HYBRID ELECTRIC VEHICLE
The Hybrid Electric Vehicle (HEV) course equips you with the skills to design, develop, and maintain hybrid electric vehicles. Covering both electrical and mechanical systems, you'll learn about hybrid powertrains, battery technologies, electric motors, and control systems. This comprehensive course offers hands-on projects, where you’ll work with vehicle modeling, energy management, and simulation tools. You'll gain a deep understanding of the vehicle design process, power electronics, and battery management systems. Perfect for aspiring engineers, this course prepares you to contribute to the future of sustainable transportation and pursue a career in the HEV industry.
₹4130.00 ₹5500.00 25% OFF
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Course Overview
Hybrid Electric Vehicle (HEV) Course Overview
The Hybrid Electric Vehicle (HEV) course is a 2-3 month program designed to equip you with the knowledge and skills needed to excel in the electric and sustainable transportation industry. You’ll learn about hybrid powertrains, electric motors, battery technologies, and energy management systems, with a focus on both electrical and mechanical components.
The course combines in-depth training with hands-on projects, where you’ll apply your skills to real-world scenarios. Mentorship from industry professionals will guide you throughout the program, ensuring practical, career-ready knowledge. Perfect for aspiring engineers, this course prepares you for a successful career in the HEV industry.
Schedule of Classes
Start Date & End Date
Apr 15 2025 - Jul 15 2025
Course Curriculum
1 Subject
HYBRID ELECTRIC VEHICLE
46 Learning Materials
MODULE 1: ELECTRIC VEHICLE FUNDAMENTALS
CHAPTER 1: AGENDA
CHAPTER 2: INTRODUCTION TO EV
CHAPTER 3: TYPES OF EV's & ARCHITECTURE
MODULE 2: VEHICLE DESIGN INTRODUCTION
CHAPTER 5: INRODUCTION
CHAPTER 6: FORCES ACTING ON VEHICLE
VIDEO 1:Aerodynamic Force
VIDEO 2: Rolling Resistance Force
VIDEO 3: Gradient Force
VIDEO 4: Matlab intro part-1
VIDEO 5: Matlab intropart-2
VIDEO 6: Aero dynamic model part-1
VIDEO 7: Aero dynamic model part-2
VIDEO 8: Rolling resistance model
VIDEO 9: Gradient, Linear force
VIDEO 10: 23-Tractive force
VIDEO 11: Matlab design-1
VIDEO 12: Matlab design-2
VIDEO 13: Tyre Construction-1
VIDO 14: Tyre Construction-2
VIDEO 15: Tyre Construction-3
MODULE 3: BATTERY FUNDAMENTALS
VIDEO 16: Brief on Control Signal
VIDEO 17: Introduction to Battery Technology
VIDEO 18: Battery Technology -2
VIDEO 19: Battery Invention Part-1
VIDEO 20: Battery Invention Part-2
VIDEO 21: Testing Parameters of EV Batteries
VIDEO 22: C-Ratting of a Battery
VIDEO 23: ELECTRIC VEHICLE BATTERY LIFE
VIDEO 24: PARAMETERS TO SELECT THE BATTERY PACK
VIDEO 25: CHEMESTRY COMPARISION OF DIFFERENT BATTERY PACK
VIDEO 26: TYPES OF LI-ION BATTERY
VIDEO 27: ALL BATTERY DISCRIPTION WITH WEB DIAGRAM
VIDEO 28: BATTERY PACK DESIGN MECHANICAL,THERMAL,ELECTRICAL
VIDEO 29: CELL ARRANGEMENTS SERIES FASHION
VIDEO 30: CELL ARRANGEMENTS PARALLEL FASHION
VIDEO 31: BATTERY PACK BUILDING AND CALCULATIONS PART
VIDEO 32: CELL ARRANGEMENTS SERIES&PARALLEL FASHION
VIDEO 33: BATTERY PACK BUILDING AND CALCULATIONS PART 2
VIDEO 34: BATTERY PACK BUILDING AND CALCULATIONS PART 3
VIDEO 35: BATTERY PACK BUILDING AND CALCULATIONS PART 4
MODULE 4: BATTERY MANAGEMENT SYSTEM
VIDEO 36: INTRODUCTION TO BMS
VIDEO 37: BMS FUNCTIONALITY ARCHITECTURE
BMS FUNCTIONALITY
BMS ARCHITECTURE
SOFTWARE AND HARDWARE ELEMENTS IN BMS
CHAPTER 41: BMS SELECTION AND CONNECTION WITH THE THE BATTERY PACK
MODULE 5: EV POWER TRAIN SYSTEM
Course Instructor
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SKILLUMNI
11 Courses • 884 Students
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