Future of Mobility:
Hybrid Electric Vehicles
Master the engineering behind Hybrid Electric Vehicles (HEV), combining internal combustion engines with electric propulsion. Explore the entire ecosystem including Lithium-ion battery manufacturing, motor controllers, charging infrastructure, and the role of AI in autonomous driving.
Duration
7-8 Weeks
Level
Professional
Accreditation
ISO Verified
Format
Online
Preparation
Mock Interviews
Career Tool
Resume Building
HEV Industrial Curriculum
Phase 01: EV Foundations & Powertrains
History and classification (ICE, BEV, HEV, PHEV, FCEV). Understanding electric motor types, in-wheel motors, and inverter/controller functionality.
Phase 02: Battery Engineering & Management (BMS)
Lithium-ion manufacturing processes, mining economics, and detailed study of LFP, NMC, NCA, and Solid-State batteries. Deep dive into Battery Thermal Management (BTMS).
Phase 03: Charging Infrastructure & Grid Integration
Fast charging, Wireless charging, V2G/V2H integration, and Battery Swapping methods. Understanding Smart Grid energy load management.
Phase 04: Manufacturing, Retrofitting & AI
3D printing for EV parts, retrofitting gas cars to EV, life cycle analysis, and the role of AI/ML and Cybersecurity in the future of autonomous electric mobility.