Master in Power Electronics And Electromechanics Computing Sciences And Electrical

The tuition fee is 12,000 EUR per year, and applications for the Mar 2027 intake close on Dec 15, 2026.

How can we efficiently convert, control, and utilize energy in an era defined by electrification and decarbonization? This Master’s programme addresses the fundamental challenge of managing electrical energy across the entire spectrum—from the micro-scale of household devices to the macro-scale of power grids and industrial systems. As global infrastructure shifts toward renewable sources, the ability to design high-efficiency power converters and advanced electromechanical systems has become a critical bottleneck and an unparalleled opportunity for engineers.

This specialisation at Tampere University bridges the gap between state-of-the-art research and industrial application. It is designed for students who aim to lead the energy transition by mastering the technologies that underpin electric vehicles, data centers, and smart grids. You will engage with the technical challenges of transforming electrical energy into mechanical movement and back again, ensuring sustainable resource use in a rapidly evolving technological landscape.

Why choose this programme?

• Industrial Integration: Benefit from the university’s strong ties to the Tampere industrial ecosystem, providing direct pathways to thesis projects and professional employment.
• Research-Led Learning: Engage with faculty at the forefront of power electronics and electromechanics research, ensuring your skill set remains current with the latest industry trends.
• Global Career Potential: Prepare for diverse roles in design, testing, R&D, and management within a global sector that is currently experiencing unprecedented demand for electrical expertise.