About the
Team
GSN Robotics is built by engineers and integrators with real-world experience across robotics, embedded sensing, industrial automation, aerospace systems, and applied research.
The people behind the platforms, systems, and field-ready engineering.
Meet the Team
Our team combines deep technical expertise and real-world experience across aerospace, robotics, embedded systems, industrial automation, and applied research.
Cody Wabiszewski
Cody Wabiszewski, Chief Engineer and Principal Investigator, leads technical direction, prototype development, experimental validation, project coordination, and commercialization planning. He holds a bachelor’s degree in aerospace engineering and a master’s degree in mechanical engineering and has supported neuroprosthetic and brain-computer-interface research as a bioengineer within the University of Pittsburgh’s rehabilitation neural-engineering environment. His work also includes hardware neural-network experimentation and neurally controlled robotic systems.
Aaron French
Aaron French, Senior Systems Integration Engineer, leads architecture and systems integration across GSN Robotics’ embedded sensing, communications, robotics, and intelligent automation platforms. His experience spans Linux infrastructure, networking, embedded systems, sensor integration, edge computing, PCB design, robotics prototyping, and applied AI. He spent years working on-site at NASA Kennedy Space Center and NASA Michoud Assembly Facility, supporting complex technical environments and large-scale systems where reliability, integration, and operational continuity were essential.
Chad Marshall
Chad Marshall, Senior Digital Systems Engineer, specializes in industrial spatial computing, digital architecture, embedded electronics, interface design, prototyping, testing, and validation. He previously served in a similar role for General Electric at NASA Michoud Assembly Facility, where he founded the Holo Lab, an industrial augmented-reality initiative applying geospatial awareness and digital visualization to complex manufacturing and operational environments.
Engineering a More Capable World
Together, the team combines aerospace and mechanical engineering, neural engineering, industrial spatial computing, embedded sensing, digital hardware, systems integration, communications, robotics, and intelligent-software orchestration.
Platform Capabilities
Industrial Automation
Robust hardware and software for real-world industrial systems and autonomous operations.
Applied Robotics
Embedded intelligence for robotic platforms and demanding environments.
Research Platforms
Flexible systems for applied research, prototyping, and advanced development.
Embedded Sensing
Multi-modal sensing, edge processing, and real-time environmental awareness.