EV Technology
This course provides a comprehensive understanding of Electric Vehicle technology, covering EV architecture, battery systems, charging infrastructure, and diagnostics. Learners will gain practical exposure to the components and systems driving the fast-growing electric mobility industry.
Course Curriculum
A practical EV Technology learning journey covering electric mobility, vehicle architecture, battery systems, BMS, charging infrastructure, diagnostics, and a capstone case study.
Explore the transition to electric mobility and compare EV types.
Evolution of Electric Mobility
Understand the shift from internal combustion engines to electric vehicles and its role in sustainable transport.
Types of Electric Vehicles
Study BEVs, HEVs, PHEVs, and FCEVs and understand the differences between each.
Understand the major systems and configurations used in electric vehicles.
EV Powertrain
Learn the major components of an EV powertrain, including battery packs, motors, and controllers.
Vehicle Layout & Configuration
Study drivetrain configurations across two-, three-, and four-wheeler electric vehicles.
Understand battery construction, performance measures, and key safety considerations.
Lithium-Ion Battery Fundamentals
Understand the construction and working principles of lithium-ion batteries used in EVs.
Battery Parameters & Safety
Study voltage, capacity, state of charge, and key battery safety considerations.
Understand how BMS supports safe battery operation and battery life.
BMS Functions
Understand how BMS monitors voltage, current, and temperature to ensure safe battery operation.
Cell Balancing & Protection
Study cell balancing techniques and protection mechanisms that extend battery life.
Understand AC/DC charging standards and the components of EV charging stations.
Charging Types & Standards
Study AC/DC charging types and standards such as CCS and Type 2 connectors.
Charging Station Components
Understand the components and operation of EV charging stations.
Apply course concepts to EV diagnostics and an architecture, battery, and charging case study.
EV Diagnostics & Telematics
Explore how diagnostic tools and telematics monitor EV health and performance.
Capstone Project
Present a case study analyzing an EV system’s architecture, battery, and charging setup.
What You'll Learn
Build practical EV Technology knowledge across electric mobility, vehicle systems, battery technology, charging, diagnostics, and case analysis.
Electric Mobility & EV Types
Understand the shift to electric vehicles and compare BEVs, HEVs, PHEVs, and FCEVs.
EV Architecture & Powertrains
Explore battery packs, motors, controllers, and vehicle drivetrain configurations.
Battery Technology & Safety
Learn lithium-ion battery basics, voltage, capacity, state of charge, and safety considerations.
Battery Management Systems
Understand monitoring, cell balancing, and protection mechanisms in BMS.
Charging Infrastructure
Review AC/DC charging, CCS and Type 2 standards, and station components.
EV Diagnostics & Capstone
Explore diagnostics and telematics, then present an EV architecture, battery, and charging case study.
Ready to Build Your EV Technology Skills?
Take the next step toward practical EV learning in vehicle architecture, batteries, BMS, charging infrastructure, diagnostics, and a capstone case study.
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