Advanced Electric Vehicle Systems & Engineering Program

Course Descriptions

Electric vehicles are transforming the future of mobility. As the automotive industry rapidly moves toward electrification, there is a growing demand for engineers who understand EV systems, powertrain technologies, battery management, and vehicle software.

The Comprehensive EV Systems & Technology Program is designed to help engineers, students, and professionals build practical skills in electric vehicle design, simulation, and system integration.

Over 18 weeks of structured learning, participants explore the full EV ecosystem including motors, inverters, batteries, vehicle dynamics, power electronics, and emerging technologies like Software Defined Vehicles (SDV) and ADAS systems.

The program focuses heavily on hands-on learning through MATLAB and Simulink, enabling participants to build real EV models, design control systems, simulate drive cycles, and analyze vehicle performance.

With 60–70% practical learning, participants gain the technical knowledge and applied skills needed to work in EV development, automotive R&D, simulation engineering, and mobility technology roles.

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Requirements

To get the most value from this program, participants should have:

1. A Bachelor’s degree in Engineering or Science (B.E / B.Tech / B.Sc or equivalent)
2. Basic understanding of physics, mathematics, and engineering fundamentals
3. Interest in electric vehicles, automotive systems, or energy technologies
4. Basic familiarity with programming or simulation tools is helpful but not mandatory

This program is structured to support both fresh graduates and working professionals transitioning into the EV domain.

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This Program Is Built For

This program is ideal for individuals looking to build or expand their expertise in the electric mobility sector.

Engineers and Technical Professionals
Mechanical, Electrical, Electronics, and Automotive engineers seeking EV specialization.

Students and Recent Graduates
Individuals aiming to build practical EV skills before entering the job market.

Simulation and Software Engineers
Professionals interested in vehicle modeling,

Automotive Professionals
Engineers transitioning from traditional automotive technologies to electric mobility systems.

Professionals Entering the EV Industry
Individuals exploring career opportunities in EV powertrain, battery systems, SDV, and ADAS technologies.

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Key Features

End-to-End EV System Learning

Participants gain a complete understanding of electric vehicle systems including powertrain architecture, motors, inverters, batteries, and vehicle integration.

Hands-On Simulation Training
Extensive practical learning using MATLAB and Simulink to model EV components, simulate vehicle behavior, and analyze performance.

Real Engineering Applications
Work on simulations involving motor control, battery management systems, regenerative braking, and energy optimization.

Vehicle-Level Integration
Learn how different EV subsystems interact through vehicle-level modeling and drive cycle simulations.

Exposure to Emerging Technologies
Understand modern automotive innovations such as Software Defined Vehicles (SDV), ADAS systems, and sensor fusion concepts.

Capstone Project
Participants complete a comprehensive EV system simulation project, integrating motor, battery, inverter, vehicle dynamics, and controller systems.

Industry-Oriented Curriculum
The program is structured to build skills aligned with EV development, automotive R&D, and simulation engineering roles.

 

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FAQs

1. How long is the program?
   The program runs for 18 weeks and includes both theoretical learning and hands-on practical exercises.
   
   
2. What tools will participants learn?
   Participants will gain experience with MATLAB and Simulink, widely used tools for automotive modeling and system simulation.
   
   
3. Is this program suitable for beginners?
   Yes. While an engineering background is recommended, the course begins with EV fundamentals before moving into advanced topics.
   
   
4. Will there be practical projects?
   Yes. Each module includes hands-on simulation exercises, and the program concludes with a capstone EV system project.
   
   
5. What career opportunities can this program support?
   

   Participants can pursue roles in areas such as:

   • EV powertrain engineering

   • Battery systems and BMS development

   • Automotive simulation engineering

   • Vehicle control systems

   • EV R&D and testing

6. Is certification provided?
   Yes. Participants receive a BISD Certificate in Comprehensive EV Systems & Technology upon successful completion of the program.
   
   

Start Your Journey in Electric Vehicle Engineering

Build practical skills in EV technology, simulation, and system integration with a program designed to prepare engineers for the future of mobility.

Enroll today and gain hands-on experience in EV systems, vehicle modeling, and automotive innovation.

For more information, Please email us connect@bis-dev.com