Industrial & systems engineer specializing in cognitive engineering, human-robot interaction, and accessible intelligent systems. I build research-backed products at the intersection of defense, robotics, and real-world commerce.
Where I'm operating right now — defense research at AFRL and the company I'm building.
From fighter-jet cockpits to drive-thru accessibility. Each card renders a live wireframe schematic — hover to orbit the model.
Multimodal ordering and POS infrastructure for restaurants and physical commerce, built around voice, touch, gesture, and accessibility-first service experiences.
Research on air- and bone-conducted auditory displays for supporting auditory situational awareness in complex operational environments.
Visual display and human-machine interface research focused on operator performance, cockpit information presentation, and cognitive load in high-demand environments.
Autonomy and navigation research involving multi-agent coordination, operator trust, and deployment logic for drone and coalition environments.
Autonomous in-home humanoid robot built for human-robot interaction research, including embodied interaction and domestic robotic behaviour.
A built brain-computer-interface robot exploring embodied interaction, adaptive autonomy, and assistive control for human-centered robotic systems.
Twelve labs across Virginia Tech, George Mason & the Krasnow Institute — from tardigrade memory to non-invasive neuromodulation.