Udemy – BLDC Motor Design using ANSYS Maxwell: Complete FEA Course – 7123385

Course Description

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In this course, you will learn how to design and analyze a BLDC motor using ANSYS Maxwell through a complete, practical, step-by-step workflow.

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Instead of focusing on theory only, this course is built around a real BLDC motor (GBM 8017 120T), where you will go through the full design process starting from geometry creation all the way to performance evaluation.

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What you will learn

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You will learn how to:

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  • Build the stator and rotor geometry from scratch

  • Define materials and permanent magnets accurately

  • Create and assign the winding layout

  • Set up boundary conditions, motion (band), and mesh

  • Perform no-load and load simulations

  • Calculate:

    • Core losses

    • Copper losses

    • Inductance

    • Phase resistance

  • Generate and analyze the efficiency map of the motor

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Course approach

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This course follows a practical engineering approach:

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  • Step-by-step modeling in ANSYS Maxwell

  • Focus on real design workflow used in industry

  • Clear explanation of each step without unnecessary complexity

  • Emphasis on understanding results and making engineering decisions

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Why this course is different

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  • Based on a real motor design, not abstract examples

  • Covers the complete workflow from start to finish

  • Combines simulation + engineering understanding

  • Suitable for both students and working engineers

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By the end of this course

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You will be able to:

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  • Build your own BLDC motor model in ANSYS Maxwell

  • Run and analyze electromagnetic simulations

  • Evaluate motor performance using key parameters

  • Apply the same workflow to design and analyze other motors

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