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Automotive Electronics
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To prepare qualified specialists capable to install, diagnose, maintain and repair electronic and mechatronic vehicle systems by selecting innovative technological and organizational tools and ensuring the quality and responsibility of the professional performance results.
Learning outcomes:
Knowledge and its application:
1. To have general fundamental knowledge of mathematics, physical and technological sciences, allowing to understand and describe the processes taking place in the study fields of electronics and transport engineering;
2. To know the concepts of electronics engineering and transport engineering and understand their content;
3. To acquire knowledge of materials used in automobile mechatronic systems control equipment, properties of components and their application in engineering solutions;
4. To know the application possibilities of modern digital technologies in electronics.
Special (engineering analysis and design) skills:
5. To analyze and evaluate automobile electronics systems and their interaction;
6. To be able to independently select optimal methods and appropriate equipment for solving problems in the field of transport electronics;
7. To create an automobile diagnostics and repair algorithm in accordance with the established technical, economic and environmental requirements;
8. To apply engineering knowledge in the design, implementation and control of automobile electronic control systems;
9. To design the technological process of electronic control.
Ability to carry out research and practical activities:
10. To use various information sources and technologies to collect, systematize and interpret professional information;
11. To carry out research on vehicle electronic systems, evaluate the results and present conclusions;
12. To carry out research of electrical and electronic systems using laboratory and diagnostic equipment;
13. To operate, diagnose faults and repair electronic and mechatronic vehicle systems, ensuring employee safety and environmental protection;
14. To participate in working groups, implementing electronic and transport engineering field projects, taking into account the principles of circular economy, digitization of activities, ethical, environmental, commercial, operational, occupational safety and health circumstances and the development of the concept of sustainability;
15. To collaborate with professionals from other professional activities.
Personal (decision-making, lifelong learning, collaboration and teamwork) skills:
16. To communicate with specialists and clients in Lithuanian and foreign languages, when solving professional tasks, to learn independently in changing professional activities;
17. To organize independently activities of the company (branch), while understanding responsibility for the results of engineering activities.Žinios ir jų taikymas:
Activities of teaching and learning:
Lectures, workshops, practical works, practical seminars, laboratory works, simulations, individual tasks, group work, etc.
Methods of assessment of learning achievements:
Ten-point criteria-based assessment system and cumulative assessment system are used consisting of interim assessments, practical, control tasks, laboratory works report and defense, student's independent written work, course paper, individual and group assignments, presentation of results assessment. The final assessment consists of interim assessments and exam assessment in accordance with the proportions provided for each subject description.
Framework:
Study subjects (modules), practical training:
Subjects of the electronic engineering field: Fundamentals of Open Source Electronics, Physics, Engineering and Computer Graphics, Engineering Mechanics, Mathematics, Automobile Electrical Equipment, Electronics, Electrotechnics, Engineering Materials, Automobile Electronics Equipment, Automobile Comfort and Safety Systems, Automobile Communication and Smart Systems, Electronic Systems Design, Occupational Safety and Environmental Protection, Engineering Research, Microprocessors and Their Programming, Companies Economics and Management, Engine Management Systems.
Subjects of the Transport Engineering field: Automobiles, Automobile Maintenance and Current Repair, Automobile Diagnostics, Electric Vehicles and Hybrid Vehicles.
Practices: Electromechanical, Automobile Electronics, Truck Diagnostics, Passenger Car Diagnostics, Graduation.
Specializations:
Optional courses:
Automatic Gearbox Control Systems / Suspension Control Systems / Brake Control Systems; Sociology / Technical Philosophy; Professional Foreign Language (English / German / Russian)
Distinctive features of a study programme:
The study programme is interdisciplinary: Electronics Engineering and Transport Engineering competencies are acquired. It is encouraged to gain international experience by studying a part of the subjects under the student exchange programmes. Modern laboratory, technical and diagnostic software is used during the studies.
Access to professional activity or further study:
Access to professional activity:
The graduate will be able to work as an Electronics Engineer in electronic equipment maintenance and repair companies or as a transport engineer in automobile maintenance and repair companies and carry out individual activities.
Access to further study:
Graduate can continue his / her studies at universities under the Engineering Sciences study fields group Electronics Engineering and Transport Engineering study programmes.
