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Electric Motor Design using MATLAB and ANSYS Maxwell

A 3 month course covering the fundamentals of electric motors and how to design them using MATLAB and ANSYS Maxwell

12 weeks long course | 100% Online

Learn directly from best in class Industry Experts

Project based Learing with dedicated support 2 Comprehensive projects that you can showcase in your resume

Learn Key Tools & Technologies MATLAB, Simulink, ANSYS Maxwell

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Syllabus

This course is full of best-in-class content by leading faculty and industry experts in the form of videos and projects

Course Overview

  • This course focuses on the basics of Electric Motor Design.
  • Students will extensively work on industry-relevant projects on the MATLAB and ANSYS Maxwell.
  • After completing this course, the students will have a better understanding of the topic.
  • Also, they are exposed to the modern trends and standard practices being followed by automotive companies and electric powertrain R & D organizations.
  • All these above-mentioned criteria will strengthen their portfolio and set them apart from the others enabling them to gain better grants and scholarship opportunities for MS Admits.
  • Students can explore options in research and development, and can land that much-coveted job in top core companies.

Course Syllabus

On a daily basis we talk to companies in the likes of Tata Elxsi and Mahindra to fine tune our curriculum.

Week 01 - Electromagnetics

  • Basics of electromagnetics
    • Discuss basic definitions of electromagnetic theory and applications
  • Electric and magnetic fields
    • Interaction between electric and magnetic fields
    • Generation of flux
  • Electromagnetic analogies flux 
    • Current Flux linkage
    • Voltage Resistance 
    • Reluctance
  • Maxwell’s equations
    • Basic Maxwell’s equations to calculate electromagnetic forces

Week 02 - DC Motors

  • Series motor working principle
  • Shunt motor
  • Separately excited motor
    • Equivalent circuit of a separately excited DC motor
    • Calculation of back emf and torque
  • Brushless DC Motors
    • Basics of BLDC motors
    • Their back emf types and equations
  • Modeling of a DC motor
  • Basic modeling of DC motor using equivalent circuit 
  • Equations and Math assignments for calculating flux linkage and back emf for different DC Motors
  • Motor commutation
  • Discuss commutation techniques of a DC motor

Week 03 - AC Motors I - Introduction

  • Induction Motors
    • Introduction to AC motors
    • Induction motor components
    • Working principle and equivalent circuits
    • Slip, torque, and efficiency equations
  • Synchronous Motors
    • Discuss asynchronous and synchronous AC electric motors
    • Equivalent circuits
    • Reference frame transformation
  • Discuss stator and rotor reference frames with equations

Week 04 - AC Motors II - Modelling

  • Induction motor sizing
    • Sizing equations of an induction motor
    • Equivalent circuit development
  • Motor modeling using MATLAB
    • Importing equations into MATLAB/Simulink and solving equivalent circuits

Week 05 - Torque Speed Characteristics

  • Torque vs speed for different motors
    • Derive torque vs varying speeds or voltage input equations for different AC motors
  • Deriving characteristics using MATLAB
    • Expand previously developed MATLAB/Simulink model to generate torque vs speed plots

Week 06 - Industrial Applications of Motors 1

  • DC Motor applications in different industries
  • AC vs DC (Tesla vs World) Motor as a component of industrial control systems
  • Operating several motors in multi-axis motion systems
    • Discuss applications such as robotics, automation, material handling, and machine tools

Week 07 - Permanent Magnet Motors

  • Magnetic circuits
    • Magnetic circuits explanation
    • Understanding basic transformers and developing equations for flux linkage
  • Permanent Magnet motor modeling
  • Discuss basics of PM motor design equations and explain electromagnetic FEA
  • Different types of PM motors
    • Interior PM motors
    • Surface mount PM motors
  • Components of a PM motor
  • Discuss different types of possible stator slots, rotor poles, flux barriers, air gap, coils, etc

Week 08 - Reluctance Motors

  • Introduction to different types of reluctance motors
  • Synchronous Reluctance and Switched Reluctance Motors
    • Discuss torque equations and saliency ratio
  • Lumped parameter modeling
  • Discuss magnetic equivalent circuits
  • Motor losses
    • Discuss Iron, copper, and eddy current losses

