Virtual RobotX Competition 2023
operate an autonomous surface vehicle (ASV) in a Gazebo-based simulation environment built by Open Robotics and the Naval Postgraduate School
operate an autonomous surface vehicle (ASV) in a Gazebo-based simulation environment built by Open Robotics and the Naval Postgraduate School
Prototype Design of a high-performance impeller in the pump of a Ventricular Assist Device (VAD).
write a small video game based on Battle City using C++ and OPENGL
UAV–UGV exploration in Isaac Sim with region-level Conflict-Based Search (CBS), PRM–TSP global planning, and A* local execution.
Heterogeneous multi-robot exploration using a shared Heterogeneous Topological Graph (HTG) and Voronoi-based region partition.
Evaluation of LiDAR SLAM algorithms in degraded environments with focus on robustness improvements for dusty conditions.
Developed and programmed a 3-DOF robotic arm capable of performing pick-and-place tasks using MATLAB for kinematic calculations and Arduino for control.
An integrated framework for semantic exploration and dense object-level mapping using panoramic LiDAR–camera fusion on a legged robot.
Sponsor-facing demonstration using the Spot quadruped for semantic exploration and progress tracking in mock construction environments.
Fiducial marker based and ORB-SLAM based visual SLAM using DJI Tello drone (ROS2)
Published in IEEE Robotics and Automation Letters (RA-L), 2025
Published:
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Undergraduate course, University 1, Department, 2014
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Workshop, University 1, Department, 2015
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