PG Certification · IIT RoorkeeMaster Electric Vehicle technology from fundamentals to advanced simulations. Unlock optional specialization tracks in Autonomous Vehicles. Get industry-ready with iHub DivyaSampark, IIT Roorkee certification and 100% placement assistance by Skill-Lync.
Get certified from one of India's premier IITs
Dedicated placement cell with 500+ hiring partners
18 months total access (12 months program + 6 months extended)
Chat: 9 hrs/day (Mon-Sat) · Group Live Session: 4 slots daily
MATLAB, Simulink, Ansys Maxwell, Altium Designer, GT-Suite
Learn from Industry experts (ex-Nissan, Mercedes, Bosch) + IIT Roorkee faculty sessions
Master the fundamentals of electric vehicle technology, components, and systems.
Learn the foundation of MATLAB and Simulink for EV system modeling and simulation.
Deep dive into lithium-ion battery technology, cell design, and energy storage systems.
Understand power electronic converter design principles for industrial and EV applications.
Model and simulate fuel cell and ultra capacitor systems for electric vehicles.
Learn PCB design fundamentals using Altium Designer for EV electronics.
Design and analyze electric motors using simulation tools for EV applications.
Master Python programming from basics to advanced concepts for automotive applications.
Learn essential data structures and algorithms for embedded and automotive software.
Understand ADAS technologies and vehicle validation for autonomous features.
Computer vision techniques for autonomous vehicle perception systems.
Implement localization, mapping, and SLAM algorithms for self-driving cars.
Develop path planning algorithms using C++ and ROS framework.
Design and simulate autonomous vehicle control systems.
Design and simulate Boost converter circuit with SPICE model of controller IC UCC27511. Understand gate driver operation and real-time simulation.
Model to select between Battery and Fuel cell in Electric Vehicle based on power requirement. Build FCEV architecture with complete SIMULINK simulation.
Model complete EV using Simscape toolbox - Electric Powertrain with Induction motor, Inverter, PID controller, Battery pack and vehicle body to achieve drive cycle performance.
Learn motor design steps with Ansys RMXprt and obtain field plots in Ansys Maxwell. Complete electromagnetic analysis for Interior Permanent Magnet motor.
Develop Traffic Jam Assist feature in MATLAB Simulink environment following MBD guidelines for autonomous driving in congested traffic conditions.
Develop Highway Assist Lane Change Assist algorithm per MBD guidelines. Implement safe lane changing logic for autonomous highway driving.
Upon successful completion of the program, you will receive an official certificate that validates your expertise in electric vehicle design and analysis.
Inclusive of all charges. 18 months total access (12 months program + 6 months extended). Flexible payment options — ask your counsellor.