie logistyczne, Wyd. PWE, Warszawa 2002. 

3. J. Bendkowski, G. Radziejowska: Logistyka zaopatrzenia w przedsiębiorstwie, Wyd. Politechniki Śląskiej, 

Gliwice 2005. 

4. J. Bendkowski, M. Kramarz: Logistyka stosowana. Metody, techniki, analizy. Cześć I i II, Wyd. Politechniki 

Śląskiej, Gliwice 2006. 

5. K. Lysons: Zakupy zaopatrzeniowe, Wyd. PWE, Warszawa 2004. 


7. Teaching team: dr Magdalena Dąbrowska, Department of Production Engineering and Logistics. 



Lectures 

Classes 

Laboratories 

Projects 75/46 II 1 

Seminar 

Other 


9. Assessment methods: Classes - projects 


Polish 




5 


Engineering – management promotion study 


Lecture and Classes 

Minilecture of basic methods of products design: process and structure of project, types of products, design of products. 

Design of products, start claims of construction and technology for selected assortment of products, productions and 

technological requirements, calculation and selection of project parts (balance sheet) determination of products 

characteristic due to recent technical and economical achievements, selection of production technology, technical 

design of product. Production technology of selected parts and semiproducts, elaboration of conception of 

product.Elaboration of technical condition of product manufacturing and packaging. Management – economical 

problems of creating product: estimation of production costs, series size and organization of production, methods of 

production planning. Marketing of designed product. 


Costs account. Marketing. 


The students are familiar with the basic concepts and theories of many sciences, first of all technical, economical and 

management. Lecture and classes contain introduction-minilecture of resigning of products project classes – 

calculation, selection of parts, technological process, elaboration of documentation presentation and defense of project 


BASIC LITERATURE: 

1. Wprowadzenie do projektowania. Red. B. Baranowski. PWN Warszawa 1998. 

2. Szymszak Cz.:Elementy teorii projektowania. PWN Warszawa 1998. 

3. Rutkowski J.P.: Rozwój nowego produktu. Metody i uwarunkowania. PWE Warszawa 2007. 

4. Gorchels L : Zarządzanie produktem. Od badań i rozwoju do budżetowania i reklamy. Wyd. Helion, Gliwice, 

2007. 

5. Kotler F.: Marketing. Zarządzanie. Analiza. Planowanie. Wdrażanie, PWE 1994. 

SUPPLYING LITERATURE: 

1. Zuber R.: Planowanie i kierowanie przygotowaniem produkcji. PWN Warszawa 2000. 

2. Pająk E.: Zarządzanie produkcją. Produkt, technologia, organizacja. PWN Warszawa 2006. 

3. Waters D.: Zarządzanie operacyjne. Towary i usługi. WN PWN Warszawa 2001. 

4. Katalogi, normy i zarządzania dotyczące produktów. 


Obligatory 


prof. dr hab. inż. Władysław Leśniak, Department of Production Engineering and Logistics 



Lecture 

Classes 

Laboratory 


Seminar 

Other 



Realization, presentation and defense of project. 


Polish 




5 


Project of a plumbing drive – transitional work engineering-managerial 


1. Mini lecture dealing with plumbing systems (HS) 

2. Design technique 

3. Designing the arrangement of the plumbing drive of a chosen machine. 

a. Preliminary structural-technological HS assumptions. 

b. Choice of the best answer according to dominant criteria. 

c. Calculations – selection of elements. 

d. Appointing static characteristics of arrangement 

4. Technology of carrying out the agreement of the plumbing drive 

a. Technology of the assembly 

b. Establishing the concept of automation of production. 

c. Establishing the production plan of the product. 

d. Establishing specifications of workmanship and costs account 

5. Economic-managerial issues. 

a. Estimating production costs. 

b. Ways of advertising products. 

c. Forms of technological documentation. 

d. Methods of production planning. 

e. Preparing specifications of workmanship and costs account 


Engineering of machines – designing and producing, costs account, marketing 


Acquisition of basic knowledge of hydraulic systems. Understanding hydraulic drive system based on its schedule. 

Ability to make calculations and selection of typical components of the system.Ability to sketch and installation of 

hydraulic power. Ability to estimate the manufacturing costs and expenses of its operation 


1. Garbacik A.: Studium projektowania układów hydraulicznych, Osslineum 1997. 

2. Stryczek S.: Napęd hydrauliczny, WNT Warszawa 1984. 


4. Kotler F.: Marketing. Zarządzanie. Analiza. Planowanie. Wdrażanie, PWE 1994 


Obligatory 


dr inż. Henryk Chrostowski, Department of Production Engineering and Logistics 



Lecture 

Classes 

Laboratory 


Seminar 

Other 



Presentations of stages of labor, report of accomplished project. 


Polish 




5 


Industrial product design – intermediate engineering- managers work 


Presentation of the product design principles, including types, characteristics, life cycle and packaging products. Basic 

elements of the design process is established, the requirements, design, plan production and technology of production 

and economic and managerial issues. 


Designing and manufacturing of products, cost accounting, marketing. 


Students are able to characterize the essential elements of process design and product design. They are able to develop a 

preliminary assumptions and general technological requirements, choose the best solution and develop correct 

production technology and production plan as well as to develop conditions for the implementation and delivery. 

Estimate the cost of production, offer a means to promote, identify the volume in relation to the organization of 

production and prepare the technical implementation and delivery. 


1. Wprowadzenie do projektowania. Red. B. Baranowski. WN PWN: Warszawa 1998 

2. Szymszak Cz. Elementy teorii projektowania. WN PWN Warszawa 1998 

3. Rutkowski J.P., Rozwój nowego produktu. Metody i uwarunkowania. PWE Warszawa 2007 


5. Kotler F., Marketing. Zarządzanie. Analiza. Planowanie. Wdrażanie. PWE Warszawa 2001 

6. Type of the course: 

Obligatory 

7. Teaching team: 

dr inż. Jerzy Kwaśnik, Department of Production Engineering and Logistics. 



Lecture 

Tutorials 

Laboratory 


Seminar 

Other 



Completion of the assumed stages of writing a paper. 


Polish 




5 


Project and innovation management. 


Lectures: 

The essence and kinds of projects (undertakings) and their features.Functional problems of project 

management.Institutional problems of project management.Personnel problems of project management.Selected 

methods of project management.The essence of innovation and factors shaping innovativeness.Organisation and 

structure of the process of innovation management. Methods and techniques of creative thinking used in innovation 

management. Technical and economic evaluation of innovative projects. 

Project: 

Case exercises based on the subject curriculum. 


Passing the “Decision support systems and knowledge management” course. 

4. Learning outcomes: 

Having acquired the project and innovation management knowledge and other areas of studies the students are able to: 

• identify the essence and kinds of projects (undertakings) and their features, 

• organise the process of preparation and implementation of projects, 

• prepare organisational structures for the implementation of projects and organise a project team, 

• plan the process of project implementation (project cost estimate) and estimate the implementation risk, 

• compare project management information systems, 

• identify the essence of innovation and factors shaping innovativeness, 

• present selected methods and techniques of creative thinking used in innovation management, 

• make a technical and economic evaluation of innovative projects, depending on market conditions and the type 

of organization. 


