Course Name Metal-working equipment 
Course Overview 
Level of study
	Bachelor	
Workload	ECTS: 6
Total Hours: 135
Contact Hours: 64
•	Lectures: 32
•	Labs: 16
•	Seminars: 16	
Course Code		
Semester
	 Winter	
Prerequisites
	1.	Technology of Constructional Materials;
2.	Metrology, Standardization and Certification;
3.  Materials Science.	
Course Objectives	Course objectives of the discipline “Metalworking equipment” are:
1.	To train the students for professional activity;
2.	To consolidate students’ knowledge, forming skills and obtaining experience in the sphere of kinematics analysis and machine tools construction in terms of rational usage in technological processes of the machine work of different purpose parts.
	
Learning Outcomes
	By the end of the course the student will know:
1.	Principles of operation of metalworking equipment;
2.	Purpose of metalworking equipment;
3.	Arrangement of metal–cutting machine tools (MCMT);
4.	Application areas of different types of MCMT;
5.	Classification of MCMT;
6.	Basic engineering-and-economic performance of MCMT;
7.	Construction of standard mechanisms and systems of MCMT;
8.	Know metalworking equipment testing and analysis methods as well as methods of operation.
The students will be able to:
1.	Mount and adjust machine tools for different operations;
2.	Read a kinematic scheme of any metalworking equipment, carry out analysis and synthesis of kinematics;
3.	Develop layout and kinematic scheme of a special-purpose machines;
4.	Select a metalworking equipment with optimal parameters for a processed detail according to its drawing.
The students will have the experience in:
Practical work on metal-cutting equipment (universal, machine tools with numerical control).	
Syllabus
	Topic 1. Technical and economic indices of machine tools (lectures 2).
Topic 2. Typical mechanisms and machine tools (lectures 2, labs 4).
Topic 3. Metalworking equipment for rotating bodies (lectures 2, labs 3).
Topic 4. Machine tools for prismatic parts (lectures 2, labs 3). 
Topic 5. Machines with complex geometry (lectures 1, labs 2).
Topic 6. Machine tools for grinding, electrochemical and electrophysical processing (lectures 1, labs 2). 
Topic 7. Machine tools with computer numerical control (CNC) (lectures 2, labs 2).	
Labs
	1.	Drawing up the kinematic scheme of speed gear box 
2.	General purpose lathe adjustment for thread cutting
3.	Precision test of general purpose lathe
4.	Adjustment of gear milling machine for cutting gear wheels	
Projects
	DESIGN AND CALCULATIONS OF SPINDLE UNITS	
Assessment
	Exam: in writing	
Resources
	1.	Oberg, E., F. D. Jones and H. Horton, Machinery’s Handbook, 23rd Ed., Industrial Press Inc., New York.
2.	Acherkan N., Machine Tool Design, Mir Publishers, Moscow.
3.	Juneja B. L. and G. S. Sekhon, Fundamentals of Metal Cutting and Machine Tools, Wiley Eastern Ltd., New Delhi.
4.	Berezovsky Yu., D. Chernilevsky and M. Petrov, Machine Design, Mir Publishers, Moscow.
5.	Chapman W. A. J., Workshop Technology, Edward Arnold (Publishers) Ltd., London.
	
Instructors
	Dmitry M. Kozar	
Примечание: пример описания дисциплины можно посмотреть по ссылке: http://www.ecs.soton.ac.uk/module/COMP6233#overview