Week 09 - PM assisted Synchronous Reluctance Motors

  • Design of a PMa-synRM
    • Dive into electromagnetic FEA design and simulation
    • Introduction to ANSYS modeling
    • Explain ANSYS Maxwell 2D and initiate a design model using basic tools
  • RMxprt vs Maxwell Predefined motor models vs customized 2D FEA designs

Week 10 - Finite Element Analysis using ANSYS

  • Magnetostatic analysis
    • Steady-state electromagnetic analysis and discussion
  • Transient analysis, time-varying fields, and simulation of dynamic electromagnetic FEA
  • Defining surface approximations Boundary, meshing, and approximations to successful FEA simulation
  • Post-processing tools of ANSYS Maxwell FFT, DFFT, exporting reports, plotting EMF and torque vs time

Week 11 - Electromagnetic analysis

  • Advanced FEA analysis
    • Importing CAD models
    • Defining surface approximations
    • Post-processing tools of ANSYS Maxwell
    • Optimizing slot/pole combinations
    • Cogging torque vs generated torque 

Week 12 - Interior PM Motor Design using ANSYS

  • Complete design and simulation of an IPM motor using ANSYS Maxwell 2D
  • Detailed instructions to design an interior permanent magnet-based electric motor

Our courses have been designed by industry experts to help students achieve their dream careers

Industry Projects

In total, there are 2 Projects that are available in this program.

Startup behavior analysis of an induction motor

In this project, the students will simulate the startup behavior of a 5 hp 3-phase squirrel cage induction motor and analyze the motor for the free acceleration period and the transient load period.

Simulation in ANSYS Maxwell and report creation

Simulation of designed IPM motor in ANSYS Maxwell. Preparation of a report for the details observed.

Our courses have been designed by industry experts to help students achieve their dream careers

Ratings & Reviews by learners

Skill-Lync has received honest feedback from our learners around the globe.

Google Rating
4.6

Build your foundation in designing motors with the Electric Motor Design using MATLAB and ANSYS Maxwell course

The electric motor designing course covers the fundamental concepts of electric motors and the comprehensive process of designing them utilizing MATLAB, a multi-paradigm programming and numeric computing environment, and ANSYS Maxwell, an EM field solver for electro-mechanical devices and machines. 

Electric motors are machines that convert electrical energy to mechanical energy to produce any relative movement or motion. Motors were first employed in pumps, machine drills, and other similar applications. With the surge of innovation and adoption of hybrid and electric vehicles, they have gained commercial traction. The battery and the motor constitute these vehicles' two most crucial elements. This electric motor course focuses on electric motor dynamics.

It is a three-month course that has been designed to teach you how to utilize MATLAB and ANSYS Maxwell software in drilling machines, pumps, and other applications by first learning the automotive components of battery and motor. The principal emphasis of this electric motor certification course is to cover all the knowledge of electric motor designing that includes in-depth learning of AC, DC, Permanent Magnet, Reluctance motors, and their applications.

Then the course moves forward with hands-on training on modelling of motors in MATLAB/Simulink and motor design using ANSYS Maxwell. This extensive training comes at a course fee of INR 30,000 and includes a no-cost EMI option of 6 months. 

Who Should Take the Electric Motor Design using MATLAB and ANSYS Maxwell course?

The electric motor designing course is suitable for all the electric engineers working in the core industry and looking to advance their skills in the rapidly changing electrical industry dynamic. So B.Tech and B.E. graduates in electrical engineering and other related branches with a fundamental understanding of the electric machine theory field are the best fit for the course. Also, working professionals in the mentioned domain can enroll in this course and gain expertise to advance up through the ranks in their careers.

The electric motor certification course coupled with your graduation degrees can prove to be a game-changer as most automobile giants employ FEA tools in their motor designing mechanism, thus opening a new door of opportunities. Moreover, if you want to build a strong profile while applying for an M.S. or Ph. D., this course will introduce you to the graduate-level application of electric machine theory and device performance characteristics. Thus you could gain a competitive edge over other applicants.

