Rapid advances such as autonomous driving, fuel‑cell propulsion and artificial intelligence are reshaping how people and goods move and how logistics are organised. This master's responds to that shift by preparing graduates who combine engineering know‑how with automotive and technology management skills—profiles that will be increasingly sought after across the mobility and automotive sectors.
The programme delivers a balanced technical and managerial education with a strong project orientation and deliberate skills development. Coursework and hands‑on projects cover driver assistance systems, alternative power supplies and broader future‑mobility concepts, while also teaching how innovations are introduced into companies and markets. Students gain solid grounding in project and risk management and learn about change management, human resources and product lifecycle management.
Frequent project work builds presentation, communication and intercultural abilities, equipping graduates for leadership roles worldwide. During the degree students also participate in the Siemens Mechatronic Systems Certification Programme (SMSCP) and earn certifications on levels one to three.
Overview
This program combines core industrial engineering foundations with focused training in sustainable technology management for the mobility and automotive sector. In the first year you build quantitative and technical foundations — mathematical methods, electrical and electronics engineering, CAD (AutoCAD or NX by Siemens), basics of measurement technologies, data analysis and programming — while engaging in hands-on project labs and the first levels of the SMSCP practical certification. Parallel sustainable technology modules introduce industrial networking, innovation radar/foresight, and product lifecycle thinking, linking production processes with customer and supply-chain perspectives.
In the second and third semesters the curriculum deepens digital and future-mobility competencies: software development, AI (two-part sequence), digital signal processing, sensors, cloud technologies, battery-electric vehicle technologies and charging infrastructure, alternative power supplies, and emerging mobility and automotive technologies. Sustainability topics cover circular economy, new business models, innovation and change management, and competence development. Practical application is emphasized through project and risk management coursework and progressive SMSCP certification stages.
The final semester focuses on professional application and research: cyber security, a company project or internship, research and development methods including a master’s colloquium, and the master’s thesis. Graduates will be prepared to analyze and manage complex technical systems, apply AI and software solutions, design sustainable product and supply-chain strategies, and lead innovation processes in the mobility and automotive industries.
Program requirements (core modules and practical components)
Key learning outcomes
To be eligible, you need an undergraduate degree in an engineering or natural sciences discipline. Relevant examples include (but are not limited to) Environmental, Electrical, Computer, Mechatronics, Mechanical, or Civil Engineering, as well as related science degrees. The programme looks for applicants with a technical foundation that suits the interdisciplinary nature of industrial engineering and sustainable technology management.
In addition to your degree, you must demonstrate English language competence and submit a short application package outlining your motivation and background. A clear curriculum vitae and a copy of your passport or national ID are required to verify identity and outline your academic and professional experience. The secondary school certificate is also requested as part of the documentation.
As an international applicant, prepare these documents carefully: write a focused motivation letter explaining your reasons and goals, ensure your CV highlights relevant study and work experience, and provide clear, legible copies of identity and school certificates. If your documents are not in the programme’s working language, be ready to provide certified translations if requested.
Required documents (bullet list)
Winter Semester (International)
15 August 2026
Summer Semester (International)
1 February 2027
Winter Semester (EU/EEA)
1 October 2026
Summer Semester (EU/EEA)
1 April 2026
Graduates are prepared for technical and managerial roles in the mobility and automotive sectors, including positions in R&D, product lifecycle and project management, innovation management, and systems integration at OEMs, suppliers, mobility service providers and technology firms. The programme's mix of technical depth, management training and certified hands-on experience (SMSCP + company project/internship) aims to make you industry-ready for leadership and specialist roles around the globe.
Typical career pathways include roles such as systems engineer, product manager, project manager, innovation manager, or technical lead in areas like electric mobility, autonomous driving, charging infrastructure and smart logistics. The international and project-focused elements also support transitions into consulting, startups and cross-border assignments.
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