1. Burton c., Michael N.: Zarządzanie projektami [Project Management], Wyd. ASTRUN [ASTRUN Publishing 

House], Wrocław 1999, 

2. Davidson F.I. Zarządzanie projektami w organizacjach [Project Management in Organisations], WIG – Press, 

Warszawa 2001. 

3. Drucker P.F. Innowacje a przedsiębiorczość [Innovations and entrepreneurship], Wyd. PWE [PWE Publishing 

House], Warszawa 1996. 

4. Chony Y., Brown E.M. Zarządzanie ryzykiem projektu [Project risk management], Wydawnictwo ABC [ABC 

Publishing House], Kraków 2001. 

5. Kasprzak W. Pelc K.: Wyzwania technologiczne- prognozy i strategie [Technological challenges – prognoses 

and strategies], Wydawnictwo Profesjonalnej 

6. Szkoły Biznesu [Profesjonalna Szkoła Biznesu Publishing House], Kraków 1999. 

7. M. Brzeziński red., Zarządzanie innowacjami technicznymi i organizacyjnymi [Management of technical and 

organisational innovations], Wydawnictwo Difin [Difin Publishing House], Warszawa 2001 


7. Teaching team: Department of Business Administration and Marketing Management 


Form Number of hours Semester Year of study of studies 

Lectures 30/14 II 1 

Exercises 

Laboratories 

Projects 15/14 II 1 

Seminars 

Other 

Total student workload 150 

9. Assessment methods: lectures – pass/fail, seminar – pass/fail 


Polish 




5 


Integrated management systems 


Lecture 

Introduction to the integration of the processes management, classifications, the areas of uses MIS and TI. Phasis for the 

methodology of the analysis, preparation, projecting, implementation, evaluation and modification. The integrated 

systems of the management and of the quality , environment, safety management (ISO 9001, 14001, 27001, 22000, 

20000, OHSAS 18001). Functions and business scenarios, tool environment. Business processes modelling methods. 

Chain of the value analysis (chain value and mapping).MRP, MRPII, ERP systems, implemented methods and 

algorithms.Functionality and algorithms for chosen modules (MM, SD, PP, FI, CO).The conceptions of the virtual 

enterprise (VE), extended enterprise (EE), fractal enterprise (FE).The systems of the class BI, MIS, DSS, 

KBS.Outsourcing and hosting services.Information safety management, the critical factors of the safety. 

Laboratory 

Optimisation and simulation in the business management. Algorithms, tools and solving methods. 


Production systems organization; Decision support and knowledge management systems. 


Be able to use the basic algorithms of optimization, simulation and other operation research methods. Understanding 

the functionality of the MIS, EIS, DSS and BI systems . 


1. Pod red. E. Kolbusza, W. Olejniczaka, Z. Szyjewskiego, Inżynieria systemów informatycznych w e- 

gospodarce, Polskie Wydawnictwo Ekonomiczne, Warszawa, 2005 

2. P.Adamczewski, Zintegrowane systemy informatyczne w praktyce, Wyd. Mikom, Warszawa, 2003 

3. P. Lech, Zintegrowane systemy zarządzania ERP i ERP II – wykorzystanie w biznesie, wdrażanie, Wyd. Difin, 

Warszawa, 2003 

4. A. Kijewska, Systemy informatyczne w zarządzaniu, Wyd. Politechniki Śląskiej, Gliwice, 2005 

5. E. Oz, Management Information Systems, International Thomson Publishing, Cambrige, 1998 

6. C. Evans, Zarządzanie wiedzą, PWE, Warszawa, 2005 


Obligatory 





Lecture 30/14 III 2 

Classes 

Laboratory 15/14 III 2 

Project 

Seminar 

Other 



Exam, laboratory reports. 


Polish 




5 


Strategic management 


Lecture 

Basics of strategy and strategic management. Strategic management schools review. Modern management concepts vs. 

strategic management.Strategic planning.Strategic Information System. Growth and defense strategy review. 

Competitive strategy review. Relations strategy review. Internationalization and globalization strategy review. 

Formulation and assessment of strategic options.Strategy implementation.Strategic controlling. 

Seminar 

Macro-environment analysis methods.Competitive environment analysis methods.Resource and competence analysis 

methods.Strategic positioning methods. 


Basics of management. 


Skills and competences: ability to use strategic management rules while formulating strategy. 


1. Gierszewska G., Romanowska M., Analiza Starewicza przedsiębiorstwa, PWE, Warszawa 2009. 

2. Pierścionek Z., Strategie konkurencji i rozwoju przedsiębiorstwa, PWN, Warszawa 2009. 

3. Romanowska M., Planowanie strategiczne w przedsiębiorstwie, PWE, Warszawa 2004. 


Obligatory 


Department of Enterprise Studies and Marketing Management. 




Classes 

Laboratory 

Project 

Seminar 15/14 III 2 

Other 



seminar assignment and lecture exam 


Polish 




3 


Employee motivation within production systems 


Lecture and Classes 

Meaning of motivation and motivating. Motivational tools and instruments.Principles of human resources management 

as the basis for modern motivation.Specifics of motivation in production systems.Motivation by wages. Meaning, 

structure and functions of wages. Non-financial material motivation.Modern tendencies in motivation by 

wages.Centres of responsibility in production systems and principles of their creation.Non-material motivation, its 

meaning, tools and instruments. 


none 


Knowledge of the range of tools on methods of motivation in production systems. Ability to assess and design 

motivational systems. 


1. Borkowska S. Strategie wynagrodzeń Dom Wydawniczy ABC, 2001 

2. Kopertyńska M. W. Motywowanie pracowników . Teoria i praktyka .Wyd. Placet, 2008 


Optional subject 


Department of Economics and Management 




Classes 

Laboratory 

Project 


Other 



Test 


Polish 




3 


Logistic Project Management 


Lecture 

1. Intruduction to project management 

2. Functional problems of project management 

3. Institutional problems of project management 

4. Personal problems of project management 

5. Methods of project management 

6. Project risk 

Seminar 

Creating the logistic project of chosen problem based on tools, which were known during lectures. 

3. Prerequisites: 

None 


Students are able to plan the project work, to create the path of activities, point the time of project, estimate the project 

risk, to evaluate the project 


1. M. Kasperek, Planowanie i organizacja projektów logistycznych. Wyd. AE, Katowice 2006 

2. N. Mingus, Zarządzanie projektami. Wyd. Helion, Gliwice 2009 

3. M. Trocki, B. Grucza, K. Ogonek, Zarządzanie projektami. Wyd. PWE, Warszawa 2003 

6. Type of course: 

Optional lecture 


Departament of Production Engineering and Logistics 



Lectures 15/10 III 2 

Classes 

Laboratories 

Projects 


Other 



lectures – written test, seminar - project 


Polish 




2 


Energy saving modernization of building with using of renewable sources of energy 


Lecture 

Techniques and technologies of solar power energy usage as well as energy usage of water, air, soil and energy of 

renewable fuels. Sun collectors and photovoltaic cells, heat pumps, fans and micro – water plants, cogeneration 

devices.Economical evaluation of energy saving projects allowing usage of energy out of renewable sources. 

Seminar 

Presentation of devices and installations used to conversion of energy from renewable sources to the form of energy that 

could be used in buildings. Economical evaluation of profitability of renewable energy out of selected sources 

considering climate conditions of Poland. Modernization conception of chosen buildings. 


