Course code MašZP016
Credit points 7.50
Total Hours in Course200
Independent study hours200
Date of course confirmation29.01.2013
Responsible UnitInstitute of Engineering and Energetics
Mg. sc. ing.
MmehR003 [GMMER003] Engineering Work in Production II
The aim of the study course is to get acquainted with the production technologies, technological systems, methods of ensuring processing accuracy, principles of selection of blanks, calculations of allowances, design of technological processes; chooses a topic and prepares materials for a bachelor's thesis.
• Knowledge: in production practice the student acquires the organization, management, preparation of technological and production processes of the company's engineer-technologist. Assessment - practice manager's reference
• Skills: is able to develop part manufacturing technology, assembly assembly technology, is able to perform economic calculations of the production process. Assessment - practice manager's reference.
• Competence: at the end of the production practice the student is able to perform the analysis of technological processes, the choice of assembly technology, the improvement of the company's production process and engineering calculations. Assessment - practice manager's reference.
1. Getting acquainted with the company's administration and practice manager -8h.
2. Getting to know the production organization - 16h.
3. Production preparation planning - 32h.
4. Functions of the procurement part - 24h.
5. Tasks of the chief technologist department - 32h.
6. Circulation of technological documentation - 24h.
7. Development of technological processes - 32h.
8. Choice of bachelor's thesis topic - 8h.
The amount of time assigned to the manufacturing company must be worked. The internship program must be completed in full. The practice report must be prepared and successfully defended in good time. Examination form - successful defense of the practice report.
Preparation of practice report - 24h.
• Full-time internship.
• Applications for Bachelor's thesis.
• Presentation of the practice report.
• Test form test with a mark.
1. Avotiņš J. Metālapstrāde. Jelgava: LLU, 2009. 400 lpp.
2. Heinz Tschatsch. Applied Machining Technology. Germany. Dresden. 2009. 370 p.
3. Steel A Handbook for Materials Research and Engineering. Vol.2. Fundamentals. Berlin etc.: Springer; Verlag Stahleisen. 1993. 839 p.
1. Diensa bizness: nedēļas laikraksts: Latvijas biznesa avīze. Rīga: Diena: Dagens Industri, 2005-. ISSN 1407-2041
Compulsory course for students of the professional bachelor study program “Machine Design and Production”.