Professional Certification Program in Motor Drive Systems & Control Systems

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Certified by AICTE | ASDC | NEAT

Program Overview

Step into the core of electric vehicle propulsion with the Professional Certification Program in Motor Drive Systems & Control Systems. This industry-ready program is designed to equip you with essential to advanced skills in electric motor technologies, drive system design, and control strategies specific to EV applications. Over 3 months of hands-on learning, you’ll work with cutting-edge simulation tools like MATLAB, Simulink, and ANSYS while mastering BLDC, PMSM, Induction, and SRM motor modeling for real-world electric mobility systems.

Course Structure (4 Expert Tracks)

Course 1: Electric Vehicle Essentials

🔹 Foundation for Every EV Professional

Module 1: Introduction to EV Technology & Market Ecosystem
Module 2: Transition from ICE to EV Systems
Module 3: Battery Technologies—Types, Performance, and Safety
Module 4: Power Electronics & Motor Systems for EVs
Module 5: Charging Systems & Vehicle Electrification

Ideal For: Beginners, Startups, Engineers Entering the EV Domain.

Course 2: Motor & Drive System for EVs: Design & Optimization

🔹 From Motor Fundamentals to Advanced Drive Modeling & Simulation

Module 1: Essentials of Motor Technology for EVs
Module 2: Conventional Drive Technology Systems
Module 3: Motor Technology & Types for EVs
Module 4: Advanced Drive Systems for EVs
Module 5: Advanced Drive Control Systems for EVs
Module 6: Equivalent Circuit & Inverter-Fed Motor Systems
Module 7: Advanced Drive Control and Selection Parameters
Module 8: Advanced Drive Control Modeling & Simulations
Module 9: Modeling & Simulation Principles
Module 10: BLDC & PMSM Motor Modeling and Simulation
Module 11: Induction Motor & SRM Modeling and Simulation

Gain mastery in EV motor technologies by exploring motor types, drive systems, control strategies, and simulations with BLDC, PMSM, Induction, & SRM motors.

Course 3: Advanced Certification in Electric Vehicle Design and Simulation using MATLAB, Simulink, and QSS

🔹 From Vehicle Architecture to Battery Modeling and Full-System Simulations

Module 1: EV Architecture Modelling & Simulations
Module 2: Road Load Understanding
Module 3: Road Load Analysis
Module 4: Inverter Design and Modeling
Module 5: Advanced Simscape Modeling
Module 6: QSS and ADVISOR Toolbox Applications
Module 7: BMS Modeling and Energy Analysis

Tools Covered : MATLAB-Simulink, QSS, Advisor

Develop advanced EV system modeling skills through architecture design, load analysis, and battery/inverter simulation.

Course 4: ANSYS Engineering for Electric Vehicles: Fundamentals to Structural Analysis

🔹 From CAD & FEA Basics to Full Structural Simulation using ANSYS

Module 1: Introduction to CAD/CAE and ANSYS
Module 2: Fundamentals of FEA & Material Selection for EVs
Module 3: ANSYS Project Setup & Geometry Handling
Module 4: Meshing, Analysis Setup, and Static Structural Analysis

Tools Covered : ANSYS, CAD
Master EV structural simulation with CAD integration, FEA basics, and hands-on modeling in ANSYS from setup to static structural analysis.

Program Highlights

Accredited by NEAT AICTE, ASDC
50+ Hours of Training | 4+ Industry Projects | Real Hardware Labs Access
Job Portal Access (emobility.careers) + Resume Support
1:1 Mentorship from Industry Experts
Lifetime access to course content + community Q&A sessions

Career Roles After Completion

EV Design Engineer | Motor & Drive Systems Engineer | EV Simulation Engineer | Structural Simulation Engineer | Battery Modeling & BMS Engineer

Delivery Format

Live Sessions + Recorded Modules
Optional Onsite Workshops in Mumbai, Pune, Delhi
DIY Lab Kits & Remote Hardware Integration (available at extra cost)

Pricing & Payment

Flexible plans with No-Cost EMI Available
Scholarships for meritorious candidates | Corporate Upskilling Packages Available

Ready to Build the Future of Mobility?

👉 [Apply Now]

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