Programs

Applied Research in Engineering Sciences (M. Sc.)

The Master of Science in Applied Research in Engineering Sciences is an individualized study program designed to foster professional, methodological, and personal development. Unlike traditional master's programs, this 'research master's' features fewer modules, allowing students to dedicate significant time to engaging in exciting research projects. This hands-on approach ensures knowledge is deeply rooted, continuously expanded, and put into practice. Throughout the program, students receive consistent support from experienced mentors who act as reliable points of contact. The program prioritizes the student's interests, projects, and development, offering a supportive environment with structured project work and targeted theory teaching. Students are integrated into research groups from the outset, gaining access to modern laboratory infrastructure and participating in real research activities. This structure facilitates continuous exchange, orientation, and reliability, laying a strong foundation for academic success and future careers.

Artificial Intelligence (M.Sc.)

Artificial intelligence is a rapidly advancing field with high demand for skilled professionals across all industries. This Master's program equips you with in-depth knowledge and practical skills in the latest AI methods, including deep learning for computer vision, language, and text understanding. You will also cover efficient data management and AI security. The program fosters intercultural competence and global networks through its international student body and offers a strong scientific foundation for those considering doctoral studies or research careers. The curriculum allows for specialization by selecting modules from related programs like Business Information Systems Engineering and Cloud Applications and Security Engineering.

Automated Driving and Vehicle Safety (M.Eng.)

The Master's program in Automated Driving and Vehicle Safety focuses on the rapidly evolving field of future mobility. It equips students with in-depth knowledge in both engineering and computer science, essential for developing safe automated driving systems. The program aims to enhance students' theoretical and scientific understanding, preparing them for doctoral studies or research careers. While primarily taught in German, some courses are offered in English, reflecting the interdisciplinary nature of the field.

Autonomous Vehicle Engineering

The Autonomous Vehicle Engineering Bachelor of Engineering (B.Eng.) program focuses on the rapidly evolving field of automated mobility. As vehicles become more connected and electrified, this degree prepares engineers to design and develop the systems that enable autonomous driving. The curriculum covers the core areas required for automated mobility: sensing the environment through advanced technologies, processing this information using software and intelligent algorithms to create driving strategies, and implementing these strategies safely through control of actuators (drive, steering, braking). This program emphasizes an international learning environment, bringing together students from diverse backgrounds to foster collaboration in global teams. Graduates will be equipped with expertise in computer science, sensor technology, control engineering, and machine learning, preparing them for a wide range of career opportunities in the automotive industry and related technology sectors.

Biomedical Engineering (B. Eng.)

This Bachelor of Engineering program combines electrical engineering and computer science with medicine to prepare students for the development of medical technology. The curriculum covers fundamentals of mathematics, physics, electrical engineering, computer science, and medicine, with a focus on electronics and embedded systems crucial for modern healthcare. Graduates will be equipped to innovate in areas such as wearables, diagnostic devices, and therapeutic equipment.

Business Information Systems Engineering (M. Sc.)

This Master's program focuses on the engineering of business information systems, essential for efficient business processes in today's digital companies. You will gain professional and methodical skills to manage, develop, and maintain integrated business information systems and leverage business data for data-driven decisions. The program emphasizes both the business process-driven implementation and integration of systems, as well as the professional handling of business data within these landscapes. You'll have the opportunity to specialize further by choosing elective modules from related Master's programs and gain hands-on experience with modern tools like SAP HANA, often culminating in a project with a corporate partner. This Master's degree prepares you for advanced roles in industry or further academic pursuits, such as a doctorate.

Computational Life Sciences (B. Sc.)

This Bachelor of Science program in Computational Life Sciences (also known as Bio- and Medical Informatics) focuses on the intersection of computer science, health sciences, and natural sciences, with a strong emphasis on human health. It's designed for students interested in a rapidly growing field that addresses current societal challenges through digital solutions. You will gain skills to automate processes, analyze complex biological and medical data, and simulate biological systems to enhance understanding. The program aims to equip you with interdisciplinary expertise, preparing you for roles in developing advanced diagnostics, therapies, and healthcare IT solutions.

