We are always pleased to support the next generation of motor engineers. Seeing students develop new ideas and transform them into functioning technologies highlights the creativity and determination driving the future of electric propulsion.

Initiatives like AMflux at ETH Zurich demonstrate how academic environments can accelerate practical innovation. By combining theoretical knowledge with hands-on engineering, students are able to explore new design approaches, test concepts, and push the boundaries of axial flux motor technology.

Encouraging this type of experimentation and real-world development is essential for advancing electric motor systems and strengthening the broader energy transition. Supporting young engineers as they build, test, and refine their ideas helps ensure that the next wave of innovation continues to emerge from research labs and student teams.