None 


The student is able to develop on his own technical and economical assumptions of chosen Energy saving projects 

where solar power, thermal energy of soil, water or air is used; kinetic energy of wind or water; energy of renewable 

fuels. 


1. Ogrzewnictwo, klimatyzacja, ciepła woda, chłodnictwo 2008/2009, Recknagel, Sprenger, Schramek, Omni- 

Scala 2008 

2. Termomodernizacja budynków dla poprawy jakości środowiska: poradnik dla audytorów energetyk-cznych, 

inspektorów środowiska, projektantów oraz zarządców budynków i obiektów budowlanych, Norwisz J., et al., 

Gliwice 2004. 

3. Bonca Z., Lewiński A., Termorenowacja budynków mieszkalnych: Aspekt techniczny i ekonomiczny, IPPU 

MASTA, 2000. 







Lecture 15/10 IV 2 

Classes 

Laboratory 

Project 

Seminar 15/10 IV 2 

Other 



Lecture - written test, 

Seminar – self conception of energy saving modernization. 


Polish 




2 


Management and rationalization in production plants 


Lecture 

1.The ideas applied in management theory. Definition of effective management in enterprises. New trends in 

management methods. 

2. Integrated system of management procedures. Systems of quality management – ISO. 

3. Interior and exterior connections in production plant. The marketing operation. 

4. The technical-economic potential of the plant. The evaluation of effective management. 

5. The actual problems of rationalization in production process – definition and purpose. 

6. Stages of rationalization in production processes. The economic effects of rationalization. 

7. The economic research into administration of saving energy machines, devices and technology. 

8. Functions and rules product prices determination. The mathematical model of economic plant. 

9. The competition in supply market. The suppliers certificates. 

10. The ecological damage of production processes – allowable limits according to UE. 

Seminar 

Students describe organizational and production schemes of the chosen plant. They consider management system, 

define interior and exterior connections in production plant (bank, cooperation) and also marketing operation. They 

conduct audyting and propose examples of rational waste utilization in industrial plants. 


Elementary knowledge of physics, mathematics and economy. 


Students can specify the ideas applied in management and rationalization theory. They are able to compare the 

economic effect in industrial plants, define the criterions of price determination and make analysis the they estimate 

possibility of rational waste utilization in industry. 


1. Wnukowska B.: Metodyka analizy i prognozowania potrzeb energetycznych odbiorców przemysłowych na 

rynku energii. Wyd. Politechniki Wrocławskiej, Wrocław 2005. 

2. Szargut J. i in.: Racjonalizacja w zakładach przemysłowych. Fundacja Poszanowania Energii, Warszawa 

2004. 

3. Górzyński J.: Audyting energetyczny obiektów przemysłowych. Fundacja Poszanowania Energii, Warszawa 

2005. 

4. Kumider J.: Utylizacja odpadów przemysłowych. Aspekty towaroznawcze i ekologiczne. Wyd. AE, Poznań 

2006. 








Classes 

Laboratory 

Project 


Other 



Lecture – written test, seminar - presentation 


Polish 



Subjects for speciality: 

Renewable resources energetics 




1 


Diploma master seminar. – semester II 


The students are familiar with the range of their specialization and theme of research. They adjust with selected firm the 

subject of master thesis. 


In II semester – achievement ranking of the first semesters. 


Presentation of state of knowledge analysis in range of master thesis and aim of study, planned tools, methods and 

procedures. 



1. Urban S., Ładoński W.: Jak napisać dobrą pracę magisterską. Wyd. AE Wrocław, 2006 

2. Rajczyk J., Rajczyk M., Respondek Z.: Wytyczne do przygotowania prac dyplomowych magisterskich i 

inżynierskich na Wydziale Budownictwa Politechniki Częstochowskiej .Wyd. Politechniki Częstochowskiej, 2004. 

3. Zenderowski R.: Technika pisania prac magisterskich. CEPEWU SP. zoo. Warszawa. 

ADDITIONAL LITERATURE: 

1. Bielcowie E i J.: Podręcznik pisania prac albo technika pisania po polsku. Wyd. EJB, Kraków, 2004 

2. Wiszniewski A,: Sztuka pisania. Poradnik. Videogra II Sp. Zoo. Katowice, 2003 

3. Kenny P.: Panie Przewodniczący, Panie, Panowie. Oficyna Wydawnicza Politechniki Wrocławskiej, Wrocław 

2003. 

4. Zimnach Ł.: Marketing dla inżyniera i naukowca. Wyd. Politechniki Śląskiej, Gliwice, 2005. 


Obligatory 


Prof. dr hab. inż. Władysław Leśniak, Department of Production Engineering and Logistics 



Lecture 

Classes 

Laboratory 

Project 

Seminar 15/14 II 1 

Other 



Selection of knowledge and theme of master thesis. 


Polish 




4 


Energetics of the unrenewable sources 


Lecture 

1. Energy in the world - resources and exploitation of energy. 

2. The unrenewable energy. 

2.1. Chemical energy – solid, fluid and gaseous fuels. 

2.2. Nuclear energy- splited fuels. 

3. The usefulness sorts of energy carriers. 

3.1. The secondary energy carriers. 

3.2. Electric energy. 

3.3. The thermal energy. 

4. Generation of thermal energy - classic thermal and nuclear power stations. 

5. Electric current generation. 

5.1. Classic power stations (condensing stations). 

5.2. Gaseous power stations. 

5.3. Gaseous-steam power stations. 

5.4. Nuclear power stations. 

6. Associated generation of energy carriers. 

6.1. Steam electrothermal power stations. 

6.2. Gaseous electrothermal power station. 

6.3. Gaseous-steam electrothermal power stations. 

6.4. Small cogeneration blocks (CHP) 

7. Energetics in natural environment. 

7.1. Conversion process reaction with natural environment. 

7.2. Examination of environment charges. 

3. Prerequisites: Basic knowledge of fluid mechanics and thermal-dynamics. 


Students can classify unrenewable energy resources, compare power stations and analyze usefulness sorts of energy 

carriers. 


1. Chmielniak T.: Technologie energetyczne. WNT, Warszawa 2008. 

2. Laudyn D.i in.: Elektrownie. WNT, Warszawa 2007. 

3. Wnukowska B.: Analiza i prognozowanie potrzeb energetycznych odbiorców przemysłowych. Wyd. 

Politechniki Wrocławskiej, Wrocław 2005. 

4. Górzyński J.: Podstawy analizy środowiskowej wyrobów i obiektów. WNT, Warszawa 2007. 


7. Teaching team: Department of Basic Sciences 




Classes 

Laboratory 

Project 

Seminar 

Other 


9. Assessment methods: Grading 


Polish 




7 


Basics of energy transformations 


Lecture 

1. Characters and energy carriers. Balances and the energy unit. Energy analogies. Efficiency and effectiveness of 

change. 

