Lecture 1 – History & Introduction of Electric Machine Types

Lecture 2 – Basic Electric Motor & Generator – Operational Theory

Lecture 3 – Three Phase Power Converter – Control Strategies for Three Machine Types

Lecture 4 – Practical Design Process for Electrical Machines

Lecture 5 – Electric Machine Sizing

Lecture 6 – Losses in Electrical Machines

Lecture 7 – Analytical design method vs FEA analysis method

Lecture 8 – Electric Machine Performance Discussion

Lecture 9 – Magnetic Materials for Electric Machines

Lecture 10 – Selection of Phases, Poles, Stator & Rotor Slots

Lecture 11 – Sator Configuration Design Criteria

Lecture 12 – Stator Laminations & Core Design Studies

Lecture 13 – Stator Insulation System vs. Voltage & Temperature

Lecture 14 – Stator Phase Circuits & Coil Design, Part 1

Lecture 15 – Stator Phase Circuits & Coil Design, Part 2

Lecture 16 – Introduction to Poly-Phase Induction Machines

Lecture 17 – Poly-Phase Induction Machine Theory

Lecture 18 – Poly-Phase Induction Machine Design Strategy

Lecture 19 – Equivalent Circuit Parameters, Measurements and Torque vs. Speed Plots

Lecture 20 – Rotor Design for A-Synchronous Induction Machine, Part 1

Lecture 21 – Rotor Design for A-Synchronous Induction Machine, Part 2

Lecture 22 – Performance Calculations For Inverter Fed Induction Machines

Lecture 23 – Reluctance Synchronous Motors (IM stator & Salient Pole Rotor)

Lecture 24 – Reluctance Synchronous Machine Theory

Lecture 25 – Rotor Design of Reluctance Synchronous Machines

Lecture 26 – Performance Analysis of Reluctance Synchronous Machines

Lecture 27 – PM-DC Brushless and PM-AC Synchronous Machines

Lecture 28 – PM Synchronous Design Theory, SPM & IPM Rotor Types

Lecture 29 – Permanent Magnet Rotor Design (SPM & IPM)

Lecture 30 – Performance Calculations for SPM & IPM Brushless Machines

Lecture 31 – Torque vs Speed & Kt vs. Ke, SPM, IPM & PMSM brushless motors

Lecture 32 – PM Synchronous Generator Design Principles

Lecture 33 – Thermal Design Considerations for Electric Machines

Lecture 34 – Electric Machine Cooling Strategies

Lecture 35 – Mechanical Design Issues for Electrical Machines

Lecture 36 – Manufacturing Practices of Electrical Machines