Electrical Machine Design

• Induction motors (single-phase & three-phase)

• Synchronous machines (including low-speed, high-torque designs)

• Permanent magnet motors (BLDC, PMSM, Halbach array rotors)

• Generator design and performance optimization

• Linear motors and special machine topologies (radial flux, axial flux, transverse flux)

• Fault modeling in electrical machines

Electromagnetic Devices

• Transformer design and simulation (efficiency, losses, thermal behavior)

• Electromagnetic actuators (rotary, linear, and limited-angle types)

• Magnetic field modeling, flux distribution, and force/torque calculation

Simulation & Analysis Tools

• ANSYS Maxwell – 2D/3D electromagnetic FEA, RMxprt, Circuit Editor, transient & steady-state analysis

• EMWorks (EMAG, MotorWizard, MZStudio) – electromagnetic simulation and machine design

• Finite Element Method (FEM) modeling and multiphysics coupling (thermal, structural, electromagnetic)

• Structural and thermal stress analysis due to electromagnetic losses

• Electromagnetic interference (EMI) and loss calculations (eddy current, hysteresis, core losses)

Engineering & CAD

• Computer-Aided Design (CAD) for electrical machines and components

• Geometry setup and meshing for FEM simulations

• Optimization for efficiency, torque density, and material cost reduction

• Parametric modeling for rapid prototyping and comparison

Consultancy & Applied Research

• Electromagnetic design for real-world industrial applications

• Power electronics repair and driver board analysis

• Simulation workflow development for R&D teams

• Technical documentation, reporting, and result interpretation

Training & Teaching

• Course development for ANSYS Maxwell, FEM, and electromagnetic design

• Tutorials and workshops on motor/transformer simulation and analysis

• Beginner-to-expert guidance on machine modeling, FEA, and interpretation of results