What Will You Learn?

Interested candidates can take the electric motor course online to put themselves in the driver's seat as far as competent industry skills are concerned. This course comes with personalized mentorship and guidance from industry experts with a curriculum designed to get you market-ready after successful completion. 

Learning the course modules will make you proficient in fundamental principles of various types of electric motors, equivalent circuits, electromagnetic theories, industrial application of motors, finite element analysis using ANSYS, interior motor design and modelling, and much more.

The electric motor certification course includes two industry-grade projects and several assignments to monitor your performance. The first project focuses on the startup behaviour analysis of an induction motor. The second one emphasizes emulating Torque-Speed characteristics of the designed IPM motor in Ansys Maxwell and running simulations.

Skills You Will Gain

  • In-depth, practical knowledge and hands-on experience of MATLAB and ANSYS Maxwell fundamentals.
  • Comprehensive understanding of the basics of Electric machine theory, electromagnetics, and electric motor designing process.
  • Performing numerical and electromagnetic analysis using finite element analysis tools.
  • Theoretical knowledge of types of electric motors and their industrial applications.
  • Practice real-life, industry-oriented projects to identify industry needs.

Key Highlights of the Program

  • Besides the course completion certificate for all participants, the top 5% of learners get a merit certificate.
  • It's an extensive electric motor designing course offering real-time online learning and training for three months.
  • The course provides personalized, one-on-one video sessions for developing study plans, tracking performance, and clarifying subject-related concerns.
  • Enrolled students get to work on industry-relevant projects to hone their academic and professional skills.

Career Opportunities after Taking the Course

The electric motor certification course will help you unlock several opportunities in the electrical, aircraft, and automotive domains. Most automobile companies use Finite Element Analysis tools in their motor designs and some aircraft manufacturers, too, employ these skills on traction motor designs. Including MATLAB and ANSYS Maxwell in your portfolio could elevate your visibility during recruitments and promotions.

Electric machine design is a prominent academic research field, with research papers in this discipline receiving numerous peer citations promptly. Furthermore, as economies sprint toward Industry 4.0, the demand for end-to-end automation skills is heating up. By putting these tools into your portfolio, you will obtain a distinct range of skills that will help you breeze through interviews.

FAQs on Electric Motor Design using MATLAB and ANSYS Maxwell

1. What are the concepts covered in the electric motor designing course?

Topics like electromagnetics, electric machine theory principles, electric motor designing and modelling, industrial applications of electric motors, etc., constitute the curriculum.

2. What if I get stuck somewhere or have any doubts?

A professional support expert engineer is always available to help you with any questions or concerns. You may also contact Skill Lync professionals for personalized assistance by Whatsapp, Email, phone, or video call.

3. Are there any prerequisites for this course?

Yes, this program is designed for electrical engineers who have some familiarity or exposure to electric machine theory.

4. Which technical skills are included in the curriculum, and how are they applicable in the industry?

This course makes use of MATLAB and ANSYS Electronics (Maxwell). MATLAB is generally employed to simulate numerical models, while ANSYS is the most extensively leveraged FEA software in the design of electric machines.

5. Which industries demand the skills taught in this course?

The curriculum skills gained through this program have industrial applications in the electrical, automotive, and aircraft manufacturing sectors.

6. What is the duration of the course?

The duration of this course is usually three months. However, you may need some more time to finish the project work.

7. What is the course fee?

The electric motor certification course fee is INR 30,000, which can be paid with the help of a no-cost EMI of 6 months.

8. Can I apply for a scholarship for this course?

Yes, by undertaking the scholarship test, all qualified candidates will have the opportunity to obtain a scholarship worth 10% of the course fee.

Instructors profiles

Learn from leading academicians in the field of study and several experienced industry practitioners.

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1 industry experts

Our instructors are industry experts along with a passion to teach.

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12 years in the experience range

Instructors with extensive industry experience.

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Areas of expertise

  • Design

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