EEUL513

Introduction to Electric and Hybrid Vehicles

EEUL513.1

Analyze the dynamic behavior of EVs under varied drive cycles to determine powertrain power ratings and total energy consumption

requirements.

EEUL513.2

Design and justify the selection of energy storage systems (batteries, supercapacitors, and fuel cells) by benchmarking their performance, efficiency, and suitability for diverse engineering

applications.

EEUL513.3

Design a suitable electric powertrain by analyzing and matching propulsion system performance with vehicle traction requirements.

EEUL513.4

Design  and  analyze  high-efficiency  converter  and  inverter

topologies   to    control   electric   motor   drives   using    CAN communication protocols.

EEUL513.5

Evaluate and propose innovative drivetrain architectures, charging systems, and smart technologies to accelerate the transition to sustainable electric mobility.