Course by:

Course Highlights

  • Master EV powertrain, BMS, motor control, vehicle dynamics, and CAD/CAE.
  • Hands-on tools: MATLAB/Simulink, PSIM, SolidWorks, ANSYS, KiCad.
  • Work on industry projects like DC-DC converters, BLDC control, ADAS, and CFD thermal analysis.
  • Learn modern EV technologies: ISO 26262, CAN, V2X, thermal safety, solid-state batteries.
  • Includes career guidance, resume building, mock interviews, and internship orientation.

  • Skill Type

  • Course Duration

  • Domain

  • GOI Incentive applicable

  • Course Category

  • Nasscom Assessment

  • Placement Assistance

  • Certificate Earned

  • Content Alignment Type

  • NOS Details

  • Mode of Delivery

Course Details

Learning Objectives

What will you learn in the E-drive Course?

You will learn the complete end-to-end fundamentals and industrial applications of Electric Vehicle (EV) systems. The programme enables you to:

  • Understand EV architecture, powertrain systems, converters, and motor control.
  • Analyse Lithium-ion cells, battery chemistry, BMS algorithms, and thermal safety.
  • Design and simulate converters, motors, controllers, and battery systems using MATLAB/Simulink.
  • Gain knowledge of automobile dynamics, aerodynamics, ADAS, and suspension systems.
  • Perform CAD modelling of EV components, assemblies, and cooling systems using SolidWorks.
  • Conduct structural, thermal, and CFD analysis of EV parts using ANSYS.
  • Work on industry-level EV projects integrating electronics, design, and simulations.
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Reasons to enrol

Why should you take the E-drive Course?

  • A 45-day industry-integrated EV training programme designed with real-world applications.
  • Covers the three core EV domains:
    • Electronics and Electrical Systems
    • Vehicle Dynamics
    • Industrial Design and CAE
  • Includes hands-on simulations, practical assignments, and live mentor-led sessions.
  • Learn in-demand EV tools like MATLAB, Simulink, SolidWorks, ANSYS, and KiCad.
  • Work on 10+ industry-grade projects, including DC-DC converters, BLDC motor control, EV aerodynamics, and thermal simulations.
  • Gain exposure to industry standards such as ISO 26262, CAN, V2X, EMI/EMC, and modern EV technologies (Tesla, BYD, solid-state cells).
  • Includes career development support, resume building, and mock interviews.
  • Offers optional post-ITP internship or industry mentorship projects.
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Ideal Participants

Who should take the E-drive Course?

  • Engineering students (Electrical, Electronics, Mechanical, Automotive, Mechatronics).
  • Freshers wanting to build a career in Electric Vehicles or Power Electronics.
  • Working professionals looking to transition into the EV industry.
  • Individuals interested in EV powertrains, vehicle dynamics, Battery Management Systems (BMS), or CAD/CAE simulation.
  • Anyone aiming to develop industry-ready EV projects and technical portfolios.
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Curriculum

Curriculum

Module 1: Electronics and Electrical Systems (EV Powertrain and BMS)

  • EV ecosystem and architecture
  • Power converters (DC-DC, DC-AC), IGBT/MOSFET devices
  • BLDC/PMSM motors, FOC control, PWM
  • Li-ion cell chemistry, NMC/LFP/NCA, thermal runaway
  • BMS algorithms: SOC, SOH, SOP, fault diagnostics
  • MATLAB/Simulink-based converter, motor, and BMS simulations
  • PCB design using KiCad, with EMI/EMC considerations

Module 2: Automobile Systems and Vehicle Dynamics

  • BEV/HEV/PHEV powertrain fundamentals
  • Aerodynamics and CFD basics
  • Airflow, drag, active spoiler design
  • Suspension systems, ride dynamics
  • ADAS Levels 0-5, sensor fusion, LiDAR/Radar/Camera
  • AI-driven vehicle safety and communication systems (V2V/V2X)

Module 3: Industrial Design and CAE Integration

  • CAD modelling of EV components (battery case, motor mounts)
  • Assembly integration of EV subsystems
  • Structural, thermal, and crash simulation basics
  • ANSYS-based thermal dissipation and airflow CFD
  • Importing SolidWorks models into ANSYS for full CFD workflow

Phase 2 (T-Days): Career and Industry Upscaling

  • EV career mapping
  • Resume building and LinkedIn optimisation
  • Mock technical and HR interviews
  • Optional 15-day internship/mentorship project
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skills and tools

Tools you will learn in the E-drive Course

During the programme, you will gain hands-on experience with:

Simulation and Modelling Tools

  • MATLAB/Simulink - EV system modelling, converters, motors, BMS
  • PSIM - Power electronics simulation
  • ANSYS (Mechanical, CFD, CFX) - Structural, thermal, and airflow analysis
  • SolidWorks - CAD modelling, assemblies, design optimisation

Electronics and PCB Tools

  • KiCad - EV converter and motor controller PCB design
  • Oscilloscope and circuit simulators (Falstad/PSIM models)
  • Automotive Technologies
  • EV powertrain systems (BLDC/PMSM motors)
  • ADAS frameworks, sensor fusion, LiDAR/Radar/Camera basics
  • Vehicle dynamics, aerodynamics, and suspension modelling
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