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Master's Degree Programmes


Technological Quality Assurance of Mechanical Engineering Products

Don State Technical University
HIGHER EDUCATION SYLLABUS IN

1.1Name of the study programme (in the original language): Технологическое обеспечение качества изделий машиностроения
1.2.Name of the  study programme  in English: Technological quality assurance of mechanical engineering products
1.3.Qualification (degree): Master
1.4.Mode of education: Full-time, part-time
1.5.Educational department: Department of Magistracy, Department of "Technology of Mechanical Engineering"
1.6.Workload (ECTS): 120
1.7.Duration of education: 2 years
1.8.Field: Design and technological support of machine-building productions
1.9.Profile: Technological quality assurance of mechanical engineering products
1.10.Code of the field: 15.04.05
1.11.Teaching languages: Russian
1.12.Other necessary languages
1.13.Approved by the educational department (date)
1.14.Admission requirements: 
Diploma of higher education (bachelor’s or specialist’s degree)
Interdisciplinary entrance test

  2.Aim of the programme
The purpose (mission) of the master's program is to develop students' personal qualities, as well as the formation of general cultural universal (general scientific, social, personal, instrumental) and professional competences in the field of research aimed at developing new highly efficient methods for manufacturing machines, their components and components their implementation aimed at creating competitive machine-building products, improving the national technological environment.

  3.Characteristics of the programme

  3.1.Main disciplines/modules
"Methodology of scientific research in mechanical engineering", "Mathematical methods of experimental data processing", "Modern problems of instrumental support of machine-building industries", "Reliability and diagnostics of technological systems", "Technological quality assurance", "Modern methods of forming", "Technology of manufacturing machine parts", "Design of control programs for CNC machines", "Modern methods of computer-aided design", "Mathematical modeling in mechanical engineering”

  4.Employment and further education opportunities

  4.1 Job opportunities
- research
- design and engineering

  4.2 Further studies
Postgraduate studies

  5. Programme learning outcomes
- to solve problems in their subject area, in solving which there is a need to solve complex problems that require the use of modern scientific research methods; 
- organize work on the implementation of research or industrial projects;
- apply knowledge of modern research methods in practice;
- to compare the new experimental data with the data of the adopted models to verify their adequacy and, if necessary, to make changes to improve the models;
- use scientific results and known scientific methods and techniques to solve new scientific and technical problems;
- analyze and synthesize the information at the disposal of the researcher and make appropriate decisions on this basis;
- to carry out scientific experiments, to evaluate the results of research;
- to develop theoretical models to investigate the quality of products, processes, tools and systems of machine-building industries;
- apply a wide range of information technologies and demonstrate a high level of computer literacy.

  6.Education style (Teaching, learning, assessment) 

6.1.Learning and teaching approaches
In the process of training, a lecture-seminar-test system, research work is realized, and the following educational technologies are used:
1 Object-oriented learning technologies:
- The technology of goal setting.
- Technology of complete assimilation.
- Technology of the pedagogical process.
- Technology of concentrated learning.
2 Personal-oriented learning technologies:
- Technology of teaching as a study study
- Technology of collective thought activity.
- Health saving technology.
3 In the process of implementing these technologies, the following conditions are met:
- Conducting research work - 50%
- Reading lectures in electronic form - 25%
- Conducting interactive classes - 25%

  6.2. Assessment methods
Assessment of the quality of students ' development of the basic educational program includes the current monitoring of progress, intermediate and final state certification of students.
In accordance with the requirements of the Federal state educational standard for the certification of students for compliance with their personal achievements, phased requirements of the educational program at the University established and approved the Fund evaluation tools for monitoring progress and interim certification. This Fund includes checklists and sample assignments for practical training, laboratory work, research work and research practices, tests and examinations; tests and computer testing programs; approximate subjects of research work, abstracts, etc., as well as other forms of control to assess the degree of formation of competencies of students in each discipline and section of the educational program.

  7.Contact information (responsible chair, head of the programme)
Responsible chair "Technology of mechanical engineering"
Program Manager: Head of the Chair "Technology of Mechanical Engineering", Doctor of Technical Sciences, Professor Mikhail Arkadyevich Tamarkin

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