2. Energy resources and energy demand. 

3. Transformation of chemical energy to heat and biochemical. Combustion process. 

4. Transformation of thermal energy into mechanical 

a) The principles of thermodynamics. Carnot and Rankine cycles 

b) Transformation of energy in the displacement and centrifugal machines 

5. Transformation of mechanical energy into electricity and vice versa. Electric motors and generators. 

6. Transformation of water and wind energy 

7. Photovoltaics and the changes taking place in them. 

8. Transformation of nuclear energy in heat 

9. Fuel cells 

10. Other types of energy transformations 

11. Storage (accumulation) of energy in its various forms: mechanical, electrical, thermal, chemical, etc. 

Exercises 

Activities of an analytical calculation involving the formulation and solving illustrating the content of lectures. 


Knowledge of engineering mechanics, solids and liquids and fluids, thermodynamics, electrical engineering. 


Students master the basic knowledge about the nature of changes occurring in the nature of energy and a correlation 

occurring between the different forms of energy. Ability to gain a quantitative description of energy states and 

processes in different forms of energy as well as between them, 


1. Marecki J.: Podstawy przemian energetycznych. WNT Warszawa 2007 

2. Lewandowski W.M.: Proekologiczne odnawialne źródła energii. WNT. Warszawa 2007. 

3. Szafran R.: Podstawy procesów energetycznych. Oficyna Wyd. Politechniki Wrocławskiej. Wrocław 1998 

4. Hrynkiewicz. A. Energia. Wyzwanie XXI wieku. Wydawnictwo Uniwersytetu Jagiellońskiego. Kraków 2002 

5. Jastrzębska G.: Odnawialne źródła energii i pojazdy proekologiczne. WNT. Warszawa 2007. 


Compulsory for specialty Renewable Sources Energetics 






Classes 30/16 III 2 

Laboratory 

Project 

Seminar 

Other 



Lecture - written exam 

Tasks - solutions for independent tasks 


Polish 




5 


Legal, economical and ecological aspects of energetics 


Lecture.Overall description of the electrical power engineering system.Energy security.The strategy and energy policies 

of the state - reasons and methods of intervention.Forecasts of the development of the industry. 

Legal regulation of the energy management.Directives of the European Union.The politics and the energy law.Chosen 

implementation regulations.Legal requirements and the procedure by the location and the structure of the installation 

and energy devices.Concessions for generating the electric energy.Regulations and the politics in the reduction of 

emission the greenhouse gases. 

Economical comparative analysis of the production engineering of the electric energy.Outside costs.The structure and 

unit costs of generating the electric energy.The specificity and financing mechanisms of the development of the 

renewable power industry.Proceedings in favour of the integrated European energy network.Costs of the emission 

reduction of greenhouse gases.Evaluation of the economic effectiveness of the energy generation in unconventional 

sources with comparing with costs producing the conventional power industry in the sector. 

The energy planning and the sustainable development.Classification and an overall description of energy sources - 

conventional, renewable and unconventional - under the angle of the environmeantal impact.Ecological benefits and 

ecological losses.The greenhouse effect. Methods of reducing the arduousness to the environment, including the waste 

management from energetics. Environmental procedures in energy investments. Monitoring systems in energetic. 

Seminar. Formulating and solving problems of lectures illustrating contents. Influence of pollutants emitted by power 

stations on the environment. Methods of appointing the proliferation of dusts and gasses. Influence of kinds of 

circulations of the cooling of water on the environment. The soil conservation, the transport and the storage of hearth 

waste, assessment of the impact of the stockpile to the environment. Methodology of drawing integrated permits up. 

Feasibility study for energy alternative systems.Streamlining of the power consumption in households.Low-energy and 

passive construction.Principles of drafting energy certificates. 

3. Prerequisites: None 


Acquainting students with general rules and conditioning of the energy management - in technical, economic, 

ecological and legal aspects. Ability of defining main problems concerning principles of correct leading the energy 

management. Basic knowledge about implementation of energy processes, exploiting the scrap energy and the 

effectiveness of these processes. 


1. M. Czarnecka, T. Ogródek, Prawo energetyczne. Komentarz. Warszawa 2009. 

2. A. Walaszek-Pyzioł, Energia i prawo, Warszawa 2002. 

3. E. Klugman-Radziemska, Odnawialne źródła energii. Przykłady obliczeniowe. Politechnika Gdańska, Gdańsk 2009. 

4. T. Chmielniak, Technologie energetyczne. WNT, Warszawa 2008. 

5. J. Paska, Wytwarzanie energii elektrycznej. Oficyna Wydawnicza Politechniki Warszawskiej, Warszawa 2005. 

Legal acts: 

1. Ustawa z dn. 10 kwietnia 1997 r. – Prawo Energetyczne (Dz. U. z 2006 r. Nr 89, poz. 625, późn. zm.). 

2. Ustawa z dnia 17 lipca 2009 r. o systemie zarządzania emisjami gazów cieplarnianych i innych substancji (Dz. U. Nr 130, 

poz. 1070, z późn. zm.). 

3. Ustawa z dnia 29 listopada 2000 r. – Prawo atomowe (Dz. U. z 2007 r. Nr 42, poz. 276, z późn. zm.). 

4. Ustawa z dnia 15 kwietnia 2011 r. o efektywności energetycznej (Dz. U. Nr 94, poz. 551, z późn. zm.). 

5. Ustawa z dnia 6 grudnia 2008 r. o podatku akcyzowym (Dz. U. z 2009 r. Nr 3, poz. 11, z późn. zm.). 


7. Teaching team: Department of Environmental Protection 




Classes 

Laboratory 

Project 


Other 


9. Assessment methods: Ranking for the evaluation: test written/dissertation 





1 


Diploma master seminar. – semester III 


The students are familiar with the collecting of literature solving the problem of master thesis, performing observation 

and concluding. The students are familiar with using the achievement of other authors and looking for this literature. 


In IIIrd semester – achievement ranking of two first semesters. 


Presentation of state of knowledge analysis in range of master thesis and aim of study, planned tools, methods and 

procedures. 




2. Rajczyk J., Rajczyk M., Respondek Z.: Wytyczne do przygotowania prac dyplomowych magisterskich i 

inżynierskich na Wydziale Budownictwa Politechniki Częstochowskiej .Wyd. Politechniki Częstochowskiej, 2004. 

3. Zenderowski R.: Technika pisania prac magisterskich. CEPEWU SP. zoo. Warszawa. 



2. Wiszniewski A,: Sztuka pisania. Poradnik. Videogra II Sp. Zoo. Katowice, 2003 

3. Kenny P.: Panie Przewodniczący, Panie, Panowie. Oficyna Wydawnicza Politechniki Wrocławskiej, Wrocław 

2003. 

4. Zimnach Ł.: Marketing dla inżyniera i naukowca. Wyd. Politechniki Śląskiej, Gliwice, 2005. 


Obligatory 





Lecture 

Classes 

Laboratory 

Project 


Other 



Writing of the first part of master thesis 


Polish 




1 


Diploma seminar – semester III 


Lecture and classes 

1. Engineer profession and academic education: civilizational, juridical and ethical aspects. 

2. Test – organizational preferences. 

3. Skills in presentation of each other, plant and product. 

4. The person and offer subject matter the card of master diploma work preparation. 

5. Description the preparated cards from point 4. 

6. Analysis and discussion in formulated subjects of master diploma works. 

7. Document elaboration. Application of the subject master diploma work. 


Passed courses of previous semesters. 


