COURSE CURRICULUM

Bachelor's program in Mechanical Engineering, you begin by mastering the fundamentals of natural sciences and engineering. Core modules in mathematics, physics, technical mechanics, CAD, thermodynamics, and electrical engineering provide the essential theoretical base for understanding complex mechanical systems. These foundational subjects are crucial for the advanced modules that follow. A major focus of the program is product design, which is explored from multiple angles including innovation, construction, automation, and economic feasibility. You will learn how to develop practical and efficient engineering solutions, and how to manage the entire product lifecycle from concept to production. This knowledge is applied in hands-on product development projects and a mandatory industrial internship, giving you direct exposure to real-world engineering challenges. Further modules in fluid mechanics, heat transfer, and materials science support your ability to contribute to research and development in fields such as energy, mobility, and manufacturing. Throughout the program, you also gain skills in programming, simulation, and numerical analysis. The program concludes with a Bachelor’s thesis on a topic of your choice, allowing you to apply your knowledge to a specific engineering problem. This combination of theory, application, and industry experience prepares you for a successful career or further study in mechanical engineering.