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Electric Vehicle Technology (EVT)
The Level 1 Knowledge Improvement Program (KIP) in Electric Vehicle Technology (EVT) is a beginner-level, 100% online certification course offered by Autobot Academy. This program is specifically designed for individuals looking to build a solid foundation in the rapidly growing electric vehicle (EV) industry. Whether you're a student, a professional transitioning to the EV sector, or someone passionate about EV technology, this course provides the essential knowledge required to understand the core principles of electric vehicles.
Through interactive modules and comprehensive learning content, this program covers the basics of electric vehicles, including their types, components, and working systems. The Level 1 KIP program is the first step in your journey towards mastering EV technology, preparing you for advanced learning in subsequent levels.
Trainers Profile
- 100% Online Learning: Flexible and accessible, allowing learners to study from anywhere, at their own pace.
- Beginner-Friendly: Tailored for individuals with little to no prior knowledge of electric vehicle technology.
- Comprehensive Curriculum: Covers the fundamentals of electric vehicles, including their components, operation, and global trends.
- Interactive Content: Engaging multimedia learning modules, quizzes, and assessments to reinforce understanding.
- Expert-Led Instruction: Learn from industry experts with real-world experience in EV technology.
- Certification of Completion: Receive a globally recognized certification to validate your skills and knowledge in EV technology.
- Career Path Guidance: Learn about various career opportunities in the EV sector, and how to advance in the industry.
- Future Learning Pathways: Prepare for advanced EV training (Level 2 and Level 3) for deeper specialization in EV systems and technologies.
MODULES
EVT M01 - Introduction to Electric Vehicles and the Global EV Ecosystem
- History of Electric Vehicles
- Global and Indian EV Market Overview
- Government Policies and Initiatives (e.g., FAME, PLI)
- Types of EVs: BEVs, PHEVs, HEVs
EVT M02 - Fundamentals of Electric Vehicle Components
- Electric Motors: Types, Functions, and Applications
- Controllers and Inverters: Role in EV Power Systems
- Batteries: Overview of Lithium-ion Technology
EVT M03 - Battery Technology and Management Systems
- Basics of Battery Chemistry and Performance
- Battery Management Systems (BMS) and Thermal Management
- Battery Charging Principles and Standards
EVT M04 - EV Powertrain and Drivetrain Fundamentals
- Architecture of Electric Powertrains
- Differences Between Traditional and Electric Drivetrains
- Regenerative Braking: Working Principle
EVT M05 - EV Charging Infrastructure and Standards
- Types of EV Chargers and Charging Levels
- EVSE (Electric Vehicle Supply Equipment) Overview
- Emerging Technologies: Wireless and Ultra-fast Charging
EVT M06 - Thermal Management Systems in EVs
- Cooling and heating systems for batteries and motors
- Thermal management techniques and challenges
- Advances in heat management solutions
EVT M07 - Electric Vehicle Control Systems
- Control strategies for EV motor drives
- Regenerative braking systems and energy recovery
- Vehicle dynamics and traction control
EVT M08 - Safety and Regulations in Electric Vehicles
- EV Safety Standards and Best Practices
- Common Hazards: Battery Fires, Electrical Shorts
- Personal and Operational Safety in EVs
EVT M09 - Diagnostics, Maintenance, and Troubleshooting
- Common diagnostic tools for EV systems
- Maintenance best practices for EV batteries, motors, and control units
- Troubleshooting common EV issues
EVT M10 - EV Business Models and Future Technology Trends
- Public Charging Infrastructure
- Battery as a Service (BaaS)
- Swapping Stations
- Autonomous vehicles and electrification
- Innovations in battery recycling and second-life applications
Course Duration
6 Weeks (100% Online, Self-Paced)
- Weekly Commitment: 6-8 hours
- Learning Mode: Video Lectures, Quizzes, Virtual Labs, Assignments, and Case Studies
Course Learning Outcomes
By completing this course, learners will be able to:
- Understand the evolution and market trends driving the electric vehicle industry.
- Explain the core components and working principles of electric vehicles.
- Distinguish between key types of batteries and their applications in EVs.
- Describe the fundamentals of EV powertrains and charging infrastructure.
- Identify major safety practices and standards in EV technology.
- Recognize business models, career paths, and opportunities in the EV ecosystem.
Target Audience
- Engineering students and graduates interested in learning about EV fundamentals.
- Working professionals from traditional automotive, mechanical, and electrical industries.
- Entrepreneurs and business owners in automotive, logistics, or related sectors looking to transition into EV business models.
- Non-technical enthusiasts and managers seeking to understand the EV landscape for career opportunities.
Center
Online mode