Introduction to Electric Vehicles
Course provided by Model Institute of Engineering & Technology
4 modules
Master Secure Coding Practices and Build Safer Applications
5 Level NCrF
National Credit Framework
60 Hours
Flexible Learning
Beginner Level
No prior experience required
Micro Credit Course
2 Credit
Course Overview
This course aims to offer a holistic, interdisciplinary understanding of electric vehicles (EVs) and their evolving role in modern mobility systems. It integrates perspectives from engineering, environmental science, policy, and economics to empower learners to analyze, evaluate, and support the adoption of EVs.
Key Learning Highlights
Explore the fundamentals of electric vehicle technology and architecture.
Understand battery technologies, charging systems, and energy management.
Analyze the environmental, economic, and policy implications of EV adoption.
Gain insights into global EV trends, market drivers, and sustainability goals.
Evaluate challenges and opportunities in EV integration within mobility ecosystems.
Tools & Platforms
MATLAB / Simulink (or equivalent EV modeling tools) — optional
Spreadsheet models for cost/benefit & energy simulations
Access to real-world EV data and public databases for case analysis
Learning Outcome
By the end of this course, students will be able to:
Understand the engineering and functional principles behind electric vehicles.
Evaluate the environmental and economic impact of electric mobility.
Analyze challenges and opportunities in EV infrastructure and adoption.
Explore global and regional policy frameworks influencing EV diffusion.
Examine social perceptions and equity concerns related to EVs.
Propose practical strategies for EV implementation in different urban contexts.
Master the course with just 4 Modules
This course on Electric Vehicles (EVs) provides a structured understanding of their technology, impact, and adoption. Learners begin with the fundamentals of EV components, batteries, and performance classifications. They then explore the environmental and social implications, including life cycle carbon footprints, recycling challenges, and accessibility issues. The course further examines charging infrastructure, grid integration, smart charging, and investment planning. Finally, it covers global policy landscapes, market strategies, and case studies, highlighting the role of EVs in urban mobility, smart cities, and innovative business models.
Fundamentals of Electric Vehicles
EV components and working principles
Battery technology and energy storage systems
EV classifications and performance parameters
Environmental and Social Impact of EVs
Life cycle assessment and carbon footprint of EVs
Resource sourcing and battery recycling challenges
Accessibility and equity in EV deployment
Charging Infrastructure and Energy Integration
Types of charging (AC/DC, Level 1/2/3)
Grid integration, load balancing, and smart charging
Investment models and infrastructure planning
Policy, Market, and Urban Mobility Perspectives
Global policy landscape and subsidies for EVs
Case studies from Europe, Asia, and developing countries
EVs in multimodal and smart city contexts
Business models for EV mobility services
