Learn Advanced Electric Vehicle Design using MATLAB Simulink. Master battery modeling, motor control, power electronics, EV simulation, and system integration with practical projects.
A comprehensive curriculum designed to take you from beginner to professional.
Build an end-to-end electric vehicle simulation ecosystem by designing drivetrain models, battery systems, motor controllers, and prototype implementations.
Master the primary professional software development packages and workflow tools.
Observe the real-world utility outcomes you gain after program completion.
Our certification formally validates your skill set in recruiter searches with unique QR code verification and LinkedIn-ready structures.
Unique Credential ID & QR Code
Recruiters can scan to instantly verify your project files, source repository, and official completion marks.
Linkedin Certified Recognition
Easily push to your Linkedin profile with 1-click credential linking to increase high-end corporate recruiter views.
Our alumni are driving innovation at the world's most prestigious technology companies.
An expert-crafted learning infrastructure built for technical fluency.
Direct guidance and weekly doubt clearing sessions hosted by hardware, embedded, and software engineering veterans.
Ask coding doubts anytime on our student community workspace and receive instant assistance.
Access lifetime recorded modules with adaptive pacing to balance academics and professional work.
Exclusive resume review, mock interviews, and placement assistance from industry experts.
See how Pantech courses accelerated career transitions across India.
Get exclusive lifetime access to coursework, simulators, custom templates, and direct placement opportunities.
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Find instant answers to all common questions about our technical certificate courses.
Engineering students, automotive professionals, embedded developers, and researchers interested in electric vehicle design and simulation.
Basic familiarity with MATLAB is recommended, although introductory Simulink concepts are included.
Yes. The course covers battery modeling, SOC estimation, and battery protection techniques.
Yes. Multiple motor types including DC, BLDC, PMSM, SRM, and induction motors are modeled and controlled.
Yes. The curriculum includes EV prototype development, Arduino-based motor control, and complete simulation-based engineering exercises.
The course prepares learners for roles in electric vehicle engineering, automotive R&D, simulation engineering, embedded systems development, battery management, and mobility technology.