1. To know the principles of construction of measuring equipment for automotive diagnostics and their metrological support, methods for determining and harmonizing the information characteristics of automotive control systems and computer diagnostics, basic types of division, modulation and coding of signals, modern protocols of information exchange.
2. Be able to plan a diagnostic experiment, technically competent to select the necessary diagnostic equipment, interpret the data and signals received, make a list of repair work and necessary diagnostic checks.
3. Ability to demonstrate in-depth knowledge of the processes of obtaining, converting and transmitting information for the remote control of the technical condition and operation of motor vehicles.
4. Ability to test various electronic systems and vehicle actuators that affect the operation of the onboard systems, as well as to identify malfunctions related to the operation of electronic vehicle systems and to draw up a diagnostic malfunction to further repair and troubleshoot automotive problems. electrical equipment and executive systems.
5. Apply knowledge to improve computer diagnostics of vehicle units and systems.

prerequisites:
• Analytical and numerical research methods
• Autonics and telematics
details:
• Modeling of intelligent car systems
• Organization of technical operation of vehicles

During the study of this discipline, the acquirer acquires theoretical and practical knowledge and skills on the problems of technical diagnostics of cars and their systems, deepens knowledge of the general system of diagnosing the technical condition of the car, about diagnostic models, parameters and standards, conducts prediction of the residual life and technical condition. The acquirer deepens knowledge of the information-regulatory base of diagnostics of cars, methods and means of their diagnostics, masks the order of diagnostics of electronic systems of the car, studies modern automotive diagnostic scanners, means for diagnosing electrical and electronic equipment.

1. Форнальчик Є.Ю. Основи технічного сервісу транспортних засобів: навч. посібник / Є.Ю. Форнальчик, Р.Я. Качмар. – Львів: Видавництво Львівської політехніки, 2014. – 295 с.
2. Волочій Б.Ю. Передавання сигналів у інформаційних системах. – Львів.: Видавництво Національного університету «Львівська політехніка», 2005. – 196 с.
3. Поліщук Є.С. Метрологія та вимірювальна техніка: Підручник для студентів електротехнічних спеціальностей ВНЗ, НУЛП. – Львів.: Бескид Біт, 2003. – 544 с.

• oral questioning, practical classes (30%)
• final test (70 %, inspections, and exam): written-oral form (70%)