Students know how acquire knowledge and skills deals mainly problems their master diploma works. They can find 

books and the papers tied with subject matter of diploma works. They can also chose a plant where the research is 

realized. 


1. Urban S., Ładoński W.: Jak napisać dobrą pracę magisterską. Wyd.AE, Wrocław 2006. 

2. Rajczyk J. i in.: Wytyczne do przygotowania prac dyplomowych magisterskich i inżynierskich. Wyd. 

Politechniki Częstochowskiej, Częstochowa 2004. 

3. Zenderowski R.: Technika pisania prac magisterskich. CEPEW.Warszawa 2002. 


Obligatory 


dr hab. inż. Bogumiła Wnukowska, Department of Basic Sciences 



Lecture 

Classes 

Laboratory 

Project 


Other 



Presentation, questions ask, discussion. 


Polish 




1 


Water and wind renewable energy 


Lecture 

World quantities of water and hydroenergetics.Energetic potential of water.Methods of using.Types of water power 

stations.Law, economic and ecologic problems. Other kinds of water energy: energy of sea waves, sea flow and sea 

current. Energy of wind and its using.Characteristic of wind energy. Wind turbines: base construction and regulations. 

Review of construction of small wind farms. Law economic and ecologic problems. 

Classes 

Methods of using of water potential energy.Kinds of water electrocities and their possibilities to energetics.Dissension 

about other kinds of water energy. Wind energy and its to renewable energetics. Kinds and base of importune 

construction of wind turbines. Economics of small wind farms. 


Base of energy transformation. 


Students are familiar with the basic concepts of construction and technology of wind and water energy sources. They 

are familiar with the basic information and possibilities how to use in practice wind and water renewable energy. 


1. Lewandowski W.M.: Proekologiczne odnawialne źródła energii. Warszawa: WNT, 2007. 

2. Marecki J.: Podstawy przemian energetycznych. Warszawa: WNT, 2007. 

3. Jastrzębska G.: Odnawialne źródła energii i pojazdy proekologiczne. Warszawa: WNT, 2007. 

4. J. Bogdanienko: Odnawialne źródła energii. Biblioteka Problemów (tom 290). PWN Warszawa 1989. 

5. J. Cieśliński, J. Mikielewicz: Niekonwencjonalne źródła energii. Wyd. Politechniki Gdańskiej, Gdańsk 1996. 


Obligatory 






Classes 15/10 IV 2 

Laboratory 

Project 

Seminar 

Other 



Lecture-grading, classes – written test is the condition of ranking the classes. 


Polish 




3 


Thermal source renewable energy. 


Lecture 

General characteristic and classification of energy sources – conventional, renewable and unrenewable.Potential and 

possibility of uses energy renewable sources.Direct and undirect ways of energy usage.Characteristic of original sources 

of renewable energy.Geothermal energy. Methods of using sun energy. Biomass energy.Biofuel and biogas.Hydrogen 

as a fuel.Sun fuel cells.Storage of energy. 

Classes 

Supply and characteristic renewable energy sources with particular using of biomass. Sun fuel cells.Biomass 

energy.Agriculture substrates as a source to liquid biofuels and biocomponents production.Cultivation of biomass as 

source to obtain solid biofuel. Methane fermentation of solid and liquid residuals. Agriculture – energetics and heating 

systems. Project of energetics potential of renewable energy sources and their usage on local scale.Bioenergetics 

innovation investments. 


Base of energy measurement.The law, economical and ecological aspects of energetics. 


Students are familiar with the resources, characteristic and technology of using thermal renewable energy sources. 

Students are familiar with using this energy sources in practice. 


1. Lewandowski W.M.: Proekologiczne odnawialne źródła energii. Warszawa: WNT, 2007. 

2. Marecki J.: Podstawy przemian energetycznych. Warszawa: WNT, 2007. 

3. Jastrzębska G.: Odnawialne źródła energii i pojazdy proekologiczne. Warszawa: WNT, 2007. 

4. J. Bogdanienko: Odnawialne źródła energii. Biblioteka Problemów (tom 290). PWN Warszawa 1989. 

5. J. Cieśliński, J. Mikielewicz: Niekonwencjonalne źródła energii. Wyd. Politechniki Gdańskiej, Gdańsk 1996. 


Obligatory 







Laboratory 

Project 

Seminar 

Other 



Lecture – examination, classes – written test is the condition of ranking the classes. 


Polish 




2 


Greening the drives of machines and vehicles 


Lecture 

1. Functions realized by power systems: transmission, transformation, distribution, accumulation, and recuperation. 

2. Characteristics of the load of machines and vehicles 

3. Energy and ecological characteristics of primary sources of mechanical energy - motors 

4. Power systems of machines and vehicles 

5. Hybrid power systems 

6. Review and analysis of propulsion system solutions and classical Hybrid power 

7. Provisions for fuel gas energy alternative-fueled vehicles 


Basics of energy transformations. Legal, economic and environmental aspects of energy 


Students to master basic knowledge of the components and propulsion systems of modern machinery and vehicles.Will 

be able to carry out an analysis of the propulsion system in different aspects: functional, energy, environmental. Ability 

to acquire the selection of the propulsion system for a machine with a set of qualitative and quantitative requirements 


1. Merkisz J., PielechaI.: Alternatywne napędy pojazdów. Wyd. Polit. Poznańskiej. Poznań 2006. 

2. Siłka W. Energochłonność ruchu samochodu. WNT. Warszawa 1997. 

3. Szumanowski A.: Akumulacja energii w pojazdach. WKiŁ. Warszawa 1984. 

4. Jastrzębska G.: Odnawialne źródła energii i pojazdy proekologiczne. WNT. Warszawa 2007. 

5. Marecki J.: Podstawy przemian energetycznych. WNT Warszawa 2007 

6. Lewandowski W.M.: Proekologiczne odnawialne źródła energii. WNT. Warszawa 2007. 

7. Pawelski Z.: Modelowanie i obliczenia napędu hydrobusu. Monografie Politechniki Łódzkiej. Łódź 2000 

8. Gnutek Z.: Gazowe objętościowe maszyny energetyczne. Oficyna Wydawnicza Politechniki Wrocławskiej. 

Wrocław 2004. 

9. Szczepaniak C.: Motoryzacja na przełomie epok. Wyd. Naukowe PWN. Warszawa – Łódź 2000 


Compulsory 






Classes 

Laboratory 

Project 

Seminar 

Other 



Colloquium presentation of self-written or prepared papers 


Polish 




2 


Diploma master seminar, semester IV 


The students are familiar with the critical review of own research results and comparing obtained results with source 

material and are familiar with proper elaboration and redaction of their diploma thesis. Students are familiar with the 

proper (due to actual rules) presentation in written and in multimedial form of their thesis, results and conclusions. 

Students are encourage for using achieved abilities in job practice and for further improving. 


In IVth semester – achievement of ranking of III rd semester. 


Presentation and critical analysis of obtained results.Results discussion. Master thesis presentation and trial of master 

thesis defence. 




2. Rajczyk J., Rajczyk M., Respondek Z.: Wytyczne do przygotowania prac dyplomowych magisterskich 

i inżynierskich na Wydziale Budownictwa Politechniki Częstochowskiej .Wyd. Politechniki Częstochowskiej, 2004. 

