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About

Ning Ge is a researcher specializing in formal methods, safety-critical software verification, and real-time embedded systems. His work focuses on developing rigorous, mathematically grounded approaches to ensure the correctness and reliability of software used in high-stakes domains, including human-machine interfaces, robotic systems, and embedded platforms. Among his most significant contributions is his research on correct-by-construction development, particularly leveraging the Event-B formal notation to produce verified system designs that can be systematically translated into correct code — effectively bridging the gap between abstract specification and implementation. His 2017 paper on integrated formal verification of safety-critical software stands as his most cited work, accumulating 13 citations, while subsequent research on Event-B applications to robot anti-collision functions and formal HMI development processes has further demonstrated the practical applicability of formal techniques in industrial settings. Ge has also explored timing analysis for microkernel-based real-time embedded systems, reflecting a broad interest in ensuring both functional correctness and temporal predictability. His collective body of work underscores a consistent commitment to making formal verification methods more accessible and applicable to real-world safety-critical engineering challenges, making his research particularly valuable for practitioners and academics working at the intersection of software reliability and embedded systems design.