General Indoor Navigation of Humanoid Robots
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Developing generalist policies for indoor navigation in humanoid and other legged systems
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Developing generalist policies for indoor navigation in humanoid and other legged systems
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This project focuses on improving PoseDiff - a diffusion-based model for estimating robot pose using only RGB data from a fixed camera.
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Developed a platform for to test control stratergies on drone-like dynamics <r>
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sEnVision: A 6 DoF bipedal robot capable of human-like gait
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Developed the architecture for autonomously handling factory logistics using a serial manipulator and mobile robot
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Developed a robot for measuring UV distribution. Integrated with mSLA 3D printer modelling for fine control in printing graded structures
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Developed autonomous rovers capable of traversing complex terrain and dextrous manipulation 
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Developed design stratergies to ensure compatibility of 2-wheeled engines with E-20 eco-fuel
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Developed momentum observer for teleoperation, kinesthetic learning and collision motinoring
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Designed feet for legged robots
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Developing generalist policies for indoor navigation in humanoid and other legged systems
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Developed decentralized policies for swarm agreggation and swarm control