3. Zenderowski R.: Technika pisania prac magisterskich. CEPEWU SP. zoo.Warszawa. 



2. Wiszniewski A,:Sztuka pisania. Poradnik.Videogra II Sp. Zoo. Katowice, 2003 

3. Kenny P.: Panie Przewodniczący, Panie, Panowie. Oficyna Wydawnicza Politechniki Wrocławskiej,Wrocław 

2003. 

4. Zimnach Ł.: Marketing dla inżyniera i naukowca. Wyd.Politechniki Śląskiej, Gliwice, 2005. 


Obligatory 





Lecture 

Classes 

Laboratory 

Project 


Other 



Writing and defence of master thesis 


Polish 




2 


Diploma seminar – semester IV 


Lecture and classes 

1. The meritum-substantial structure of master diploma work. 

2. Analysis of knowledge state: 

a. objects, processes and systems, 

b. instruments, methods (determinated, measuremented), programms, examining stand), 

c. results and achievements, 

d. illustrative solutions and cases, 

e. conclusions and suggestions. 

3. Diplomants presentation of knowledge state in the range and meritum investigation deals to necessary 

methods and manners of diploma works. 

4. Students introduction of solution conception deals to main problem in diploma work. Presentation and 

critical analysis of obtained results. Description of the diploma works and participants discussion. 

5. Master diploma work presentation, test questions and experimential diploma examination. 


Passed special courses from semester III. 


The students know how acquire knowledge and skills deals mainly problems their master diploma works. They tested 

and study special cases. The students are able to propose interesting solutions, choice necessary instruments and 

methods. They prepare for presentation master diploma works and experimential diploma examination. 

5. Recommended Reading 

1. Kenny P.: Panie Przewodniczący, Panie, Panowie. Wyd.Politechniki Wrocławskiej, Wrocław 2003. 

2. Majchrzak J. i in.: Metodyka pisania prac magisterskich i dyplomowych. Wyd. AE, Poznań 1999. 

3. Pułło A.: Prace magisterskie i licencjackie. Wskazówki dla studentów.PWN, Warszawa 2001. 


Obligatory 


dr hab. inż. Bogumiła Wnukowska, Department of Basic Sciences 



Lecture 

Classes 

Laboratory 

Project 


Other 



Presentation, test questions, experimental diploma examination. 


Polish 




Information Technologies in Production Engineering 




1 


Diploma seminar – semester II 


Seminar 

Students will learn how to analyze and assess business processes of an exemplary company in order to detect most 

important issues and formulate objectives for projects of their elimination. 


None 


Students will critically analyze selected aspects of company activity. 

Students will correctly define problems appearing in selected areas of activity or in its business processes 

Students will define objectives of project that aims at the problems reduction or elimination. 

Students will learn requirements of writing master thesis. 


1. Pułło A.: Prace magisterskie i licencjackie. Wskazówki dla studentów. Warszawa: PWN, 2001. 

2. Pioterek P., Zieleniecka B.: Technika pisania prac dyplomowych. Poznań, 1997. 

3. Urban S., Ładoński W.: Jak napisać dobrze pracę magisterską.Wrocław: Wyd. AE, 2001. 

4. Zaczyński W.: Poradnik autora prac semestralnych, dyplomowych i magisterskich. Warszawa, 1995. 


Obligatory 


dr inż Konrad Jackowski, Department of Computer Systems and Informatics Applications 



Lecture 

Classes 

Laboratory 

Project 


Other 



Assessment of presentations 


Polish 




8 


Intelligent optimization methods 


Lecture 

Introduction to practical aspects of optimization methods.Linear programming task. Problem description. 

Two methods of solution: graphic and simplex. Examples of practical applications. 

Nonlinear programming task.Problem description. Unconstrain problem. 

Problems with different constrains. 

Analytical optimization methods ( Lagrange multipliers, Khun-Tucker method) 

Numerical methods. 

Minimax tasks. 

Basics of dynamics optimization. 

Genetic algorithms for optimization tasks 

Classes 

Practical optimization tasks solution by numerical methods. Computational experiments. Results study. 


Complete of mathematic course 


After course students can describe and solve optimization tasks. In particular students can build criterion function for 

practical optimization problems. They know how to select right method to practical tasks. 


1. Fiendeisen W., Szymanowski J., Wierzbicki A., Teoria i metody obliczeniowe optymalizacji, PWN, Warszawa, 

1980 

2. Michalewicz Z., Fogel D.B., Jak rozwiązać czyli nowoczesna heurystyka, WNT, Warszawa 2006. 

3. Miettinen K., Multiobjective Optimization, Kluwer Academic Publisher, Boston 1999. 

4. Stachurski A., Wierzbicki A., Podstawy optymalizacji, OWPW, Warszawa, 2001 

5. Michalewicz Z., Algorytmy genetyczne + struktury danych = programy ewolucyjne, WNT, Warszawa, 1999 

6. Ehrgott M., Multicriteria Optimization, Berlin-Heilderberg, Springer, 2005. 

7. Kalinowski K., Metody optymalizacji, PKJS, Warszawa, 2001 


Obligatory 


Department of Computer Systems and Informatics Applications 




Classes 

Laboratory 

Project 30/20 III 2 

Seminar 

Other 



credit 


Polish 




8 


Computer-aided organization of production I 


Lecture 

1. Character of production organization. 

2. Character of production systems. 

3. Character of productive processes within “narrow bounds”. 

4. Component elements of basic productive process. 

5. Classification of product processes. 

6. Production characters and forms. 

7. Components of production program. 

8. Character of ERP systems. 

Laboratory 

The students work in integrated environment of ERP computer system, where is generated virtual production plant with 

make allowance for production and organization structures and also elements of environment. In base of production 

orders the demand substance plan and production timetable are generated, and also production resources are planned. 


General knowledge of economy and mathematics. 


Students are able to characterize production organization, define main conditions of component elements in basic 

product systems, classify the forms of production also analyze production programs and recognize ERP systems. 


1. Adamczewski P.:Zintegrowane systemy informatyczne w praktyce. Wyd. IV , Warszawa 2004. 

2. Knosala R.: Komputerowe systemy zarządzania produkcją. Wyd. Politechniki Śląskiej, Gliwice 1995. 

3. Durlik I.: Inżynieria zarządzania. Strategia i projektowanie systemów produkcyjnych. Cz. 2. 

4. Wydawnictwo Placet, Warszawa 2005. 

5. Klonowski Z.: Systemy informatyczne zarządzania przedsiębiorstwem. Modele rozwoju i właściwości 

funkcjonalne. Wyd. Politechniki Wrocławskiej, Wrocław 2004. 


Obligatory 






Classes 

Laboratory 30/16 III 2 

Project 

Seminar 

Other 



Lecture – exam, classes and written test, reports 


Polish 




1 


Diploma seminar – semester III 


Seminar 

Students will learn methodology of running research and methods of results presentation and interpretation essential for 

working out master thesis 


None 


• Students will properly define master thesis goals, tasks and thesis. 

• Students will correctly prepare the thesis structure suitable for selected domain 

• Students will present the work background required for working out theoretical part of the work. 




