29 Engineering Bachelor's Degree Programs in Lithuania

Combining atoms and molecules to create new materials is an exciting occupation full of creative possibilities. Novel medicines, clean energy, contemporary electronic gadgets, and innovative solutions for building structures and transport – the application and demand for new materials is growing every day.

Become a marine energy creator and help shape the world’s sustainable future with offshore wind turbine engineering! By 2030, global offshore wind capacity is expected to reach 234 GW, and by 2050, an impressive 1.1 TW. In Lithuania, the first 700 MW offshore wind farm in the Baltic Sea will start operating in 2028, producing up to 6 terawatt-hours of green electricity per year – half of Lithuania’s current electricity needs.

Preserving Gediminas Hill, realizing unconventional architectural projects, and constructing a bridge across the widest and swiftest-flowing river are just a few examples of the aspirations of those who seek to change the world. For those dreaming of making a global impact, even a new building contributes to altering the world's landscape.

Soya beans, corn, cotton and many other products on the shelfs of our shops arrive genetically modified. Genetic engineering is a huge achievement of scientific research that aids in solving the world-wide problems. Using the methods of gene transfer, natural evolution is speeded up, therefore it is possible to create the plants that are resistant to the pests, to reduce the starvation in poor countries, and also to find the medications against previously incurable diseases.

This study programme is designed for those who are interested in aircraft mechanics, aircraft constructions, engines , mechanical systems, aerodynamics or even UAV’s or satellites, and want a future career related to the field of aviation or event aerospace!

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.

Graduates will demonstrate basic knowledge in mathematics, science, and engineering; the ability to design and conduct experiments, interpret and analyze data, and report results; the ability to design automotive systems or their separate units; the ability to function on engineering and science laboratory teams, as well as on multidisciplinary design teams; the ability to identify, formulate and solve engineering problems; an understanding of their professional and ethical responsibilities.

Mechanical engineering is possibly the oldest branch of engineering science. If not for mechanical engineers, the industrial revolution would not have taken place, and we would probably still be producing everything using our own two hands. Mechanical engineers creatively solve future engineering problems by developing new and improving existing technologies used in medical, healthcare, sports and leisure, transporting and other industries. It is an area of science on which the progress of global economic development and future industrial prospects depend.

The objective of the Light Engineering study programme is to achieve a fundamental knowledge of physics, chemistry and mathematics, as well as an applied understanding of material synthesis and characterisation, the operation principles of lasers, photovoltaic and light-emitting devices, and finally, to develop and train students in the practical technological and engineering skills needed for work with lasers, laser technologies, modern lighting, photovoltaics, photonics, and semiconductor industries and enterprises.

Study programme aims to prepare professionals of Biomechanics who, after completing the study program, would successfully enter the labor market related to the field of medical and biomechanical engineering, could be employed in industrial or state enterprises or in other fields chosen by the graduate. Alternatively, such graduates could pursue a degree and contribute to the well-being of the country and society through the application of: engineering practices and critical thinking acquired through continuous professional development and competence in lifelong learning.

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.

This program provides opportunities to acquire competencies highly sought after in the job market – the ability to implement digital engineering innovations in biological systems (nature) and efficiently employ robots – where a robot does the work and you simply monitor it.

Aviation engineering is a science that literally and figuratively takes us to the sky. True, you have already learned this – although your first paper plane was probably not as good as the prototypes you created later – it is a start.

Automation is one of the main progress engines acting in all fields of modern human activities. The study programme prepares the Bachelors of control systems who are able to develop, design, install, and service the most simple equipment automation and the most complex technological processes, as well as transport flow control systems by using classical and modern automation solutions, artificial intellect, and computer-based sensors.

Technology and innovation, it is safe to say, are the driving forces of the progress of humankind. However, this requires creative and well-versed engineering professionals. Professionals who understand more than just the terms “inorganic chemistry” or “organic chemistry”.

Students will have sufficient knowledge base in field of mechanics engineering, to be able to use modern measuring and diagnostic systems, evaluate parameters of mechanical systems. Application of knowledge in activity of production of machines and mechanisms, and also use of high technologies. Developing an ability to observe and critically analyze, creatively solve technical, administrative questions of machine and mechanism development, design, production and exploitation in global market, understand meaning and value of own solutions to social process, improve professional skills and competence through life long learning.