Learn to model, simulate, and analyze EV systems using MATLAB and Simulink. Gain practical skills in QSS and Advisor toolboxes for performance prediction and drive-cycle-based optimization.
Understand power electronics, semiconductor devices, and control circuits crucial to EV systems. Design and simulate circuits using Proteus and Arduino for motor control and charging converters.
Model advanced EV architectures with MATLAB, Simulink, and QSS. Conduct BMS modeling, energy analysis, and fault simulations for real-world performance testing.
Learn the advanced techniques of electric vehicle (EV) design and simulation, with a focus on control systems and regulator design using MATLAB.
Understand compensator design, regulator analysis, and model practical systems like DC motors, inverted pendulums, and buck/boost converters.
India will create 1 crore EV jobs by 2030. Take this 5-minute assessment to discover:
Used by 50,000+ EV professionals trained by DIYguru.
Tell us where to send your detailed result + EV Career Path Guidebook (PDF). Our counselor will also guide you personally on WhatsApp.
By submitting, you agree to receive career guidance from DIYguru. Call: 9910918719
Matching you with career pathways...
50+ pages of career roadmaps, salary benchmarks & certification guidance for India's EV industry.