Home / Complete Training Curriculum

Complete Training Curriculum

Five comprehensive modules progressing from fundamental electromagnetic principles to complete motor manufacturing and testing — designed to develop industry-ready engineering technologists through hands-on learning.

1

Theory Foundation

Theoretical Foundation

Master electromechanical energy conversion principles and induction motor theory essential for understanding how motors work.

  • Core electromagnetic concepts
  • Faraday's law and Lorentz force concepts
  • Rotating magnetic field principles
  • Equivalent circuit of induction machine
Learning Outcomes: Understand electromagnetic principles governing induction motor operation and analyse motor performance using equivalent circuit models
2

Core Lamination Design

Design & Simulation

Learn about the stator core and rotor design, their materials and manufacturing process — including finite element simulation for design optimisation.

  • Core lamination design and issues
  • Rotor design and issues
  • Manufacturing methods for core
  • Design optimization methods
  • FEMM electromagnetic simulation
Learning Outcomes: Design and evaluate stator/rotor lamination geometry; use simulation tools to optimise core performance
🔬 Includes Simulation Exercises (Electromagnetic Simulator App)
3

Stator Winding

Hands-On Manufacturing

Learn motor winding design and build your own stator winding using IEC standard winding diagrams and professional winding assistant tools.

  • Understanding winding parameters
  • Use our winding assistant apps to build coils
  • Use IEC standard winding diagrams
  • Learn to estimate copper length and mass
Learning Outcomes: Design a three-phase stator winding layout, wind coils to specification, and estimate material requirements
🔧 Full Winding Construction Experience (Winding Assistant App)
4

Mechanical Assembly

Hands-On Assembly

Complete and test the full mechanical assembly of the induction motor — from rotor installation to terminal connections.

  • Understanding the issues of mechanical assembly of motor
  • Balancing and mounting the rotor, alignment
  • Complete the motor winding connection to terminals
  • Quality inspection and verification
Learning Outcomes: Assemble a complete induction motor from components, verify mechanical integrity, and connect winding terminations correctly
🔩 Complete Motor Assembly
5

Drive System Integration

Advanced Application

Connect the assembled motor to various drive systems and test real-world operating conditions — including safety procedures.

  • DOL (Direct-On-Line) connections
  • Star-delta configurations
  • Variable Frequency Drive (VFD) integration
  • Safety and related issues
Learning Outcomes: Commission and test a motor with DOL, star-delta, and VFD starting methods; apply electrical safety practices throughout
⚡ Live Drive System Testing

📚 Supporting Materials — All Modules

  • Module 1 supported with Electromagnetic Simulator app
  • Module 3 supported with Winding Assistant app
  • All modules come with structured worksheets & notes

Complete Learning Experience

5 Core Modules
1 Week Intensive Program
100% Industry Relevant

Each practical module includes structured worksheets, app-guided exercises, and real-world assembly tasks. Students progress from fundamental electromagnetic theory to operating a fully assembled motor with live drive systems.

Join Pilot Program Back to Home

Learning Path Progression

Students advance through five phases, building competency from theoretical understanding to live drive system integration

🧠

Theory

Electromagnetic principles & motor theory

💻

Design

Core lamination & simulation

🔧

Winding

Stator coil construction

🔩

Assembly

Mechanical assembly & termination

⚡

Integration

DOL / star-delta / VFD testing