Abdul Salam Abdul Karim
Lead ADAS Platform Hardware Systems Engineer
Bio:
Abdul Salam A is a Lead ADAS Platform Hardware Systems Engineer at Ford Motor Company, where he works on the development of safety-critical hardware architectures supporting next-generation advanced driver assistance systems (ADAS) and intelligent vehicle platforms.
Before joining Ford Motor Company, he served as a Lead Hardware Design Engineer at Marelli Automotive Lighting in Southfield, Michigan. With over 19 years of experience in automotive electronics, Abdul specializes in safety-critical embedded systems supporting ADAS, intelligent lighting platforms, and electrified vehicle architectures.
His technical expertise spans automotive sensing systems, sensor safety architectures, ISO 26262 functional safety, and hardware–software co-design for next-generation mobility platforms. Abdul has worked extensively on the design and integration of sensor-driven automotive systems, including ultrasonic sensing modules, driver monitoring systems (DMS), intelligent lighting ECUs, and distributed battery management systems.
His work also explores the reliability and integration of multi-sensor perception platforms combining cameras, ultrasonic sensors, radar, and embedded AI processing for automated driving applications.
Abdul has authored and published multiple technical papers in international journals and conferences, including IEEE and other peer-reviewed platforms, covering topics such as AI-enabled functional safety, thermal-aware reliability of automotive LED drivers, predictive fault management for ADAS controllers, and signal integrity challenges in distributed battery management systems.
Beyond his own publications, he actively contributes to the global research community as a peer reviewer and associate editor for several international journals and IEEE conferences, supporting the advancement of safe and reliable intelligent vehicle technologies.
Recognized for his work in sensor-centric functional safety strategies and AI-driven mobility systems, Abdul also serves as a CES Innovation Awards judge and participates in global engineering activities bridging industry practice, academic research, and international safety standards.
-centric functional safety strategies and AI-driven mobility systems, Abdul also serves as a CES Innovation Awards judge and participates in global engineering activities bridging industry practice, academic research, and international safety standards.