I build multidisciplinary technology platforms from first principles through commercialization: hardware, power electronics, embedded control, networking, sensing, software, thermal systems, machine vision, intellectual property and engineering organizations.
A career centered on making complex physical systems work in the real world — across robotics, power, embedded control, sensing and intelligent products.

Worked on CMU's early autonomous-vehicle program. Navlab II was an automated HMMWV used for off-road autonomy research integrating perception, computing, sensor fusion, navigation and vehicle control.
Worked on a highly maneuverable research chassis with independently steerable and driven wheels. Its software could emulate the locomotion behavior of tanks, cars and other wheeled machines.

Led foundational work spanning digitally controlled illumination, embedded systems, networking, power conversion, software-driven control and scalable product architecture. Helped build the company from startup through public-company scale and acquisition by Royal Philips.

Architected platforms combining high-power electrical systems, distributed sensing, embedded communications, multispectral imaging, machine vision, analytics, fluid cooling and facility-level control.
Technical leadership from research prototypes to high-volume products, defensible platforms and operating companies.
Digital power, sensing, machine vision, thermal systems, embedded networking and AI-enabled controlled-environment platforms.
Solid-state lighting, digitally controlled power conversion, power-factor correction, EMI/noise reduction and high-volume product architecture.
Algorithmic investment management using machine learning and quantitative models.
Created and commercialized foundational digitally controlled lighting, embedded-control, networking and power technologies; helped grow the company through NASDAQ listing and acquisition by Royal Philips.
Field Robotics Center research and systems development, including Navlab II and the Locomotion Emulator.
IP has been a core engineering and business tool throughout my career: identify fundamental architecture, build it, protect it, and turn it into durable product and enterprise value.
Foundational Color Kinetics inventions became part of Signify's broad intelligent-lighting licensing portfolio. More recent Agnetix inventions extend into distributed sensing, multisensory imaging, machine learning, thermal management and integrated controlled-environment systems.
Bob Johnstone's history of how two Carnegie Mellon roboticists helped pioneer digital lighting and build Color Kinetics.
Inventor of the Year, Intellectual Property Owners Education Foundation; Technology Review TR100; Mass High Tech All-Stars; Entertainment Design “50 Most Powerful People”; Color Kinetics technology represented in the Smithsonian permanent collection.