Research Portfolio
Our Projects
Cutting-edge research across autonomy, robotics, mechanics, and connectivity.
Cutting-edge research across autonomy, robotics, mechanics, and connectivity.
HTS and thermoelectric cooling for electric aviation motors. Developing next-gen motor cooling with 3D-printed components and copper coil windings.
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Autonomous drone platform for navigation, surveillance, and delivery in challenging environments including GPS-denied zones.
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GPS signal correction at low-to-mid altitudes for urban canyon environments. Includes SCOUT, PATHFINDER, and SAPPHIRE ML systems.
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AI-driven localization for navigation, communication, and control in GPS-denied environments using software-defined radio technology.
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Low-cost testbed for IMU calibration, CubeSat/drone control, and real-time validation — 100–1000x cheaper than commercial alternatives.
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Electroaerodynamic propulsion using ionic wind with FDM and chemical deposition for conductive cores. Testing with 100g drones.
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Hands-on robotics programs for students of all ages, from LEGO robotics to advanced autonomous systems and control theory.
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Multi-agent robotic systems exploring swarm intelligence, coordination algorithms, and distributed control for collaborative tasks.
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Plain-language data intelligence platform for banking, healthcare, education, and retail. Ask questions, get instant insights from your own data.
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