🔴 Live Training
Hybrid
Electric Vehicles
Live mentorship by experts | Course completion certificate | Internship opportunity
Choose Your Learning Plan
Build your skills with practical training and expert guidance at InfoHive Solution. Our courses help you gain real-world experience and grow your career with confidence.
Self-Paced Learning
₹2,500 + GST
✔ 100% Recorded Video Lessons
✔ Learn Anytime, Anywhere
✔ Lifetime Access to Content
✔ 2 Practical Projects
✔ Quizzes & Assignments
✔ Easy-to-Follow Curriculum
✔ Course Completion Certificate
✔ Learn at Your Own Pace
✔ Regular Content Updates
Mentor-Led Program
(Live Training)
₹3,000 + GST
✔ Lifetime LMS Access
✔ 40+ Hours Live Training
✔ Live + Recorded Sessions
✔ 2 Projects with Mentor Review
✔ Doubt Clearing & Career Support
✔ Direct Mentor Interaction
✔ Certificate of Excellence
✔ Internship Opportunity
✔ Resume Building + Mock Interviews
✔ Industry-Focused Curriculum
✔ Structured Learning Schedule
Our Students Placed In
Course Overview
The Electric Vehicle (EV) and Hybrid Systems course at InfoHive Solution provides a comprehensive understanding of modern electric mobility technologies. This course covers key concepts such as battery technologies, vehicle modeling, motor systems, and battery management systems (BMS).
Through hands-on training and real-world projects, you will gain practical experience in designing and analyzing electric and hybrid vehicles. The course is designed for both beginners and professionals who want to build a career in the rapidly growing EV industry.
With expert guidance and industry-focused learning, you will develop the skills needed to excel in electric vehicle technology, sustainable mobility, and automotive innovation.
Course Structure
At InfoHive Solution, begin with the fundamentals of electric mobility:
- Importance of EV, HEV, and PHEV technologies
- Hybridization ratio and vehicle architecture
- Types of hybrid electric vehicle configurations
- Comparison between internal combustion (IC) and electric vehicles
- Future scope of electric mobility and sustainable transport
- Battery types and key performance parameters
- Lithium-ion, metal-air, and hybrid batteries
- Supercapacitors vs hybrid battery systems
- C-rates and battery performance analysis
- Charging and discharging cycles
- Duty cycles and vehicle modeling techniques
- Vehicle performance and efficiency analysis
- Powertrain component sizing
- EV vs HEV efficiency comparison
- Power distribution in hybrid systems
- Thermal runaway in batteries
- Active and passive cooling systems
- Safety mechanisms to prevent overheating
- Battery life optimization techniques
- Real-world case studies
- Types of motors (asynchronous & synchronous)
- Motor configurations and torque characteristics
- Efficiency of electric motors
- Motor control systems and performance
- Power characteristics of EV motors
- Battery pack sizing and calculations
- Design and layout of EV battery systems
- Assembly and safety considerations
- Performance testing of battery packs
- Major project: custom EV battery design
- Overview and functions of BMS
- BMS architecture and topology
- Safety and monitoring features
- Wireless power transfer concepts
- Integration of solar charging systems
- EV charging methods and infrastructure
- Fast charging vs standard charging
- Charging standards (CHAdeMO, CCS, etc.)
- Wireless charging technologies
- Case study: solar-powered EV charging
- Minor project on battery thermal management
- Capstone project on EV battery design
- Industry mentorship and real-time projects
- Project evaluation and presentation
- Hands-on sessions with experts
🎯 Learning Objectives
At InfoHive Solution, you will:
Understand the fundamentals of hybrid and electric vehicle architectures (HEV, EV, PHEV)
Learn key battery technologies including lithium-ion and hybrid battery systems
Explore vehicle modeling, powertrain design, and EV efficiency optimization
Understand different EV motor types, configurations, and control systems
Gain expertise in battery management systems (BMS), charging standards, and safety practices
📚 Learning Methods
Interactive presentations and expert-led lectures
Hands-on, project-based learning approach
Live mentorship sessions with industry experts
Self-paced learning with recorded video content
🚀 Learning Outcome
By completing this course at InfoHive Solution, you will gain a strong understanding of electric and hybrid vehicle technologies, including battery systems, motor efficiency, and thermal management. You will be able to design and model EV components, and apply your knowledge through real-world projects, making you industry-ready for careers in electric mobility and automotive innovation.
How to Get Started
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Our Mentors Come from
Leading Companies
Get trained by professionals with real-world experience from leading global companies.
Want to Learn More?
Get complete course details and explore everything included in the program.
Get Certified for Your Skills
Receive an official certificate from InfoHive Solution
⭐ Validate your expertise and showcase your skills
⭐ Add your certificate to LinkedIn and boost your profile
Frequently Asked Questions
Live Training:
- Real-time interaction with expert mentors
- Scheduled live sessions with instant doubt clarification
- Personalized guidance and direct support
Self-Paced Learning:
- Access recorded video lessons anytime
- Learn at your own speed without fixed schedule
- Mentor support through scheduled guidance sessions
Yes, upon successful completion of the course at InfoHive Solution, you will receive an official Certificate of Completion to showcase your skills.
You will work on 5+ real-time projects designed to provide hands-on experience and practical knowledge in real-world scenarios.
The Self-Paced course includes 15+ hours of mentor support, helping you understand concepts and complete projects effectively.
You can easily enroll by clicking the “Enroll Now” button and completing the registration process on the InfoHive Solution website.