18 Electrical and Electronic Engineering Degree Programs in Lithuania

Students on this study programme will be provided with knowledge, skills, and qualifications to work on more complex levels of engineering. It will prepare them with excellent foundations for experimental development in the electronics-engineering field within industry and scientific organisations. They will learn the modelling of electronics and control systems, and understand the principles of circular economy.

Electrical and electronic engineering is one of the widest research fields. There are no sectors in industry or science that could develop without innovative electronic solutions. Investigations during doctoral studies are carried out in the fields, such as ultrasonic measurements and diagnostics in aviation, energy generation and supply systems, and other industrial sectors, applications of electronic solutions in biomedicine, monitoring and control systems for various economic and transportation facilities, including signal processing and imaging.

This a great opportunity to become a highly sought specialist who safely operates ships’ electromechanical, electronic, and control equipment of unlimited power; supervises the electromechanical service of ships, conducts investigation into the service’s activities; analyses the results of activities; evaluates them from an engineering and economic point of view; plans, manages, and controls activities; independently eliminates failures of the ship’s electrical and electronic equipment.

Electronics and Electrical Engineering at KTU is a unique study program as it provides knowledge in two fields of engineering – electronics and electrical. These are the two areas that are important for a wide variety of industries. Experts and engineers in these fields who innovate, improve and create safe electrical and electronic systems are of utmost value in a global job market.

Electrical Engineering programme prepares high-qualification specialists, having the knowledge of electrical engineering, electrical mechanics, electricity engineering and understanding of the power electronics, energy converters, electrical machines, electricity networks, electricity market, able to design and use electricity, energy and electronics equipment, and solve the problems of its generation.

The program is designed to impart contemporary knowledge in electrical energy systems engineering and related fields. It aims to equip specialists with the expertise needed to contribute to the development of modern electric power systems and the capability to apply this knowledge professionally.

This course provides students with a range of skills to understand and work with current and future technologies. Students will gain theoretical and practical knowledge of design and programming of industrial automation equipment, along with maintenance and operation - all reflecting the fast development of technology. Specific themes will include: electrical circuits, electrical machines and drives, information technologies, industrial controls and industrial communication, electricity and renewable energy, and microcontrollers. 

Programme is focused to provide the modern knowledge from the electrical energy systems engineering and related fields, necessary for specialists developing modern electric power systems, to develop ability to apply the knowledge professionally. Students will gain special knowledge in electrical energy system engineering, necessary for application of modern technologies and independent development of new products and services, and to perform applied researches in electric power system engineering area. To develop the abilities to creatively apply of theoretical knowledge and scientific investigation results, and to improve professional competence during whole life learning.

Acquired competences and knowledge enables the Masters of the programme to establish new companies providing electrical power services, implement strategic energy projects, and perform research.

Electronics engineering is the element of innovation and technological progress that drives physical and functional changes in electronic systems. It is a fusion between design methods, modelling tools, and the development of the manufacturing process.

Computer Engineering study programme teaches to develop modern computer systems and embedded computers as well as to develop modern services based on application of computers, to lead computer technology projects, to understand the latest and most significant computer engineering scientific research and development trends, to conduct research, and assess results.

Informatics Engineering is a branch of computer science, focused on effective solution of practical computation and information processing problems with application of scientific knowledge. This programme of doctoral studies aims to prepare future scientific leaders in the scientific field of Informatics Engineering. Each doctoral student who aims to acquire doctoral degree has to complete doctoral studies in the scope of 30 credits, conduct original scientific research in the scientific field of Informatics Engineering and develop new scientific knowledge, present the results of his/her scientific research in national and international scientific conferences and scientific journals, write and orally defend his/her doctoral dissertation. Programme provides doctoral students with a possibility to complete one study module at the foreign academic institution or participate in summer camp for doctoral students organised abroad and actively conduct the most advanced scientific research at the integrated centre of science, entrepreneurship and studies of Santaka valley since the first day of their studies. Awarded doctoral degree proves that doctoral student acquired a deep academic education and is able to conduct original scientific research in the field of Informatics Engineering.

The aim of study programme is to prepare students' skills to program and independently master new programming languages and software tools. To develop an ability to design the electronic equipment based on the microcontrollers and FPGA, to develop the microcontroller programs, to use the software dedicated to the programming of microcontrollers and simulation of the equipment based on the microcontrollers.

As new technology makes its way into our workplaces, homes and shared public spaces, complex technical systems with autonomous capabilities are becoming more and more important. By choosing this study programme, you may rest assured – the skills and knowledge acquired will place you among the most sought-after professionals in the job market. Control technologies are an integral part of any contemporary appliance; therefore, vast career opportunities open up for our graduates.

Aims of the study programme: to train a specialist of electrical and automation engineering who has knowledge, abilities and skills for professional designing, installation, maintenance, solving professional problems in electrical engineering in the competitive market.