Stig Høgberg

Stig Høgberg is an External Lecturer in the Department of Engineering Technology and Didactics at the Technical University of Denmark (DTU). His research focuses on permanent magnet applications, energy systems, and materials science, particularly in contexts like renewable energy and recycling strategies for rare earth magnets. He has contributed to projects addressing magnet reuse in wind turbines and wearable energy harvesting. His work integrates experimental investigations, finite element analysis, and thermal studies to enhance magnetic performance and sustainability.

Key research areas include demagnetization effects, heat treatment processes, and static torque performance in misaligned systems. Høgberg has presented at international conferences, discussing topics such as smart design for torque density in magnet couplings and reusable magnet technologies. His projects, including 'REEgain: Innovative Permanent Magnet Production, Recovery and Reuse,' aim to reduce dependency on critical materials through design and recycling innovations.

Publications highlight his exploration of recycled magnet properties, adhesive layers in wind turbine generators, and axial generators for wearable devices. His research emphasizes practical applications in renewable energy and material efficiency, contributing to both academic and industrial advancements in electrical engineering and materials science.