Automotive electronic systems

Career Prospects:

• Automotive electronics systems technician in various vehicle repair companies;
• as a designer in automotive electronics systems design and manufacturing companies;
• automotive electronics systems specialist in vehicle and component sales organizations;
• automotive electronics systems specialist in vehicle equipment sales and service companies;
• a manager in own business.

Learning Outcomes

You will be able to:

• professionally design automotive electronic systems;
• install, maintain and repair automotive electronic systems;
• manage companies providing these services;
• plan the activities of the enterprise/department and analyse the performance of the enterprise/department;
• solve engineering problems, model these problems, and understand and interpret the results;
• evaluate engineering solutions from an ethical, social, economic and safety perspective;
• organise and carry out diagnostics, maintenance and troubleshooting of automotive electrical and electronic systems, based on knowledge of electromechanics, electrical, electronic and automation devices, their structure, principles of operation and parameterisation;
• select devices and their characteristics for automotive electronic systems;
• diagnose faults in automotive electrical and electronic systems, determine their causes, and select and use modern diagnostic and measurement equipment to troubleshoot faults;
• tune and adjust electronic control equipment indicators, basic technical parameters and performance of vehicles, calculate basic technical parameters of automotive units;
• analyse and evaluate the types of alternative energy accumulation sources, their application technologies, their characteristics and perform the necessary technical and economic calculations;
• perform debugging and adjustment work on electronic systems;
• troubleshoot power supply faults and their causes, select measuring instruments, analyse structural and principle diagrams;
• understanding of electrical and electronic circuits, their principles of operation and selection of working models;
• understand the specifics of adjacent engineering fields, which will help me to take a broader view of electronic engineering problems;
• to participate in teamwork and to communicate effectively and responsibly with professionals in other professional fields;
• to implement electronic engineering projects in the context of the circular economy, artificial intelligence and the digitisation of industry.

Full -time studies plan
(for entrants in 2023)

** Optional subjects are freely selectable subjects from the list of predefined subjects.

*Evaluation :
E – exam;
D – independent study projects

Part-time studium
(for entrants in 2023)

** Optional subjects are freely selectable subjects from the list of predefined subjects.

*Evaluation:
E – exam;
D – independent study projects.