Live
Hybrid
Electric Vehicles
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Course overview
This course provides a comprehensive understanding of hybrid and electric vehicles (EVs), focusing on battery technologies, vehicle modeling, motor systems, and battery management. Through hands-on learning and real-world projects, learners will gain the practical skills needed to thrive in the growing EV industry. Designed for both personal growth and professional development, this course equips participants with the knowledge and tools to excel in the field of electric mobility.
COURSE STRUCTURE
Introduction to Hybrid & Electric Vehicles
- Why EV? Why HEV? Why PHEV?
- Hybridisation Ratio
- Architectures of HEV
- Comparison of IC & EV
- Future of Electric Mobility
Batteries for Hybrid & Electric Vehicles
- Battery Parameters and Types
- Lithium, Metal-Air, and Hybrid Batteries
- Supercapacitors vs. Hybrid Batteries
- C-rates and Battery Performance
- Charging & Discharging Cycles
Vehicle Modeling and Powertrain
- Duty Cycles and Vehicle Models
- Vehicle Performance and Efficiency
- Powertrain Component Sizing
- EV vs. HEV Efficiency Comparisons
- Power Distribution in Hybrid Vehicles
Battery Thermal Management
- Thermal Runaway in Batteries
- Cooling Systems (Active vs. Passive)
- Safety Systems to Prevent Overheating
- Battery Life Extension Techniques
- Thermal Runaway Case Studies
Motors and Control Systems
- Types of Motors: Asynchronous, Synchronous
- Motor Configurations and Torque
- Efficiency of EV Motors
- Control Systems for Motor Management
- Motor Power Characteristics
Battery Pack Design & Major Project
- Battery Pack Sizing Calculations
- Design and Layout of EV Batteries
- Battery Pack Assembly and Safety
- Performance Testing of Battery Packs
- Major Project: Custom Battery Pack Design
Battery Management Systems (BMS)
- Overview and Functions of BMS
- Topology of BMS
- BMS Safety Features
- Wireless Power Transfer
- Integration of Solar Charging
Charging Systems and Standards
- Charging Methods for EVs
- Fast Charging vs. Standard Charging
- Charging Standards (CHAdeMO, CCS, etc.)
- Wireless EV Charging Technologies
- Case Study: Solar-Powered EV Charging
Minor & Capstone Projects
- Minor Project on Battery Thermal Management
- Major Capstone Project on EV Battery Design
- Industry Mentorship and Real-Time Project Work
- Evaluation and Presentation of Projects
- Hands-On Sessions with Industry Experts
Learning Objectives
- Grasp the basics of hybrid and electric vehicle (HEV, EV, PHEV) architectures.
- Learn key battery technologies, including Lithium and hybrid batteries.
- Understand vehicle modeling, powertrain sizing, and EV efficiency.
- Explore EV motor types, configurations, and control systems.
- Master battery management systems (BMS), charging standards, and safety measures.
Learning Methods
- Presentations & Lectures
- Hands-On, Project-Based Learning
- Live Mentorship Sessions
- Self-Paced Learning & Recorded Lectures
Learning Outcome
By the end of the course, learners will have a solid understanding of hybrid and electric vehicle technologies, including battery systems, motor efficiency, and thermal management. They will be able to design and model EV components and gain practical experience through real-world projects, making them industry-ready professionals in the field of electric mobility.
How to Enroll Program
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Elevate your skills with hands-on experience, 12+ live projects, and mentorship from industry-leading experts in the top 2% of their field. Our tailored plans cater to your unique needs, allowing you to transform your practical knowledge into real-world expertise.
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Frequently Asked Questions
What is the difference between the Live and Self-Paced courses?
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Live Class:
- Offers real-time interaction with mentors.
- Includes scheduled live sessions where you can ask questions and get instant feedback.
- Provides personalized mentorship through live engagement.
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Self-Paced Class:
- Access pre-recorded video content at your convenience.
- No fixed schedule – you can learn whenever it suits you.
- Get mentor support via pre-scheduled mentoring sessions without the need for live attendance.
Will I receive a certificate after completing the course?
Yes, upon successful completion of the course, you will receive a Certificate for Course Completion.
What type of projects will I be working on?
ou’ll be working on 5+ live projects that are designed to give you hands-on experience and practical knowledge.
How much mentor support is provided in the Self-Paced course?
The Self-Paced course offers 15+ hours of mentor training to help guide you through the course and projects.
How do I enroll in the Self-Paced course?
You can easily enroll in the Self-Paced course by clicking on the Enroll Now button and completing the registration process.
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