Bachelor of Engineering Technology, Mechanics, and Mechanical Engineering
Riga, Latvia
BSc
DURATION
3 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
Aug 2026
STUDY FORMAT
On-Campus
* Application deadlines are country-dependent, and applications close as early as May 1 for some countries. Please check our applications timeline for more information: https://www.rtu.lv/en/studies/admission-1
Key Summary
About: This three-year programme at Riga Technical University covers engineering technology, mechanics, and mechanical engineering. In the first two years you build a foundation in mechanics and learn industry-standard software through practical assignments. The programme fosters technical creativity, gives access to a green sustainable campus, RTU’s international STEAM community, global professional networks, internships and engineering networks.
Career Outcomes: Graduates can work in engineering firms, maintenance teams or project-based roles. Potential positions include mechanical design engineer, equipment maintenance engineer, engineering analyst, CAD specialist and product development or manufacturing roles. These careers tap skills in mechanics, simulation, technical drawing and problem solving.
Tackle critical engineering challenges of today’s infrastructure and drive global innovation with a Bachelor’s degree in Engineering Technology, Mechanics, and Mechanical Engineering from Riga Technical University.
This three-year programme is developed in collaboration with eight leading European technical universities, ensuring a high-calibre curriculum and extensive faculty experience.
In the first two years, students build a strong foundation in mechanics and mechanical engineering through courses such as Mathematics, Physics, Theoretical Mechanics, and Material Science.
The third year focuses on mastering cutting-edge computer simulations and numerical analysis, preparing graduates for careers in mechanical system design, production, and management of custom-tailored equipment worldwide.
During the programme, students familiarise themselves with industry-standard computer programmes through practical assignments and foster technical creativity for developing new technologies in fields such as machine dynamics analysis, design, testing, diagnostics, robotics, and mechatronics.
Why Engineering Technology, Mechanics, and Mechanical Engineering at RTU?
The programme focuses on real-world application and interdisciplinary collaboration, equipping students with foundational skills to lead in the fields of modern infrastructure innovation. Students are supported by distinguished faculty with a wealth of industry experience and dedication to nurturing the next generation of engineering leaders.
The RTU advantage:
- Gain access to one of the best-equipped prototyping workshops in the Baltic states and take advantage of our next-generation equipment to bring your ideas to life.
- Spend your days on a green campus that prioritises sustainability, exemplified by our ranking as the 57th greenest university in the world(GreenMetric University Rankings 2025).
- Build a global network by studying alongside students from over 100 countries, engaging in industry events, and participating in student-led innovation initiatives that connect you to the future of engineering.
Questions?
Want to learn more about the programme, accommodation options, or admission requirements? Don’t hesitate to reach out to our Admissions team:
admission@rtu.lv
+371 67089766 (call)
+371 25714286 (WhatsApp, messages only)
Compulsory Study Courses
- Mathematics
- Physics
- Mechanics
- Electrical Engineering and Electronics
- General Chemistry
- Structures and Properties of Engineering Materials
- Descriptive Geometry and Engineering Graphics
- Fundamentals of Computer Science
- Fundamentals of Law
- Civil Protection
- Supplementary Mathematics (for Mechanical Engineering)
- Probability Theory and Mathematical Statistics
- Introduction to the Field of Study
- Theoretical Mechanics (for Mechanical Engineers)
- Resistance of Materials (for Mechanical Engineering)
- Material Science
- Heat Study
- Construction of Machines and Mechanisms
- Engineering Measurements and Experiments
- Fluid Mechanics
- Computer Graphics (Advanced Course for Mechanical Engineers)
- Numerical Analysis in Engineering Mechanics
- Engineering Mechanics Problems
- Hydro- and Gas Dynamics
- Technical Thermodynamics and Heat Exchange
- Methodology and Technique of Design
- Machine Dynamics and Strength
- Electro, Pneumo and Hydro Automatics
- Innovative Product Development and Entrepreneurship
- Environment and Climate Roadmap
Compulsory Elective Study Courses
Field-Specific Study Courses
- Mechanics of Deformable Firm Bodies
- Computer-Aided Analysis of Mechanical Systems of Machines (Basic Course)
- Electronics in Medicine
- Physical Foundations of Electronics
- Automisation of Calculation of Construction Durability (Basic Course)
- Medical Physics
- Mechanical Vibration and Acoustics
- Microtechnology Equipment
- Micro- and Nanotechnologies
- Nonlinear Dynamics: Introduction
- Electronic Equipment of Production Automation
- Basics of Production Automation
- Thermomechanical Measurements and Fundamentals of Automation
- General Metrology
- Basics of Production Engineering
- Mechanics of Composite and Elastic Materials
- Robot Kinematics
- Reliability of Medical Equipment
- Methods and Technology of Process Control
Humanities and Social Sciences Study Courses
- General Sociology
- Sociology of Management
- Sociology of Personalities and Small Groups
- Politology
- Political System of Latvia
- United Europe and Latvia
Languages
- The English Language
- The German Language
Other Courses
- Free Elective Study Courses
- Final Examination: Bachelor Thesis
Graduates of this study programme will have a deep understanding of technical processes in mechanics and mechanical engineering. They will be capable of evaluating and analysing technological processes, assessing the performance and quality of mechanical systems, identifying risks, and determining preventive measures.
Graduates will be able to improve mechanical equipment operation, plan resources for successful engineering system operation, and design, install, and operate mechanical systems with further training.
They will also be prepared to collaborate effectively with other professionals and continue their studies at the master's degree level to advance their engineering careers.
The Latvian government offers scholarships for RTU bachelor’s and master’s students from select countries.
To apply, you must receive provisional acceptance from RTU. For more information about the application process and the list of eligible countries, visit the Study in Latvia website.
Scholarship:
- €500 per month for bachelor’s students for up to 10 months;
- €600 per month for master’s students for up to 10 months.
Eligible applicants:
- Bachelor's students who have already completed at least 1 academic year at any higher education institution (HEI);
- Master’s students from any previous HEI.
Graduates of the study programme can pursue career opportunities in companies that specialise in the design and production of mechanical equipment and components, as well as in companies focused on the maintenance of mechanical systems.
They may also work in projects involving calculations, simulations, and the use of computer programs to optimise mechanical designs and operations.
Potential roles include positions in:
- mechanical design;
- equipment maintenance;
- and engineering analysis.
The ideal candidate for this programme is someone:
- with a strong academic background in mathematics and physics;
- with a keen interest in mechanical engineering;
- who is motivated to learn and apply theoretical concepts to practical problems in machine design, dynamics, testing, robotics, and mechatronics;
- possessing creative problem-solving abilities;
- a desire to contribute to the advancement of mechanical engineering technologies and build a successful career in both local and international companies.
