Discover the transformative potential of autonomous systems and how they are reshaping industries from mobility, transportation and logistics to healthcare and agriculture using artificial intelligence techniques. Join us at TH Ingolstadt, one of the leading Universities of Applied Science in Germany, and explore the design, applications, benefits, and future impact of these cutting-edge technologies.
At the heart of this research-focused Master’s programme is an individual research project tailored to your academic interests. You can choose from topics across electrical engineering, computer science, and engineering disciplines, allowing you to explore cutting-edge technologies in depth. Through advanced scientific methods, independent project work, and close engagement with current research, you will strengthen your analytical and research skills while building a solid foundation for a future doctoral degree and a career in research, development, or innovation.
Autonomous vehicles and self-driving systems are set to transform the future of mobility. Ensuring the safety of all road users remains a key priority in this rapidly evolving field. In this Master’s programme, you will deepen your expertise in computer science and engineering while exploring the technologies behind automated and connected driving. Studying at one of Bavaria’s leading research universities, you will engage with cutting-edge developments in areas such as artificial intelligence, sensor technologies, vehicle systems, and autonomous mobility, preparing you for advanced roles in research, development, and the automotive industry.
Automated driving is shaping the future of mobility. This English-taught bachelor's degree programme focuses on the latest advances in sensor technologies, intelligent algorithms and advanced driver assistance systems (ADAS). Students gain the expertise needed to develop next-generation mobility solutions and are well prepared for careers with automotive manufacturers, technology companies and leading industry suppliers.
Biomedical Engineering focuses on medical technology, electronics, computer science and biomedical fundamentals. The curriculum connects diagnostic devices, therapeutic systems and medical data processing. Its specialist profile is shaped by engineering expertise tailored to digital healthcare applications.
At the core of Electrical Engineering and Electric Mobility are electric drives, battery systems, power electronics and charging infrastructure. The curriculum connects energy storage, thermal management and vehicle integration. Particular emphasis is placed on end-to-end engineering of electrified vehicles and mobility systems.
Simulation and modelling are becoming increasingly important throughout the automotive development process. In the Master’s programme in Electrical Engineering and Electric Mobility, you will deepen your expertise in advanced engineering methods, digital development tools, and future mobility technologies. The programme prepares you for leadership roles as well as careers in research and development, equipping you with the skills demanded by global automotive players and innovative suppliers. With a strong focus on electrification, simulation, and intelligent systems, you will be ready to help shape the next generation of sustainable mobility solutions.
Electrical and Information Engineering opens the door to a career in the technologies shaping tomorrow’s world. This Bachelor’s degree equips you with the knowledge and skills needed across a wide range of industries, including telecommunications, sustainable energy systems, automotive engineering, and medical technology. You will develop expertise in electronics, digital systems, communication technologies, and intelligent networks, preparing you to help design, develop, and optimize the technologies that drive innovation and improve everyday life.
Key areas in Intelligent Aerial Systems include aeronautics, autonomous systems, sensor technology and artificial intelligence. The programme brings together navigation, flight control and intelligent mission planning. The result is the integration of smart functionality into unmanned aerial systems.
Vehicle design, powertrains, body structures and mechatronic systems define the academic profile of International Automotive Engineering. The programme brings together simulation, testing, manufacturing and systems integration. The result is engineering methods dedicated to the development of modern vehicles.
Future technologies meet intellectual property expertise. The Master’s programme in Patent Engineering combines advanced technical knowledge with a deep understanding of intellectual property (IP) protection and management. As a patent engineer, you will work at the intersection of engineering, patent law, and IP strategy, helping to safeguard and commercialise technological innovation. Due to this unique combination of skills, patent professionals are in high demand across industry, research institutions, and consulting. Studying at one of Germany’s leading universities of applied sciences, you will gain the expertise needed to shape innovation and protect technological advances in a knowledge-driven economy.
Autonomous, mobile, intelligent: Robots are indispensible in making many production processes possible in the first place. In combination with AI applications, they are becoming suitable for everyday use - help develop the latest generations, study the German language Bachelor Robotics in the heart of Bavaria's industrial region!