Overview

Various architectures, vehicle performance, drive cycle emissions, control system, component sizing & selection, conversion of conventional vehicle into EV & HEV

Modeling, simulation & performance evaluation, engine cooling, underhood & HVAC, battery, motor, electronics components, Integration, EV thermal energy management

Electrochemical & electrical-equivalent battery modeling and performance characterization, cycle life, aging, cell & battery pack design & optimization

Refrigerant circuit, A/C system components, detailed cabin modeling & calibration, integration, performance under driving cycle, pull-down characteristics, charge determination

Engine modeling, non-predictive & predictive calibration, emission prediction, optimization, turbo selection, camshaft optimization, power upgrade, power derate

Fast running model and Mean value engine model (MVEM) preparation, calibration and validation, for engine model and cooling system model, transient simulation

Modeling & design optimization of airfilter, muffler, resonator & flow system for orifice noise, transmission loss & pressure loss, order analysis, pass-by noise, insertion loss

Lube circuit modeling, steady state performance, transient thermal response, bearing design optimization, priming, power consumption reduction for driving cycle

Fuel injection & hydraulic system including different control & regulating valves, injection profile generation, detailed pump, cam phaser, hydraulic system for HEV

 This course is for comprehensive competency & skill development in EV & HEV vehicle performance, drive cycle emissions, control system, component sizing & selection

 This course is for comprehensive competency & skill development in engine cooling, underhood & HVAC, battery, motor, electronics components, thermal energy management 

  This course is for comprehensive competency & skill development in engine performance including modeling, calibration, optimization, turbo selection, power upgrade, power derate