COURSE CURRICULUM

The Drive Technology specialization includes subjects that provide students with comprehensive knowledge of modern motion systems and their applications in industrial engineering. Students study electrical drive systems, learning how electric motors, power electronics, and control technologies are used to generate efficient, precise, and reliable motion in machines, vehicles, and automated equipment. The curriculum also covers gear technology, where students gain an understanding of mechanical power transmission, gear design, torque conversion, speed control, and the optimization of mechanical drive components. Another important area of study is hydraulic and pneumatic drives, enabling students to understand how fluid power and compressed air systems are designed, controlled, and applied in industrial machinery, manufacturing equipment, construction machines, and automation systems. The program also includes a practical drive technology project, allowing students to apply theoretical concepts to real engineering challenges by designing, analyzing, optimizing, and testing drive systems using modern engineering software, simulation tools, and laboratory equipment. Through project-based learning and practical training, students strengthen their technical, analytical, programming, problem-solving, teamwork, communication, and project management skills while gaining hands-on experience with integrated mechanical, electrical, and control systems. Graduates have a broad range of career opportunities in industries that rely on advanced motion and drive technologies. They can work as specialists in the development, optimization, and implementation of drive systems in the automotive industry, electromobility, mechanical and plant engineering, conveyor technology, logistics, construction, infrastructure, renewable energy, energy technology, robotics, and industrial automation. Career paths include designing and improving electric and mechanical drive solutions, integrating intelligent control systems, and supporting the development of energy-efficient technologies. Additional opportunities are available in research and development, where graduates contribute to the creation of innovative drive technologies and next-generation engineering solutions. They may also pursue careers in technical sales and consulting, providing expert support for industrial customers, product selection, and engineering solutions, as well as in quality assurance and product testing, where they evaluate system performance, ensure compliance with engineering standards, and verify the reliability, safety, and efficiency of drive systems. The specialization equips graduates with the multidisciplinary engineering knowledge and practical expertise required for successful careers in advanced manufacturing, automation, and modern industrial technology.