Overview

Vehicle performance & energy economy, component sizing & selection for EV, mild, series, parallel HEV, control system, electric propulsion system, regenerative braking

Thermodynamic, kinetic, elechtrochemistry, types, materials, BMS, SOC & SOH estimation, charging, cell balancing, thermal management, pack design, life, failure, safety, protection

Battery, motor, electronic component, braking & engine sub-system cooling, HVAC, waste heat recovery, control system, vehicle level energy optimization

Transmission types, vehicle dynamics, power flow & GR calculation, design, gear shifting mechanism, control strategy, calibration, hydraulic for control, NVH

NVH principles, different noise sources, influencing factors, their characteristics & relative importance, NVH concerns, noise control, testing

RDE importance, present status & challenges, various driving cycles, RDE legislation, RDE testing, PEMS, validation, importance of simulation (vRDE) and its methodology 

Performance characteristics, components, design & failure, balancing, air handling system, turbocharger, fuel injection, combustion, emissions, emission standards

Working principle, energy balance, component design consideration, sizing & selection, cooling system design parameters, limitations & procedure, impact on performance & emissions

Sensors, actuators, and control strategies in air, fuel, vehicle, coolant and lubricant systems, OBD-I and OBD-II, AECD, defeat device, diagnostics of different failure issues

Features and working principle of various aftertreatment devices, design consideration, factors impact performance, testing & its interpretation