A Professor of Computer Science specializing in real-time operating systems, embedded kernels, and resource management for safety-critical cyber-physical systems. With extensive experience spanning academic research and industry practice, this expert brings deep technical knowledge in kernel architecture, virtualization, real-time scheduling, and hardware-software interaction. Currently serving as both Professor and Chief Software Architect for automotive technology, the expert has developed foundational systems (Quest RTOS and Quest-V separation kernel) widely deployed in automotive, avionics, and IoT applications. Publications include 70+ refereed papers and 6 USPTO patents, with recognition as Senior Member of IEEE and extensive leadership in real-time systems research.

Formal Education

  • Ph.D. in Computer Science from a top-tier research university
  • M.S. in Computer Science from the same institution
  • M.Eng. in Microelectronics and Software Engineering (First-Class Honours) from a respected international research university

Career Highlights

  • Professor of Computer Science with tenure, specializing in real-time systems and operating system kernels
  • Chief Software Architect for a leading automotive technology company, transitioning academic research to production systems
  • Advanced Research Engineer at a major virtualization and cloud computing company, specializing in virtualization, cache management, and resource partitioning
  • Developer of Quest RTOS and Quest-V separation kernel, foundational systems for safety-critical applications
  • General Chair of the IEEE Real-Time Systems Symposium (RTSS), a premier international conference in real-time systems
  • Associate Editor for a leading real-time systems journal
  • Principal Investigator securing significant federal research funding

Expert Qualifications

  • 70+ refereed publications and 6 USPTO patents demonstrating deep technical authority in kernel design and virtualization
  • Senior Member of IEEE with leadership roles in real-time systems research, standardization, and conference planning
  • Multiple Best Paper Awards at premier conferences reflecting peer recognition and technical excellence
  • Extensive experience combining academic research with hands-on industry implementation in safety-critical and embedded systems
  • Recognized expertise in operating systems architecture, embedded software, real-time computing, and vehicular systems suitable for expert testimony