- the ability to demonstrate knowledge and understanding of the scientific and mathematical principles underlying electricity, electrical engineering and electromechanics.
- be able to apply knowledge and understanding to identify, formulate and solve technical problems of a specialty, using known methods
- to be able to calculate, design, investigate, exploit, repair, and customize the electrical equipment and equipment typical for the chosen specialty.

• Physics;
• Chemistry

• Electric machines;
• The theory of the electric drive

The main stages of development and the current state of the science of heat engineering, the development of energy and its prospects. Perfect gas. The concept of warmth and work. Reversible and irreversible processes. The second law of thermodynamics. Workflow of the piston compressor. Types of heat exchange. Thermal conductivity. Convective heat transfer. Complex heat exchange. The main types of heat exchangers

1. Draganov B.K. Heat engineering / B.H. Draganov, A.A. Volynsky, A.B. Mischenko, Y.M. Written // "INKOS". - Kyiv, 2005. - 504 p.
2. Chepurny M.M. Technical thermodynamics. CHI: Teach manual / М.М. Chepurny, S.Y. Tkachenko // VGTU. - Vinnitsa, 1997. - 109 p.
3. Gnatyshyn Y.M., Kryshtapovich V.I. Heat engineering: Teaching manual. - K .: Knowledge, 2008. - 364 p.
4. Chepurny M.M., Tkachenko S.Y. Fundamentals of technical thermodynamics. Vinnitsa - "Podillya-2000". - 2004 - 352s.
5. Baskakov A. and others. Thermal technology - Moscow: Energy, 1992. - 365 c.

• written reports on laboratory work, reports on practical work, oral questioning (30%)
• final control (control measure - exam): written and oral form (70%)