Languages: English

About the Program

The aims of the study program Automotive Electronics System are: to train qualified electronics engineering specialists in the transport sector, providing them with the knowledge, abilities and skills needed to professionally maintain, diagnose, repair, design and install automotive electronics systems that are constantly being improved and are widely used in the global market, to create and manage companies providing services mentioned above in the Republic of Lithuania and other countries.

Future Prospects

After the studies the graduates will be able to work as an automobile electronics systems specialist in various vehicle repair companies, as a designer in automobile electronics systems design and manufacturing companies, as a specialist in automobile electronics systems for vehicle and component trade organizations, as an automobile electronics system specialist in vehicle equipment sales and maintenance companies, manage his/her own business.

Qualification Degree to be awarded: Professional Bachelor of Engineering Sciences

Learning outcomes

Upon graduation the students will be able: to professionally design automobile electronics systems; to install, maintain and repair automobile electronics systems; to manage the companies providing these services; to plan the activities of a company (division) and analyze the results of the activities of a company (division); to solve engineering tasks, create models for solving these tasks and analyze their characteristics; to evaluate engineering solutions from ethical, social, economic and safety aspects; to organize and perform diagnostics, maintenance and elimination of faults in automobile electrical and electronics systems based on the knowledge of electromechanics, electrical, electronics and automation devices structure, their operating principles and parameter setting; to select devices for automobile electronics systems and their characteristics; to diagnose failures of automobile electrical and electronics systems, determine their causes, select and use modern diagnostic and measuring devices for troubleshooting; to combine and regulate the indicators of electronics control equipment, the main technical parameters of automobiles, performance characteristics, calculate the main technical parameters of automobile units; to apply the principles of internal and external diagnostics of comfort and safety systems; to analyze and evaluate the types of alternative energy storage sources, technologies and characteristics of their use and perform the necessary technical and economic calculations; to perform harmonization and regulation of electronics systems; to find power supply failures, their causes, select measuring devices, analyze structural and principal schemes; to know electrical and electronics circuits, their operating principles and selection of work models; to know the specifics of adjacent engineering fields, which will help to assess the problems of electronics engineering from a broader perspective; to participate in teamwork, communicate effectively and responsibly.

About the Program

Aims of the study programme: – to train a personality, that would be able to compete in the market of rapidly changing technologies, products or services, to apply the informatics and electronic methods, engineering principles and technologies in order to design, implement, support, develop, inspect and assess secure computer systems and networks that may be used to solve relevant problems of different professional activities

Future Prospects

Graduates of computing must be ready to work as administrators, architects, analysts, quality assurance specialists, consultants of information and communication technologies (ICT), managers of ICT product, service or project, and other professionals in the ICT area working individually, in private, public and non-governmental sectors, or they can continue studies in the third cycle.

Qualification Degree to be awarded: Professional Bachelor of Computing

Learning outcomes

• To explain the essential facts, concepts, theories, and mathematical methods relevant to operation of computers, their hardware and software, its characteristics and practical application possibilities, computer communication and applied solutions related to important historical, current and possible future trends in computer sciences.
• To explain the principles of algorithm construction and analysis, programming paradigms, languages and technologies, principles of human-computer interaction, typical stages of software life-cycle, and methods of software development and maintenance.
• To explain how commercial, industrial, economic and social contexts affect professional practice defined by ethical norms and regulated by legal requirements, including data protection, intellectual property rights, contracts, safety of products, responsibility and other related issues.
• To apply knowledge in the group of study fields of computing for development of applied informatics solutions of particular professional problems that meet security and other relevant quality criteria.
• To explain the methods, how to create computer and other specialised digital equipment, its construction and operation principles, and application to solve particular tasks.