An Autonomous VIO Quadrotor
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A fully autonomous quadrotor system integrating path planning, minimum-jerk trajectory generation, nonlinear control, and visual-inertial state estimation.
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A fully autonomous quadrotor system integrating path planning, minimum-jerk trajectory generation, nonlinear control, and visual-inertial state estimation.
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End-to-End PPO Policy Design for Autonomous High-Speed Gate Navigation.
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Developed my own BayesOpt algo BOWL, combining EntropyâSGD and Most Probable Descent (MPD) to find robust optima in black-box functions.
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Robotic block stacking with AprilTag tracking and closed-loop control.
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Hands-on development of two autonomous ground vehicles.
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Design and fabrication of a high-performance battle bot.