In today’s day and age, better and more affordable motors are making profitable new applications possible across a variety of sectors. Students will learn to evaluate and develop drive systems, electric motors, and generators in this electric motor design course for engineers and product designers.

Additionally, the students who choose to pursue this course will learn how currently embedded controllers offer command through digital computing, bringing life to motion control and electric machine applications.

In this article, we are going to tell you what you can learn while pursuing an Electric Motor Design Course.

What is Electric Motor Design?

A machine that uses electricity to transform electrical energy into mechanical energy is known as an electric motor. Electric vehicles use electric motors to function, and the design of those electric motors to utilise in electric vehicles (EVs) is Electric Motor Design.

Many engineers are going on a career path in Electric vehicles as it is a growing industry with many job opportunities. In India, electric vehicle battery technology is developing day by day, which is making engineers more inclined to work in the field.

What Can You Learn in an Electric Motor Design Course?

In this course, most institutes and universities teach about the many steps the Nissan Motors research team took to increase the performance and efficiency of the electric powertrain.

Let us take a look at a few topics that you can learn in an electric motor design course.

1. Electromagnetics

In this topic, you will learn–

(i) the fundamentals of electromagnetics, as well as the study of the fundamental concepts of electromagnetic theory and its uses.

(ii) interaction between magnetic and electric fields.

(iii) electromagnetic analogies flux and Maxwell’s equations.

2. DC Motors

In this topic, you will learn–

(i) fundamental modelling of DC motors using equivalent circuits.

(ii) commutation techniques of a DC motors

(iii) calculations of flux linkage and back emf for different DC Motors

3. AC Motors

In this topic, you will learn–

(i) induction motor components

(ii) slip, torque, and efficiency equations

(iii) working principle and equivalent circuits

(iv) asynchronous and synchronous AC electric motors

(v) sizing equations of an induction motor

(vi) Simulink and solve equivalent circuits

(vii) importing equations into MATLAB

4. Electromagnetic analysis

In this topic, you will learn–

(i) Defining surface approximations

(ii) Optimising slot or pole combinations

(iii) Advanced FEA analysis

(iv) Cogging torque vs generated torque

(v) Post-processing tools of ANSYS Maxwell

(vi) Importing CAD models

5. Permanent Magnet Motors

In this topic, you will learn–

(i) Basics of Magnetic circuits

(ii) Permanent Magnet motor modelling

(iii) Explanation of Magnetic circuits

(iv) Different types of PM motors

(v) Understanding primary transformers

(vi) Basics of PM motor design equations

(vii) Developing equations for flux linkage

(viii) Electromagnetic FEA


This article provided you with a basic understanding of the things that you can learn in an Electric Motor Design Course. This course is an excellent choice for engineers who are looking to develop their skill set and enter the Electric Vehicles (EVs) industry.