3 months of practical training by industry expert
Learn Simulink, Ansys, Python, MATLAB, Autodesk Fusion 360 & more
Develop 5+ real-world industry use cases across diverse scenarios
Familiarity with job roles & responsibilities in the Electric Vehicle industry
Access to Learners Point CareerHub for interview preparation, resume building, and job search
Lifetime access to course materials and updates
Easy installment options to suit your needs
What we’re going to teach you
Upcoming sessions
EV vs. Internal Combustion Engine (ICE) Overview
EV Types: BEV, HEV, PHEV, FCEV – Pros & Cons
Vehicle Development Process
Systems Integration Overview
Hybrid Components & Architectures
Major Powertrain Components (Motors, Batteries, Power Electronics)
Controls Integration & Component Sizing Trade-offs
System Design Considerations (Energy, Efficiency, Torque, Thermal)
Vehicle-Level Integration (Performance, Drivability, NVH)
Chassis & Powertrain Interaction (Braking, Steering, Ride Handling)
HV/LV Electrical Systems – Safety & Charging Architecture
In-Vehicle Displays & Information Systems (User Experience & Efficiency Aids)
Software Lab: CAN Communication & Embedded Control for EVs
Testing & Validation Processes (Component, System, Fleet Testing)
Regulatory Standards: SAE, UL, IEC, FMVSS
Safety Testing & Certification (Short Circuit, Overcharge, Fire Exposure)
Maxwell’s Equations & Magnetic Circuits
Motor Types: PM Motors, Induction Motors, Switched Reluctance Motors
Torque Production, Non-linear Magnetic Behavior, Losses & Efficiency
Lithium-Ion Battery Chemistry, Design & Safety Considerations
Battery Pack Design (Thermal, Electrical, Structural Considerations)
Battery Management Systems (BMS) – Functions, Control, & Estimation
Simulation Lab: Battery Pack Simulation using Simulink & Ansys
Power Converters: Buck, Boost, Inverter Design & Efficiency
Semiconductor Devices: IGBTs, MOSFETs, SiC/GaN Trends
Charging Infrastructure & Standards: SAE J1772, Inductive & DC Fast Charging
Embedded Controllers & Communication (CAN, LIN, FlexRay)
AI in EVs: Predictive Maintenance, Battery Health Monitoring
Real-time BMS & Motor Control using AI/ML Models
Battery & Power Electronics Thermal Considerations
Active vs. Passive Cooling – Air, Liquid, PCM, Heat Pipes
Manufacturing Processes: Cell-to-Pack & Cell-to-Chassis Innovations
Sustainability & Second-Life Batteries (Reuse, Recycling, Disposal)
Industry Panel: Experts on EV Manufacturing & Circular Economy
Energy Management Strategies for Extended Range
Vehicle-to-Grid (V2G) & Bi-directional Charging
Capstone Project – Real-World EV Design or Simulation
Resume Building & Career Guidance
Final Presentations & Certification
Upon completion, professionals will learn the following:
1
Understand the roles and responsibilities of EV Engineers
2
Gain proficiency in technologies like MATLAB, Simulink, Ansys, and Autodesk Fusion 360
3
Use simulations to analyze and solve multiple error scenarios
4
Develop smart charging algorithms using AI insights and Python
5
Build a strong resume and master interview techniques for the EV industry
6
Enhance your professional portfolio with 5+ real-world Use Cases
7
Earn Learners Point Academy and KHDA Certifications
Overall ratings by our students
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The EV Engineering and System Integration Certification is a 3-month, hands-on program designed to give you real, practical experience. You’ll dive into EV architecture, powertrain systems, battery management, and thermal strategies. Experienced instructors with over 10 years in EV and technology will guide you every step of the way.
You’ll get to use tools like MATLAB, Simulink, Ansys, Python, and Autodesk Fusion 360 on real-life case studies. By the end, you’ll not only understand how EV systems work but also earn a respected industry certificate. Furthermore, you’ll have lifetime access to all the course materials to keep learning at your own pace.
There are no prerequisites for this course. Participants will be guided through all the concepts, starting from the basics. Whether you're a seasoned professional or a beginner, our program is designed to equip you with the skills required for roles in the electric vehicle (EV) industry with a practical approach to learning.
You will gain hands-on experience with industry-standard tools and technologies such as MATLAB, Simulink, ANSYS, and Python. Our training also includes 5+ Use Cases that are crucial for enhancing practical skills which will set you apart during interviews.
Upon completion, you will be prepared for various job roles in the EV sector, including:
The demand for EV professionals is growing across various industries and regions. Some of these include:
Individuals will attend Live Online Instructor-Led Classes taught by industry professionals with at least 15+ years of experience in the Electrical/Electronics domain and a minimum of 3 years in the EV sector. This approach ensures that you get real-world insights and hands-on expertise.
This certification is ideal for professionals looking to move from internal combustion engine (ICE) systems to electric vehicle (EV) technologies. It offers practical learning on EV architecture, powertrain components, and system integration. You’ll also work with tools such as MATLAB, Simulink, and Ansys to gain real technical experience.
The modules on hybrid powertrains and vehicle integration help connect your existing knowledge to new EV concepts. Real-world case studies make the lessons engaging and relevant. A final capstone project allows you to apply everything you’ve learned in a professional context. Many graduates go on to roles such as EV Systems Engineer. This add further credibility to your profile, helping you stand out in the rapidly growing EV industry.
Individuals can avail easy instalment options through Tabby or Tamara. We also offer No-Cost EMI options with certain credit cards. Our advisors can provide you with the most accurate information based on your preferred payment method.
Three months will give an individual a strong EV Engineering and System Integration foundation. Individuals will gain a conceptual understanding and work on assignments and Use Cases to implement their knowledge. The Capstone Project at the end will provide a real-world scenario to test your skills. With lifetime access, one can attend additional batches for further revision.
Throughout the course, individuals will work on real-world use cases, including 5+ projects designed to strengthen their practical skills. These projects will provide valuable insights into how industry professionals solve complex problems in the EV sector.