Faculty of Mechanics
Our vision is for our faculty to be a prestigious institution within Lithuanian higher education, on par with the top technical universities in Europe. We aim to attract both local and international students and researchers, addressing environmental challenges with significant social impact. Our mission is to cultivate highly skilled, creative, and socially engaged professionals who contribute to Lithuania's and foreign science markets, fostering economic prosperity, social cohesion, and cultural preservation. Our values include openness, innovation, responsibility, and a strong community spirit.
IN THE FACULTY OF MECHANICS, THERE ARE THE FOLLOWING DEPARTEMENTS
- The Departments of Biomechanical Engineering
- Mechanical and Materials Engineering
- Mechatronics, Robotics and Digital Manufacturing
- The Faculty also has an Institute of Mechanical Science (MMI) and the Center for Technical Creation and Innovation (TKIC)
Bachelor degree
Applied Artificial Intelligence
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This study program aims to cultivate the ability to apply knowledge of machine learning and image recognition in designing and developing new intelligent products and solutions for industry and future manufacturing technologies. It provides an understanding of the applicability of artificial intelligence algorithms. The demand for qualified artificial intelligence professionals and excellent career possibilities is not confined to high-tech industries, technology development, home automation, autonomous intelligence, and robotics. It extends to centers of specialized intellectual production, creative workshops, the country's defense forces, high-tech research centers, and more.
VIEW THE PRESENTATIONDISCOVER MOREBachelor degree
Medical Engineering
The study program seeks to equip Medical Engineering professionals with the necessary skills to seamlessly transition into the job market within the realms of medical and biomechanical engineering.
Through the application of acquired engineering practices, critical thinking skills, and a commitment to continuous professional development, they will actively contribute to the well-being and progress of the community.
VIEW THE PRESENTATIONDISCOVER MOREThrough the application of acquired engineering practices, critical thinking skills, and a commitment to continuous professional development, they will actively contribute to the well-being and progress of the community.
Mechanical Engineering
Mechanical Engineering studies provide knowledge about various complex mechanical devices and technological machines design and exploitation. This study programme is aimed at preparing future mechanical system designers and production organizers. They are able to apply the newest technological achievements, IT, and understand fundamental mechanics engineering principles and processes.
VIEW THE PRESENTATIONDISCOVER MOREMechatronics and Robotics
Mechatronics and robotics are the science that unifies all major engineering directions: mechanics, electronics, electrotechnics, automatics, informatics.
The aim of this study programme is to prepare versatile specialists, who are able to do technological, organizational, construction and mechatronic as well as robotic systems exploitation, digital production supervision engineering and expertise-advisory work. In the course of studies students acquire knowledge of IT and programming.
VIEW THE PRESENTATIONDISCOVER MOREThe aim of this study programme is to prepare versatile specialists, who are able to do technological, organizational, construction and mechatronic as well as robotic systems exploitation, digital production supervision engineering and expertise-advisory work. In the course of studies students acquire knowledge of IT and programming.
Master degree
Biomedical Engineering
Biomedical Engineering aims to raise the quality of health services by technical means like improving the available clinical assessment methods and developing and designing new technical equipment for medicine to enhance human health. This study program is designed to equip professionals with the skills and knowledge necessary to bridge the gap between engineering and medicine. This involves integrating the design and problem-solving skills inherent in engineering with the principles of medical biological sciences. The overarching goal is to enhance healthcare services by applying engineering principles, incorporating design concepts, utilizing innovative technologies, and employing methods derived from multidisciplinary research.
VIEW THE PRESENTATIONDISCOVER MOREMechanical Engineering
This program is designed to prepare mechanical engineering specialists with the highest qualifications, offering a broad engineering scope and up-to-date knowledge in modern mechanical engineering. This includes various aspects such as the dynamics of mechanical systems, precise mechanical instruments, nanotechnologies, the application of laser material treatment and measurement technologies, energy transformation equipment and machines, micro-opt electromechanics, CNC applications, the specificity of 3D equipment and technologies, essentials of mechatronics, information technologies, basics of industrial and autonomous robotics (e.g., UAV or UGV), and mathematical modelling of mechanical devices.
VIEW THE PRESENTATIONDISCOVER MOREMechatronics Systems
The Master's degree programme in Mechatronic Systems is aimed at providing the latest scientific knowledge of mechatronic engineering employed for research purposes and at developing professionally and scientifically original, critical and independent thinking.
The program aims to cultivate highly qualified graduates with a profound and current understanding of mechatronics, spanning mechanical engineering, information technologies, mechatronic systems, and mathematical modelling. Graduates are intended to possess analytical, modelling, and projection skills applicable to manufacturing and process management of mechatronic systems, with a focus on optimizing their parameters. Additionally, the program aims to develop specialists with problem-solving skills in mechatronics suitable for research applications.
VIEW THE PRESENTATIONDISCOVER MOREThe program aims to cultivate highly qualified graduates with a profound and current understanding of mechatronics, spanning mechanical engineering, information technologies, mechatronic systems, and mathematical modelling. Graduates are intended to possess analytical, modelling, and projection skills applicable to manufacturing and process management of mechatronic systems, with a focus on optimizing their parameters. Additionally, the program aims to develop specialists with problem-solving skills in mechatronics suitable for research applications.
Industrial Engineering and Innovation Management
The Master's degree programme in Industrial Engineering and Innovation Management is aimed at training management engineers for manufacturing companies and capable of developing and commercializing innovative products and advancing production, organizational and marketing processes under conditions of global competition. The study programme is available in Lithuanian or English.
This programme provides a possibility of studying two terms at the University of Palermo (Italy) or Tallinn University of Technology (Estonia) and holding a double diploma. After successful completion of studies, the Master's degree is awarded by VILNIUS TECH and the selected university.
VIEW THE PRESENTATIONDISCOVER MOREThis programme provides a possibility of studying two terms at the University of Palermo (Italy) or Tallinn University of Technology (Estonia) and holding a double diploma. After successful completion of studies, the Master's degree is awarded by VILNIUS TECH and the selected university.
