1. Development of a complete set of documentation for the production of digital and analog electronic devices, including the development of printed circuit boards.
2. Development of automatic technical process control systems.
3. Development of digital and analog measuring systems (portfolio: test benches of aircraft engines).
4. Software development for automatic technical process control systems, for measuring and control systems.

1. Development of analog measurement tools taking into account the principles of metrological certification and quality assessment of measuring channels: galvanically isolated and uninsulated using thermistors, thermocouples, strain gauge bridges, position sensors (rotary transformers):
   • Altium designer
   • Atmel Studio
   • ACAD
2. Development of automatic technical process control systems.
3. Development and creation of measuring systems (test stands aircraft engines), automatic control of technological processes:
   1. LabVIEW developer (with 8+ years experience).
   2. Target platforms: FPGA, PLC Real-Time, Desktop.
      1. FPGA:
         • Digital signal processing
      2. PLC Real-Time:
         • Collection of measurement data
         • Technological control algorithms
      3. Desktop:
         • GUI software development
         • Database (MySQL, MSSQL)
         • Reporting systems
   3. Target platforms: Raspberry Pi, Arduino
      1. Raspberry Pi:
         • Synchronous high speed image output (С++)
         • Technological algorithms of various systems (Python)
      2. Arduino:
         • Multi-axis motion control systems
         • Development of measurement and control systems of varying complexity

1. Analysis of technical requirements.
2. Elaboration concept.
3. Formulation technical task.
4. Development algorithms.
5. Writing the program code.
6. Testing and debugging.

Development of a complete set of documentation for the production of digital and analog electronic devices:

1. Technical requirements analysis.
2. Concept elaboration.
3. Technical task formulation.
4. Choice of element base.
5. Circuit solutions development.
6. Preparation of documentation for the industrial production of printed circuit boards.
7. Programming and debugging of devices in the Atmel Studio environment on C or the assembler.
8. Electronic devices prototypes assembling and adjustment.

1. Development of double-sided printed circuit boards for mounting DIP and SMD components of the fourth accuracy class.
2. Documentation is prepared in the Altium Designer development environment and contains:
   • list of elements (*.bom);
   • component and case libraries, principle scheme (*.SchDoc);
   • printed circuit board (*.PcbDoc);
   • set of files in Gerber format for printed circuit boards factory production.

1. Development design concept.
2. Сreation of the industrial equipment design.
3. Design and creation of 3D models of consumers items.
4. Development of interior design of vehicles.
5. Production of mock-ups and functional prototypes of products.
6. Corel Draw, Rhinoceros, CATIA, Adobe Photoshop.