Battery Technology (graduate)

The advanced study program in Battery Technology builds on knowledge gained in an undergraduate degree and, where applicable, professional experience. Students typically specialize in a focus area—such as electrochemical energy storage, critical raw materials, or interconnected value chains. There are also master’s programs that cover the full breadth of battery technology.

The program leads to a second professionally qualifying university degree.

Battery Technology is also available in dual-study formats and as a part-time program.

Example modules

• Battery Data Analytics
• Battery Management Systems
• Battery Materials
• Battery Systems Engineering
• Computer-Aided Materials Design
• Digital Signal Processing, Sensing & Cloud Technologies
• Electrical Energy Systems
• Electrochemistry
• Electrode Design
• Fundamentals of Battery Technology
• Functional Components & Technologies for Automotive and Mechatronics
• Colloids and Interfaces
• Measurement Methods
• New Industrial Technologies
• Economic Foundations of Power Markets
• Production Engineering
• Sustainability & Product Lifecycle Management (PLM)

Practical study components

Depending on the university: internships, practice-integrated modules, practical semesters (e.g., in industry), and study-abroad terms.