Reza Yazdanpanah is an electrical machines and electromechanical systems researcher with expertise in electromagnetic design, modelling and experimental validation of rotating machines. His work combines analytical machine modelling with finite element simulation to develop practical machine designs suited to renewable energy applications.

A defining aspect of his research is the use of physics-based analytical methods, including magnetic equivalent circuits and field-based formulations, to support rapid parametric exploration and design optimisation. These methods provide clear insight into the electromagnetic trade-offs that govern torque production, efficiency and thermal loading, and are typically validated using 2-D and 3-D finite element analysis.

His research includes the design and assessment of permanent magnet machines for low-speed, high-torque applications, including generator concepts relevant to direct-drive wind turbines. This involves air-gap field modelling, harmonic analysis, loss evaluation and practical considerations related to manufacturability and material selection.

Reza has also developed expertise in hybrid electromagnetic devices, including the design and evaluation of hybrid electromagnetic braking systems combining eddy-current and regenerative braking. This work integrates electromagnetic analysis, system-level modelling and experimental testing to assess torque–speed behaviour and performance under transient conditions.

Across these themes, his work emphasises traceability between analytical predictions, numerical simulation and prototype measurements, supporting robust engineering design workflows.

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Key expertise

• Electromagnetic design and modelling of electrical machines
• Magnetic equivalent circuit methods and analytical field formulations
• 2-D/3-D finite element analysis for machine performance and loss evaluation
• Direct-drive generator concepts for renewable energy applications
• Hybrid electromagnetic devices and experimental performance validation

Reza Yazdanpanah’s expertise strengthens WECC’s capability in machine-level engineering, supporting the development and validation of next-generation generator and electromechanical concepts for renewable energy systems.