Digital and additive technologies in mechanical engineering

MIREA — Russian Technological University
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100
Contract-based places
11
places on a budget basis
317 000
Cost of tuition per year

About the training program

The program for training specialists possessing knowledge about modern methods of computer modeling and design, as well as the principles of operation of key laser optoelectronic devices. Students are skilled in developing computer models, functional diagrams, technical specifications for design, three-dimensional models, and defending their proposed technical solutions. Specialists can develop new laser optoelectronic devices and systems.

What will they teach you?

  • Develop manufacturing processes for machine engineering products using modern technologies, including additive technologies
  • Apply digital technologies in the development of manufacturing processes for machine engineering products

What do graduates do?

- Research Engineer of optical and laser systems - Constructor Engineer of optical and laser equipment - Process Engineer of optical and laser technologies - Metrology Engineer - Programming Engineer - Electronics Engineer Program graduates typically follow this career path over an average of 10 years: engineer → development engineer → head of department. Program graduates possess a broad range of competencies and skills in working with laser optoelectronic devices and systems.

Pass score on budget

2024
45
2023
45
2022
30

Entrance exams

Exam 1 of 1

Further Mathematics

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