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About

Susan Rea is a leading researcher in embedded sensing systems, edge computing, and intelligent environment perception. Her work focuses on developing portable, wearable, and low-power multi-sensor platforms that enable real-time obstacle detection and spatial awareness for both autonomous systems and human navigation. Rea’s most notable contributions stem from her leadership in the H2020 INSPEX project, where she spearheaded the design and integration of a miniaturized, multi-sensor system that adapts automotive-grade obstacle detection for wearable use. Her 2019 paper on optimizing range sensors for environment perception (7 citations) and her 2017 work on the INSPEX system’s design and integration (6 citations) demonstrate her ability to bridge cutting-edge sensor fusion with practical, energy-efficient hardware. These contributions are particularly impactful for assistive technologies, helping visually impaired individuals and first responders navigate hazardous environments. Rea’s research has advanced the field of smart spatial exploration, showcasing how low-power, portable sensing can democratize safety and autonomy. Her work continues to influence the development of next-generation edge-AI systems for real-time environmental awareness.