Whether you are passionate about renewable energy, electric vehicles, or cutting-edge research, our education programs offer a pathway to a rewarding and impactful career in battery technology. Join us and be a part of the next generation of battery innovators.
We offer several master programs highly relevant in battery research and technology and an interdisciplinary microcredential on battery technology. We also organise study visits for high school students who are curious about batteries and offer professional development opportunities for lifelong learning. Together, we can create a sustainable and electrifying world.
Master's programmes for those who want to study battery technology
Batteries are an important part in the transition to sustainable transportation and renewable electricity generation and require a wide range of skills: From chemistry and physics through electrical and mechanical engineering to data science and large-scale production.
Microcredential “Battery technology – Current Knowledge and Future Trends”
Our microcredential “Battery technology – Current Knowledge and Future Trends” gives you the opportunity to deepen your knowledge across the entire battery value chain. Following the curriculum based on three mandatory courses, you will learn everything from fundamental electrochemical processes that lead to moving ions through processing materials into working battery cells to finding the best way to charge an electric car. The microcredential is open to all Chalmers students, alumni, PhD students and professionals meeting the course prerequisites.
Professional development and lifelong learning in battery technology
Chalmers offers continuing professional development and opportunities for lifelong learning in various forms. You can find freestanding courses and massive open online courses (MOOCs) on battery technology related topics available anytime. For customised contract education, please contact us directly.
Activities for schools
As a complement to the general study visits at Chalmers, we organise lectures and workshops inspired by the latest battery research for high school students. Step into a real battery lab and build your own coin cell, while discovering how it works in an interactive way.
Contact me for questions
- Assistant Professor, Materials Physics, Physics