Overview This research-focused MSc programme is devoted entirely to battery engineering and designed to equip you for a leading role in the expanding battery sector and the global energy transition. The curriculum spans the complete battery value chain — from materials and electrochemical principles to production, recycling, and the integration of battery systems into practical applications — and includes advanced topics in battery electronics and diagnostics.
Structure and teaching The degree runs over four semesters: the first three consist of block-organised modules made up of lectures, exercises and practical courses, while the fourth semester is reserved for the Master’s thesis. Courses are delivered via a modern, flexible digital teaching and learning concept to support a variety of learning styles and schedules. The programme is highly interdisciplinary and research-oriented, preparing graduates for both industry and research roles within the emerging field of battery engineering.
Who this programme is for This programme is aimed at graduates in natural sciences and engineering disciplines who want specialised competence across the battery value chain. It is unique in Germany and Europe in focusing exclusively on battery systems, offering a distinctive way to broaden career prospects in this fast-developing sector. International applicants should note that a preparatory digital qualification is required to ensure smooth entry into the MSc curriculum.
Key requirements (concise)
Curriculum overview
The MSc program is built from several coordinated components that together provide both theoretical foundations and hands-on experience. Core (compulsory) modules establish the essential engineering and scientific principles of battery systems, while selective (elective) modules let you tailor the degree toward specific interests. Practical training is emphasized through research laboratory courses and a research internship, giving opportunities to apply methods and techniques in experimental and project settings. Language courses are offered to support academic and professional communication.
A central outcome of the program is the ability to carry out independent, research-oriented work: this culminates in the Master's thesis, which may be completed at one of the university’s research institutes or externally in collaboration with an industrial partner. Across the curriculum you will therefore develop analytical and experimental skills, experience in project-based problem solving, and the ability to present and document technical work—preparing you for research roles or industry positions in battery engineering and related fields.
For full details on course sequencing, module descriptions and assessment formats, consult the MSc BSE program web page.
Program components (concise)
Applicants should meet the academic and additional criteria listed below. A completed Bachelor-level degree (B.Eng., B.Tech. or B.Sc.) in a relevant field is required, and candidates must also provide either the specified GRE scores or proof of completion of the German Engineering College programme. Relevant professional experience is required by the time of application.
Winter Semester (International)
1 March 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for specialist roles across the battery value chain, including battery materials development, cell and pack design, battery production and recycling, battery electronics and diagnostics, and system integration for automotive and stationary energy-storage applications. Typical employers include battery manufacturers, automotive OEMs and suppliers, energy-storage companies, recycling and materials firms, testing and certification bodies, and technology startups.
The programme’s strong research and industry-oriented projects also position graduates for R&D roles and doctoral studies. With interdisciplinary training in engineering, materials and diagnostics, alumni can pursue careers in product development, quality assurance, commissioning and consulting, as well as technical management roles in the growing battery industry sector.
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