With 20+ years of experience in unmanned aerial systems, this expert specializes in the engineering and evaluation of guidance, navigation, and control technologies for drones and autonomous aircraft. He provides technical analysis related to UAV flight control systems, navigation architectures, autopilot design, and autonomous aerial system performance.

His expertise includes guidance algorithm development, inertial measurement systems, GPS-aided navigation, and integrated avionics for unmanned aircraft. He has developed autopilots, navigation algorithms, and simulation models for multiple unmanned platforms, including fixed-wing aircraft, airships, gliders, missiles, artillery shells, and optionally piloted vehicles. His work also includes vision-based guidance technologies for collision avoidance and moving target tracking, as well as navigation systems utilizing Kalman filtering and related computational methods. Additional experience includes simulation-based flight analysis and control system validation for UAV performance and navigation capabilities.

His professional background includes leadership and engineering roles focused on guidance, navigation, and control development for unmanned systems and aerospace applications. He has served as president and chief guidance, navigation, and control engineer of an engineering consultancy providing UAV design and development services, as well as a principal engineer responsible for guidance, navigation, and control engineering teams. Earlier work included missile guidance system development, flight simulation modeling, and algorithm design for air-to-air missile integration programs. His academic credentials include graduate and undergraduate degrees in electrical engineering.