Dr. Raymond Sheh is an artificial intelligence (AI), cybersecurity, robotics, measurement science, and standards expert with over two decades of published international research experience across academia, multiple industries, government, and defense. His experience spans all stages of research, including developing proposals, writing code, prototyping hardware, and successfully leading the research direction of US federal projects. His life-saving work in public safety has been internationally recognized and driven the responsible adoption of intelligent response robots worldwide.
His peer-reviewed publications span a unique combination of fundamental and applied AI, cyber security, robotics, measurement science, standards development, education, and governance. He has an impactful track record in interdisciplinary scientific, technical, and creative thinking to successfully identify novel opportunities, manage risks, and research, develop, and disseminate solutions. He is on a mission to advance the safe, responsible, effective, appropriate, ethical, transparent, and defensible adoption of AI, data science, and intelligent systems, leveraging his breadth and depth of experience to develop, lead, and guide projects, programs, organizations, governments, and society. Ask him about his work with robotic lion cubs and his superhero alter-ego's quest to prevent the next AI winter.
For more information, please see my LinkedIn and Google Scholar pages. You can also email me at raymond@raymondsheh.org .
Developing a comprehensive set of standard test methods and associated performance metrics to quantify key capabilities of emergency response robots. These test methods address responder-defined requirements for robot mobility, manipulation, sensors, energy, communications, operator proficiency, logistics and safety for remotely operated ground, aerial, and aquatic systems.
A federation of researchers who organize robotics competitions and other events for students from primary school through to academic researchers in areas that include soccer, rescue robotics, home service robotics, industrial robotics, and robotics for high school and primary school students. The ultimate goal:
By the middle of the 21st century, a team of fully autonomous humanoid robot soccer players shall win a soccer game, complying with the official rules of FIFA, against the winner of the most recent World Cup.
Leveraging the NIST Cybersecurity Framework 2.0 and AI Risk Management Framework to develop profiles, guidance, and other resources to help public safety end users responsibly adopt intelligent UAS.
To foster the development, and integration into UAS, of new technologies that will drive capabilities for public safety missions using next generation, intelligent, connected UAS, and with appropriate risk management, particularly with regard to cybersecurity and AI.
Developed guidance for performance measurement of intelligent robots in the oil and gas industry for adoption worldwide to drive organizational transformation, investment in new processes and capabilities, and lower costs.
Collaborated with DARPA to develop evaluation strategies to identify and drive “DARPA-hard” advances in robotics and AI.
An international competition that brings open research problems in the response robotics field to high school students through the use of rapid manufacturing equipment and open-source principles.
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