3. Urban S., Ładoński W.: Jak napisać dobrze pracę magisterską. Wrocław: Wyd. AE, 2001. 



Obligatory 





Lecture 

Classes 

Laboratory 

Project 


Other 





Polish 




3 


Computer-aided organization of production II 


Lecture 

1. The role of inventories in companies (definition and classification of inventories, the impact of inventory volume 

on the manufacturing process, inventory costs, systems and computer applications for inventory management) 

2.Principles of planning and scheduling (inventory planning in companies, production planning and scheduling, 

MRP algorithm, JIT system, ERP - integrated management systems) 

3. Methods of production control (pull, push and twist control systems) 

4. Lean Management (LM methods and techniques, lean manufacturing) 

5.Virtual Enterprises (logistics chains, enterprise networks, development trends in ERP systems, the future of 

companies) 

Seminar 

Students independently develop and present selected methods of production organization and management, discuss the 

role and possibilities of using IT systems in management. Students discuss development trends in contemporary 

enterprises. 


Computer-aided organization of production I 


After completing the course, the students will be able to define and analyse problems of control and organization in any 

(continuous or discrete) production system. In addition, they will be able to indicate and put into practice some method 

of production organization, which in turn will allow reorganizing and streamlining the production process. 


1. Adamczewski P.: „Zintegrowane systemy informatyczne w praktyce”, Wyd. IV rozszerzone, Warszawa, 2004 

2. Ireneusz Durlik.: „Inżynieria zarządzania: strategia i projektowanie systemów produkcyjnych.Cz. 1 i 

2, Warszawa, wydawnictwo "Placet", 2004. 

3. Muhlemann A. P., Oakland J. S., Lockyer K. G.: „Zarządzanie. Produkcja i usługi”, Wydawnictwo Naukowe 

PWN, Warszawa 1997 


Obligatory 






Classes 

Laboratory 

Project 


Other 



An exam, assessment of student's individual work on the basis of individual speeches and reports prepared by students, 

activity during discussion on the reports 

10. Language of Instruction 

Polish 




1 


Computer-aided project management 


Lecture 

The goal of the lecture is to present selected method of computer-aided project management on basis of MSProject. 

Selected functions of the software are presented on the background of the project management theory. 

Laboratory 

During the Classes students learn and test in practice selected aspects of project management with means of MSProject 

system. 


Basic knowledge on project management. 


• Students will analyze the project they are to manage and work out 

o goals definition, 

o realization plan, 

o definition and estimation of required resources, 

o risk analysis, 

o templates of the documentation used during the Project life cycle, 

o cost (budget) estimation. 

• Students will work out Project in MSProject consisting of 

o detailed scheduler, 

o resources, 

o workload. 


1. Wilczewski S., MS Project 2007 i MS Project Server 2007 efektywne zarządzanie projektami , Helion, 

Gliwice 2008. 

2. Philips J., Zarządzanie projektami IT, Helion Gliwice, 2005. 

3. Bainey K.R.,Integrated IT Project Management, Artech House, Boston, 2003. 








Classes 

Laboratory 15/10 IV 2 

Project 

Seminar 

Other 



Assessment of realized projects (classes). 

Final test (lectures) 


Polish 




2 


Informative systems in the production management 


Lecture 

Profile of informative systems and their part in the enterprise.The profile of the CASE tools.Modelling the functions 

and the processes.Modelling the entity-relationship diagrams. Modelling the data-flow diagram 

Project 

Choice and the description of the productive enterprise.Study of the general and detailed diagrams hierarchy of the 

function (DHF).Study of the data-flow diagram (DFD). Study of the entity-relationship diagrams (ERD). Proposing the 

reengineering changes in the enterprise.The study of competence map. 


Computer aided production organization I 


The student be able to define the informative needs of the productive system. Using the CASE tools he be able to 

describe them and build the suitable model. 


1. Ireneusz Durlik.: „Inżynieria zarządzania: strategia i projektowanie systemów produkcyjnych. Cz.1 i 2”, 

Warszawa, wydawnictwo "Placet", 2005; 

2. Richard Barker, Cliff Longman.: „CASE Method: modelowanie funkcji i procesów”, Warszawa, 

Wydawnictwa Naukowo-Techniczne 

3. Fuglewicz P.: CASE dla ludzi, Lapus, Warszawa, 1995. 


Obligatory 






Classes 

Laboratory 

Project 30/14 IV 2 

Seminar 

Other 



The performance of the project, test from the lecture 


Polish 




2 


Diploma seminar – semester IV 


Seminar 

Students will learn method of working out and presentation of master thesis 


None 


Students will correctly define research scope and apply necessary amendments. 

Students will prepare presentations of work progress and will run presentation under conditions implied by the 

form of presentation 

Students will effectively discuss and defend presented thesis and results of research 




3. Urban S., Ładoński W.: Jak napisać dobrze pracę magisterską. Wrocław: Wyd. AE, 2001. 



Obligatory 





Lecture 

Classes 

Laboratory 

Project 


Other 





Polish 




Safety 



ECTS Credits 

1 


Master Diploma Seminar, semester II 

2. Course contents: 

Semester 2: 

Methodological Workshop, the choice of the work topic, determination of the work aim and thesis, developing of the 

work plan, aims and objectives of engineering work, clarification of the subject of the work, its structure, a review of 

research methods in the thesis topic. 


No requirements. 

4. Effects of learning: 

Students acquire skills to apply the rules governing the writing of theses, the formulation of problems and design 

research. They can analyze and interpret scientific texts from the scope defined by the theme of thesis and use research 

tools to solve the basic problems, describe their results, analyze and formulate conclusions. 


1. Urban S., Ładoński W.: Jak napisać dobrą pracę magisterską: Wrocław, Wyd. AE 2006 

2. Pułło A: Prace magisterskie i licencjackie. Wskazówki dla studentów: Warszawa: PWN 2001 

3. Pioterek P., Zieleniecka B.: Technika pisania prac dyplomowych. Poznań 1997 

4. Zaczyński W.: Poradnik autora prac semestralnych, dyplomowych i magisterskich. Warszawa 1995 


Obligatory 


Dr inż. Jerzy Kwaśnik, Department of Production Engineering and Logistics 



Lecture 

Tutorials 

Laboratory 

Project 


Other 

Student total workload 30 


Completion of the assumed stages of writing a diploma paper 


Polish 



ECTS Points 

5 


Designing of safety management systems 


Lecture 

Safety systems subject characteristics. Identifying of risks with consideration of the intensity prevalence and resulting 

from those properties. Elements of systems for rescue guidance and crisis management. Identifying methods for 

system’s desirable properties. Software methods and tools. 

Classes 

Skills development, testing, implementing and controlling the security systems. 


No requirements 


Students are able to classify entities in terms of specific features of threats. They are able to design and interpret a map 

of an automated risk management system in emergencies and crisis management. They can apply the methods and 

software tools supporting the implementation of the work in the various phases of system design. 


