Compare
There are no other study programmes for comparison
 | Loading… |
Search study programmes for comparison:
Compare
Motor Transport Electronics
Institutions providing this programme
Programmes with similar name
Programmes granting same qualifications
Summary of the Profile
General Description:
Objective(s) of a study programme:
The aim of the study programme is to prepare a motor transport electronics specialist, who is capable to design and install electronic equipment, select and operate diagnostic and repair equipment, organize the diagnostics of electronic and mechatronic systems, create works of technological processes.
Learning outcomes:
Knowledge and understanding:
• Be well-versed in the general physical and chemical processes of the natural sciences which make the foundation of the events taking place in the natural and technological environments; they shall know the mathematical patterns and laws required for the understanding of the understanding of automobile transport engineering;
• Know the key concepts of automobile transport engineering and understand their content;
• Possess the fundamental knowledge of automobile transport electrical and electronic systems, the construction of electric vehicles, the principles of their operation and exploitation, the construction and exploitation materials of importance in practical work;
• Be acquainted with the context of the issues and solutions of such contiguous felds of studies as electronics engineering, electrical engineering and mechanical engineering.
Engineering analysis
• Be able to apply their subject matter knowledge and understanding for the solution of the engineering problems of automobile transport electrical and electronics engineering by applying the mastered methods;
• Be able to apply their knowledge and understanding when dealing with tasks of automobile transport electrical and electronics engineering as well as to select the appropriate methods, the testing, laboratory and manufacturing equipment for the solution of the arising problems;
• Be able to apply analytical and modelling methods when dealing with the qualitative and quantitative engineering problems in the feld of automobile transport electrical and electronics.
Engineering design:
• Be able to apply their engineering knowledge and understanding when implementing, organizing and supervising the technological processes of automobile transport electric vehicles, control electronics and other systems within the framework of the outlined requirements;
• Understand the methodology of design, be able to apply it in the course of outlining the technological processes of automobile transport electrical and electronic systems.
Research:
• Be able to fnd the required professional information by using information technologies, databases, software and other academic and engineering information sources;
• Be able to conduct tests required for solving engineering tasks of automobile transport electronics, performing practical and laboratory work, processing their results and presenting the practical conclusions of the obtained results;
• Possess skills of operating the technological equipment used in automobile transport engineering.
Engineering activities:
• Be able to select the appropriate engineering solutions, strategies and technological equipment required for designing, organizing, implementing and supervising the technological process of the diagnostics and maintenance of automobile transport electrical and electronics systems and the electronics of the control equipment;
• Be able to combine their theoretical and applied knowledge when dealing with the engineering issues of the safe operation of automobile transport;
• Understand the ethical, environmental, economic and commercial aspects of the engineering activity;
• Understand the principles of organizing engineering activity and be familiar with the fundamental requirements of work and fre safety.
Personal and social skills:
• Be able to deal with the engineering issues in the feld of automobile transport electrical and electronic systems independently and in a multi-profle group (team);
• Be able to communicate in correct Lithuanian and be fuent in at least one foreign language so that to communicate with the engineering community and the entire society;
• Realize the impact of engineering solutions for the society and the environment, adhere to professional ethics and the regulations of engineering activity, understand their responsibility for the outcomes of their engineering activity;
• Be familiar with the key aspects of project implementation and management at the level of engineering activity manifested as organizational skills, ability to plan and apply productive and efcient methods of work;
• Understand the importance of lifelong individual professional development and be ready for constant improvement.
