AI-driven techniques for real-time monitoring and fault-prediction in automotive applications Al applied to electromobility Automatic test equipment for automotive Automobile intelligence, automated driving control, foundation model of autonomous driving Automobile networking, driver-vehicle-road coordinated control Automotive electrification, batteries, motors, electronic control Automotive instrumentation and telematics Control and calibration of engines and powertrains Control of electric and autonomous vehicles Data-driven and AI-based control system development Design and manufacturing of electromobility systems and products Electric vehicle safety technology and systems Electronic devices for electromobility Electronic instrumentation for automotive Energy storage and management systems charging Engine performance cells and test rigs development and calibration
Infrastructure and grid integration for electromobility Measurement-based modeling and diagnostics for automotive components and sub-systems Pollutant emission measurements and on-board monitoring in automotive Power electronics and chassis electrification Pure electric vehicles, hybrid electric vehicles, fuel cell vehicles Railway train control Real-time sensing and diagnostics for automotive batteries and battery cells Sensors and sensor systems for automotive applications Smart, well-connected, and non-conventional electromobility Standards for automotive instrumentation and sensing methodologies Thermal and mechanical instrumentation and measurement for automotive UAV/USV/UUV control Vehicle dynamics and control
Wireless sensor networks in automotive