• know the structure and operating principle of components, assemblies, mechanisms and systems of hybrid and electric drive vehicles, as well as current trends motor;
• know the criteria for assessing the operational efficiency of the vehicle with hybrid and electric drives, the influence of design parameters and operational factors on the performance properties of the vehicles, functional features and workflow components and vehicle systems;
• ability to design hybrid and electric drives with all aspects of the problem, including the creation, implementation and improvement.

• Theory of the vehicles,
• Cars,
• Mechatronics vehicles
• Electronic and electrical equipment vehicles.

Analysis of traction electric car. Traction electric car with the same type power plant. Batteries. General information about hybrid cars. Schematics build hybrid power plants. Design features of hybrid cars. The hybrid transmission. The serial hybrid drive. The parallel hybrid drive. Managing hybrid propulsion vehicle. Fuel cells. Alternative Energy Sources. Mathematical modeling of power drives.

1. Бажинов О.В., Смирнов О.П., Сєріков С.А., Гнатов А.В., Колєсніков А.В. Гібридні автомобілі. – Харків, ХНАДУ, 2008. - 327 с.
2. Pojazdy samochodowe о napedzie elektrycznym i hybrydowym // K. Michalowski, J. Ocioszynski – Warszawa: Wydawnictwa Komunikacji i Lqcznosci, 1989. – 226 l.
3. Modern Electric, Hybrid Electric, and Fuel Cell Vehicles. Fundamentals, Theory, and Design // Muhammad H. USA. – Taylor and Francis Group, LLC. – 2010. – 558 p

• Current control (30%): written reports of practical work, oral examination.
• final control (70% control measure, exam): written exam (60%) and oral form (10%)