Computer Science

Computer Science and Artificial Intelligence (B. Sc.)

This Bachelor's program provides a strong foundation in Computer Science with a special focus on Artificial Intelligence (AI). You will gain up-to-date knowledge in applied computing, learn to design computer-based systems, and explore key AI concepts like machine learning, natural language processing, and computer vision. The curriculum also addresses ethical considerations, data privacy, and security. Graduates are prepared for a wide range of careers in a field that is increasingly shaping our digital future, enabling social participation and economic success.

Electrical Engineering and Electric Mobility (B. Eng.)

The Bachelor of Engineering program in Electrical Engineering and Electric Mobility focuses on how electrical engineering is shaping the future of transportation. This program emphasizes the growing demand for knowledge in electromobility and energy storage, extending beyond just automotive applications to areas like robotics, railway technology, and medical technology. It is characterized by its strong interdisciplinary connections, a significant practical component, and broad applicability across various industries. Graduates are well-prepared for roles in planning and developing components, systems, and functions for hybrid and electric vehicles and other transport systems. Specializations in power electronics, control engineering, simulation, and modeling are central to the curriculum.

Electrical Engineering and Information Technology

Intelligent Aerial Systems (M. Eng.)

The Master of Engineering in Intelligent Aerial Systems is an English-taught program designed for graduates with a background in Electrical Engineering, Information Technology, Computer Science, Aeronautical Engineering, or similar fields. It focuses on the development of autonomous and networked unmanned aerial systems (UAS), also known as drones. This field is crucial for future advancements in transportation, logistics, environmental monitoring, disaster management, and security. The program equips students with the skills to design and implement intelligent flight systems that can perceive their environment and adapt to changing situations using sensors, AI, and advanced control algorithms.

International Automotive Engineering (M. Eng.)

The Master of Engineering in International Automotive Engineering (IAE) focuses on the evolving landscape of automotive technology, driven by advancements in electronics and connectivity. The program equips students with interdisciplinary knowledge in mechanics, electronics, and computer science to tackle the challenges of developing complex mechatronic systems for future vehicles. You will learn about electrified drives, advanced sensors and actuators, driver assistance systems, and vehicle safety technologies. The curriculum also emphasizes communication and intercultural competence, preparing you for a globalized automotive industry.

Patent Engineering (M. Sc.)

The Master of Science in Patent Engineering is designed for graduates with a Bachelor's degree in engineering or natural sciences who are interested in the intersection of technology and intellectual property (IP). This program equips students with the theoretical knowledge and practical skills necessary to work as patent engineers in patent, research, and development departments. The curriculum uniquely combines in-depth technical content, particularly in electrical engineering and information technology, with essential IP know-how, including German, European, and international patent law, employee invention law, and know-how protection. Graduates will be prepared to analyze and manage complex issues related to technical inventions, their legal protection, economic viability, and strategic application.

Promotion in AI, Informatics or Engineering Sciences

Robotics and autonomous systems

Sociotechnical Cybersecurity (M. Sc.)

This Master's program in Sociotechnical Cybersecurity is taught in English and combines IT security, psychology, sociology, and management to prepare you for careers in protecting complex systems from cyber threats. It goes beyond purely technical aspects, exploring how human behavior, organizational structures, and cultural factors influence security. The program offers domain-specific expertise in the critical sectors of mobility, industry, and healthcare, covering areas like automotive, IoT, and healthcare security. You will learn about future technologies such as post-quantum cryptography and AI-based security mechanisms, while developing strong scientific and analytical skills. The program emphasizes a personal and practical approach, with small groups, individual support, and opportunities for involvement in international projects and competitions. Studying in Ingolstadt places you in a high-tech region with direct connections to industry leaders.