Robotics is a science of robots and intelligent technology, which is already fundamentally changing the face of humanity. The KTU study programme combines electronics, mechatronics, computer control, signal processing, artificial intelligence and programming in the design, development and application of robots and their integration with other systems in the work environment. The practical experience is gained through seminars and workshops in the best in the Baltics laboratories international training centres, established and sponsored by business partners.
Civil Engineering is described as entirety of the processes, required for design, building, installation and operation of buildings and constructions analyses theoretical and practical issues of structures, production technology, construction technology, and organisation of construction works. The BSc programme thoroughly covers the scientific fundamentals of civil engineering and computer-aided design skills required to apply them, providing a range of opportunities to put theory into practice through specialist laboratory classes, project works, group works using BIM methodology.
Focused on professional experience at aviation companies, the programme leads through gradual learning about processes underlying the principles of aerodynamics, materials used to build aerial vehicles, aerial vehicle structures and types, their behaviour in flight and development of abilities in aerial vehicle design, building and maintenance as well as dealing with a number of other aspects related to creative engineering activity in aviation.
Programme prepares qualified technologists with Bachelor degree in engineering for any production company or laboratory. Graduates know how to design products and processes, manage technological systems, understand processes of chemical technology, equipment, are able to provide economic assessment of new technologies, know the threat of chemical materials to environment and people, can apply suitable protection measures in industry or at the laboratory, know methodologies of laboratory research, can use modern analytical and industrial equipment in practice.
This degree will enable you to work in any area of global and dynamic electronics industry ranging from traditional but modern manufacturing to medicine, security and logistics, communication systems and military equipment. Through case based learning, practice, challenging projects, programme educates electronics engineers, who are able to create, install, research, improve and provide maintenance services to modern systems in the areas of industry.
Mechanical engineering is one of the broadest and oldest of the engineering disciplines and therefore provides some of the strongest interdisciplinary opportunities in the engineering profession. The programme covers analysis of different materials and technologies used in industry, fundamentals of machine design and product development. The competencies, abilities and skills to develop equipment, components and systems of mechanical nature applying modern CAD/CAE systems are of special importance for future career. The programme has a Twin programme option under the ECIU consortium.
Mechatronics, as underlying industrial technology, is crucial for further development of manufacturing, transport, medical, aerospace and other sectors. This multidisciplinary programme provides systematic fusion of knowledge and methods within the fields of mechanical, control and computer engineering, which enables the graduates to develop, implement or maintain increasingly complex technical systems.
Production Engineering is focused on enabling the graduates to carry out and lead production processes in a company, which operates in fast changing market environment. To work efficiently a specialist must have knowledge of production technologies and process management, be able to develop and manage production processes, choose materials for products, technological equipment and ensure its operation, analyse technical problems of production. Students can deepen their knowledge in production technologies and management.
The world s best of the best in motorsport tests the vehicles of your design and win the championship races. Seems too good to be true, or is it Having gained knowledge in car powertrains, expertise in their operation and maintenance and mastered specifics in design and manufacturing of vehicles and methodologies of their technical upgrade, you will join KTU graduates network of vehicle engineers who live this dream already.
Labour market surveys emphasize that specialists with knowledge of high technologies, creation and application of various materials, and practical skills, will dominate in the list of most promising future specialities. BSc in Materials and Nanotechnologies analyse the ways various materials are created and applied in industry and contemporary high (micro-, nano-) technologies, how characteristics of materials are researched, evaluated and changed. Acquiring knowledge of material composition, physics and chemistry, the graduates are able to select suitable materials or production technologies, and to find solutions for various engineering and technical issues.
"This programme is designed for those who want to learn to ""play with language"", know the secrets of electronic communication, analyse grammar of ""visual design"" and master a few foreign languages (French, German, Russian, Italian, Spanish or Swedish). Innovative language solutions are an integral part of the activities in the fields of media, public relations, advertising, marketing, etc. The programme offers minor studies in European Studies and Political Sciences."
European Studies is an interdisciplinary programme with a unique perspective on politics in the national states, Europe and the World. It specifically targets the students who want to know political and economic integration processes, their participants, goals, causes, course and consequences in Europe from the global perspective. Through the analysis of political processes, of what and how functions in the European Union, as well as through provided methodology, tips and tricks, studying and learning in multicultural environment, the graduates can actually make changes, influence the decision making process or apply the expertise in local and global companies, NGOs, public institutions.
Programme is designed for ambitious young people, who want to obtain integrated expertise in business process and technology management, forming a broad approach to management, industry and business. Studies are based on the classical and modern management concepts and synergy arising from integration of social, technological and fundamental sciences. Broad-minded management professionals are able to organise work in companies, implement projects and communicate with customers, engineers, functional divisions.
KTU is the leader in computer science studies, and the graduates from BSc programme of Informatics are evaluated the best by the employers in Lithuania (Reitingai, 2017). The studies focus on technologies of programming, the internet and three-dimensional graphics. Cloud computing, contemporary fixed, mobile or wireless access networks, real world information models and processes of computerised application areas, and competences for independent establishment of online IT and multimedia services enable the graduates to be up to date with the needs in the market.
BSc programme of Applied Physics is for those who are interested in the processes in living environment, curious about scientific and technological achievements and are seeking to contribute to development of high technologies. The curricula combine the theory of mechanical, electromagnetic, optical, quantum phenomena, as well as its application in practice, particularly in the area of high technologies. Acquired knowledge through theoretical classes and numerous labs let the graduates to succeed in many areas industries.
A dynamic, innovative and practical at the same time, programme is implemented through Studio method - study courses are integrated into a single complex task: students learn architecture-related principles of drawing, composition, physics, materials strengths, etc. and apply directly in the project they are working on. Another exclusivity of the programme lays in the historical, cultural, theoretical and philosophical critical analysis of existing typologies, associated with the design of aesthetic prototyping which integrates constructions, mechanical, ecological and economic research.
The Materials Physics and Nanotechnology programme is designed for students who have an interest in and an aptitude for both technological sciences and physics. This is a unique bidirectional undergraduate study programme in English. The programme provides students with a fundamental knowledge of physics, an understanding of technologies, technological design, together with problem-solving skills, and is aimed to address the needs of students seeking innovative careers in today s technological age.
1510849173.jpg)
