The whole programme is in English.
The interdisciplinary degree programme in Battery Science and Technology in Engineering equips students with the essential knowledge and skills to explore potential applications, engage in research, and contribute to the advancement of battery technology. Graduates of this programme are qualified for diverse career opportunities in companies involved in battery production (e.g. battery cell or battery pack manufacturers), the application of batteries across various domains (e.g. vehicle, ship, or railway manufacturers), or the management and operation of battery storage systems (e.g. grid operators, energy suppliers, or energy traders). Furthermore, the programme provides a pathway for pursuing a doctorate in fields such as electrical engineering, mechanical engineering, or materials science.
By integrating disciplines such as electrical engineering, mechanical engineering, physics, materials science, computer science, and mathematics, the programme equips students with both the technical knowledge and practical skills necessary for success in the field of battery technology.
Moreover, the programme develops expertise in battery electronics and diagnostics, data monitoring and evaluation, and quality assurance. Effective battery design and utilisation strategies are rooted in a thorough understanding of the requirements and constraints of various application fields.
Students are also deeply involved in current research through the "Research Labs", 14-week practical courses with one-to-one supervision in various institutes and institutions involved in the degree programme.
The lectures and exercises are made available completely digitally. This allows each student to determine the number and type of modules and the pace of learning themselves. There will be at least five examination slots per semester, so that the examinations themselves can also be planned flexibly. Two courses to create a common level of knowledge must be completed in the first semester. Research labs (practical courses) take place in the second half of the first, second and third semesters. In addition, a compulsory internship on the topic of "battery testing" and a seminar are planned for the second semester. The Master's thesis is completed in the fourth semester. All other courses and the subject areas of the research lab can be chosen.
One of the research labs (14 weeks) can also be completed abroad with selected partners, so that students have the option of spending time abroad.
Approx. 400 EUR per semester
Germany scholarship
Academic Background: Applicants must hold a first university degree in natural or engineering sciences, providing sufficient foundational training for the programme. The specific requirements are outlined in paragraph three of the examination regulations. The examination board evaluates whether applicants meet these criteria.
Language Proficiency: The programme is conducted in English. Applicants must meet the language requirements specified in the examination regulations.
Special Admission and Selection Process: The Master’s programme in Battery Science and Technology in Engineering operates under a “numerus clausus,” reflecting its highly research-oriented education and the intensive level of supervision required. This means that there are restrictions on the number of students who can be accepted into the programme. Admissions decisions are based on a combination of academic performance and aptitude assessment. Specifically, applicants’ Bachelor’s degree grades account for 20% of the admission evaluation, while results from an aptitude test contribute 80%. For more information about the test and to register, please visit the dMAT (digital Master’s Test) website. It is important to note that if proof of test completion is not submitted by the application or extended submission deadline, the applicant will receive a score of 0 points for the test in the admissions process. Details on the selection criteria are available in the official allocation regulations (de).
GRE Requirement: Applicants from non-EU countries must provide Graduate Records Examination General Test scores as part of their application. The GRE has to be taken instead of the study aptitude test mentioned above.
RWTH Aachen is the ideal destination for your Master’s studies, offering world-class academics, cutting-edge research, and strong ties to industry. With a focus on hands-on experience and innovation, you’ll build valuable connections that prepare you for a successful career while being part of a globally respected institution. The supportive academic environment, combined with access to state-of-the-art facilities and expert faculty, ensures that students are well-equipped to face the challenges of tomorrow.
Blending rich history with modern innovation, Aachen is a vibrant student city with a global feel. From iconic landmarks like the Aachen Cathedral to a thriving academic and cultural scene, the city offers an inspiring environment for students looking for both intellectual growth and a dynamic lifestyle. With its welcoming atmosphere, international community, and dynamic student life, Aachen is the perfect place to expand your horizons, connect with others, and shape your future in an exciting way. Moreover, Aachen is not only surrounded by beautiful nature, such as the scenic Rursee, but also perfectly located for travel. With quick access to Cologne, Belgium, and the Netherlands as well as direct connections to Paris, you can enjoy weekend trips or day getaways. The natural surroundings offer space to recharge, all while staying connected to Europe’s cultural hubs. Whether you’re hiking, exploring nearby cities, or simply relaxing outdoors, Aachen provides the ideal balance of nature, culture, and opportunity.
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