• Energy Storage and generation. Components and Systems

Battery technology; advanced battery; battery management systems; charge/discharge units; voltage, SoC & thermal balancing systems; new capacitor technology; ultra-capacitors; flywheels; hybrid energy storage topologies; fuel cell systems; auxiliary power units; packaging of the energy sources; diagnosis and prognosis; SoC and SoH estimation, Solar vehicles. Applications to land, sea, air, and space vehicles.

• Power Electronics, Motor Drives and Electric Power Systems

Converters; rectifiers; inverters; power electronics systems; electric machines; motor drives (design and/or control); power semiconductors; EMI/EMC; starters; generators; integrated starter/alternators; novel power modules; auxiliary motor drives; drive trains; diagnosis and prognosis; electro-magnetic compatibility; Power system architectures; 42V PowerNet; higher voltage power systems; X-by-wire; electric power steering; hydraulic powertrain. Applications to land, sea, air, and space vehicles.​

• Vehicular electronics and Intelligent Transportation Systems

Active suspension; automatic cruise controls; remote sensing; wireless sensors and controls; sensor network; Wireless Communications and Vehicular Networking; Cooperative Driving; Intelligent and Autonomous Vehicles; active and passive safety systems; embedded operation system; vehicular signal processing; micro-electromechanical systems; driver assistance driving systems; virtual/digital system. Applications to land, sea, air, and space vehicles.

• Control and energy management of transportation systems

Power split in HEV; Intelligent control and energy management systems; Hardware-in-the-Loop; Fault tolerance control and management; off line & on line optimization; route based energy management; driving pattern recognition; online parameter identification & driver modelling for energy management; shifting control & management. Applications to land, sea, air, and space vehicles.

• Modeling, analysis and simulation of transportation systems

Modeling, simulation, analysis, design, dynamics, and stability of vehicular systems/components; CAD/CAE; virtual prototyping; Vehicular architecture; real world testing; fleet measurement; driving cycle design; ecodriving; well-to-wheels and tank-to-wheels analysis; life cycle analysis. Applications to land, sea, air, and space vehicles.

• Charging systems and infrastructures

Chargers; EV Electrical Infrastructure and V2X; on board battery chargers; AC & DC charging infrastructure; fast & superfast charging; wireless charging; conductive charging; charging management; Smart Grid; smart charging; harmonics and power quality. Applications to land, sea, air, and space vehicles.