1. Bezpieczeństwo pracy i ergonomia. t.1 i 2, Koradecka D. (red.), CIOP, Warszawa 1999 

2. Hansen K., Kompleksowa ocena poziomu bezpieczeństwa i higieny pracy, Wyd. CRZZ, Warszawa 1977 

3. Liderman K., Analiza ryzyka i ochrona informacji w systemach komputerowych, Wyd.Naukowe 

PWN/MIKOM, 2008 

4. Liderman K., Analiza ryzyka i ochrona informacji w systemach komputerowych, Wyd.Naukowe 

PWN/MIKOM, 2008 


Compulsory 







Laboratory 

Project 15/8 III 2 

Seminar 

Other 



The lecture - written examination / oral examination, the credit of design classes 


Polish 




5 


Contemporary security problems 


Lecture 

Factors determiningthe state ofsecurity- externaland internal.Types andsources ofthreats.Security ofglobal, regional, 

state,local communities,public buildings,businesses.The methodsand mechanisms formaintaining security. Basic entities 

systems security. Organizations, bodies and structures responsible for security.Security Strategy. Predictingthe state 

ofsecurity.Preventive measuresfor security. Ways torestorean acceptablestate of security. 

Classes 

Term papers and presentations on the specific topic, such as the threat and the organization security system based on a 

specific county, municipality. 


None 


Understandingthe basic concepts, patterns andproblemsof modernsecurity andproblem-solvingrelated to it.The 

skillsandunderstanding of the natureof forces, means and ways ofinfluencingthe levelof security. 


1. Koziej S., Współczesne problemy bezpieczeństwa międzynarodowego i narodowego. Wyd. PWSBiA Warszawa 

2003. 

2. Maszczyk A. Współczesne problemy globalne a bezpieczeństwo europejskie. Wyd. Marszałek 2004. 

3. Konieczny J., Zarządzanie w sytuacjach kryzysowych, wypadkach i katastrofach, Poznań-Warszawa 2001. 


Obligatory 


Production, Engineeringand Logistics Department 





Laboratory 

Project 

Seminar 

Other 



Lecture – written exam, classes - credit 


Polish 




6 


Biological hazards in work environment 


Lecture 

Presence of biological factors in work environment. Action of biological factors versus respiratory system and skin 

diseases. Presence of insects in work environment. Dirty man and materials derivate from people versus exposure of 

personnel. Dirty animal and materials from animals versus exposure of personnel. Exposure on action of infective 

factors in hydrous and humid environment. Non-infective biological factors and their damaging influence on employee. 

Exposure of employees in new and dynamic developed industry using biological materials. Bioterrorism. Exposure 

employee on biological factors form tropical and subtropical countries. Exposure on damaging biological factors in 

dynamic changing environment. General characteristic of microorganisms and their acting on human environment. 

Microflora of air, water and soil. 

Seminar 

Classification of damaging biological factors. Review of the most damaging biological factors. Sources of biological 

hazards. Chlamydia species and their contribution to circulatory system disease. Legionella species and their 

contribution to diseases induction. Detection of damaging biological factors in work environment. Basis of exposure 

evaluation. Evaluation of vocational risks. 


None 


Students achieved basic knowledge in field of identification and evaluation of hazards of damaging biological factors, 

like substances produced by microorganisms, plants and animals, occur in work environment and influence negative on 

human body. 


1. Łuczak M., Zużewicz M.A.: Zagrożenia biologiczne. Wybrane zagadnienia. Warszawa: Wyd. CIOP, 2001. 

2. Mikrobiologia i higiena w przemyśle spożywczym. Red. Z. Żakowska i H Stobińska. Łódź: Wyd. Politechniki 

Łódzkiej, 2000. 

3. Uzarczyk A.: Czynniki szkodliwe i uciążliwe w środowisku pracy. Warszawa: ODDiK, 2006. 

4. Zyska B.: Katastrofy, awarie i zagrożenia mikrobiologiczne w przemyśle i budownictwie. Łódź: Wyd. 

Politechniki Łódzkiej, 2001. 


Obligatory 






Classes 

Laboratory 

Project 


Other 



Lecture – exam in written form; seminar – credit on base of semester work 


Polish 




1 


Master Diploma Seminar, semester III 


Semester 3: 

Methodological Workshop, the choice of the work topic, determination of the work aim and thesis, developing of the 

work plan, aims and objectives of engineering work, clarification of the subject of the work, its structure, a review of 

research methods in the thesis topic. 



4. Effects of learning: 










Obligatory 





Lecture 

Tutorials 

Laboratory 

Project 


Other 

Student total workload 30 




Polish 




2 


Technical safety of machinery and equipment 


Lecture 

Safety of machinery/equipment and working environment. Machinery and other technical facilities. General 

requirements. Control systems. Elements of the machine. Protection and protective devices. Energy. Dangerous and 

harmful factors. Instructions. The essential requirements for safety and health. Machinery intended for contact with 

food products. Portable machines. Conformity assessment procedures. EC-type examination. Full quality assurance. 

Technical Documentation of machines. Categories of machines to which one of the procedures for conformity are 

related. The main risks during the use of machinery. Minimum requirements for the machines. Controls. Protection 

against risks. Control of machines. 

Classes 

General safety requirements for machinery and equipment. Controls of production machinery. Seats for machinery and 

equipment manufacturing. General principles for design of machinery. Machinery - Safety - risk assessment principles. 

The role of the Office of Technical Inspection in safety of equipment. Assessment of compliance of a device. 

Declaration of Conformity. 


None. 


Students acquire basic knowledge of safety of work with machines and equipment. Also be familiarized with the risks 

caused by physical and chemical factors in the workplace with machines and equipment. 


1. Uzarczyk A., Czynniki szkodliwe i uciążliwe w środowisku pracy, ODDiK 2006 

2. Dyrektywa 2006/42/WE Parlamentu Europejskiego i Rady z dnia 17 maja 2006 r. w sprawie maszyn, 

zmieniająca dyrektywę 95/16/WE 


Obligatory 







Laboratory 

Project 

Seminar 

Other 



Lecture - written credit, exercises - based on semester project. 


Polish 




4 


Physical and chemical hazards in the workplace 


Physical and chemical factors characteristics which adversely affect the human body. The general rules in work safety 

and hygiene in relating to the harmful agents, tests and measurements. The ability to identify of physical and chemical 

hazards. Development of a selected group of agents to the detailed evaluation of their impact and countermeasures in 

the form of the work semester. 


No requirements 


Students know the most important physical and chemical factors, are able to identify them in the work environment and 

determine the nature of the hazard posed by these factors. Know how to interpret the emerging threats and evaluate 

risks associated with it. 


1. Uzarczyk A., Czynniki szkodliwe i uciążliwe w środowisku pracy, ODDiK Gdańsk 2006 

2. Ryzyko zawodowe. Metodyczne podstawy oceny. Red. W.M. Zawieski CIOP-PIB Warszawa 2007 

3. Borysiewicz M., Kacsprzyk W., Żurek J., Ocena ryzyka i zarządzanie zagrożeniami w obszarach 

przemysłowych. CIOP-PIB Warszwwa 2001 


Compulsory 






Classes 

Laboratory 

Project 


Other 



The lecture - written examination / oral examination, the credit of design classes 


Polish 




2 


Master Diploma Seminar, semester IV 


Semester 4: 

Getting to know the technique of writing the work: presentation by the teacher the substantial and editorial requirements 

of diploma work, determination of work aim, thesis and plan, also work to source materials and literature, preparing to 

go on a practical training, writing the first chapter (theoretical) work on the basis of review of the literature. 



4. Effects of learning 










Obligatory 





Lecture 

Classes 

Laboratory 

Project 


Other 





Polish

ECTS 2011 ZIP_2_ANG

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