I am interested in computer vision, visual navigation, and generative models. My research focuses on enabling intelligent agents to understand, navigate, and interact with the visual world.
Education
2025.09 - Present
Seoul National University
Integrated M.S./Ph.D. student, Interdisciplinary Program in Artificial Intelligence
2019.03 - 2025.08
Seoul National University
Undergraduate, Aerospace Engineering
2016.03 - 2019.02
Gyeonggi Science High School
Experience
2023.01.15 - 2025.07.30
Seoul National University Drone Team 'Bulnabi'
@ Bulnabi, Seoul National University, Seoul, South Korea
2024.09.03 - 2024.12.20
2024 Fall Semester UROP Program
@ LARR, Seoul National University, Seoul, South Korea
2022.09.17 - 2022.09.23
International Space Education Board (ISEB) 2022
@ International Astronautical Congress (IAC) 2022, Paris, France
2022.09.14 - 2022.09.16
20th Space Generation Congress (SGC)
@ International Astronautical Congress (IAC) 2022, Paris, France
2022.01.03 - 2022.01.28
2021 KARI Winter Internship
@ Korea Aerospace Research Institute (KARI), Daejeon, South Korea
Projects
Block Stacking with Stretch 3
2025.12.26 - 2026.02.27
Built an autonomous navigation and manipulation demo on Stretch 3, stacking AprilTag blocks with a modular Scan-Nav-Grasp-Nav-Place pipeline.
The system used RGB-D perception, tag servoing, and map updates to handle drift, noise, and placement alignment.
code
'Team KOREA' for 29th AIAA DBF Competition
2024.10.12 - 2025.04.30
Participated in the 2025 AIAA Design/Build/Fly Competition in Tucson, Arizona as a member of Seoul National University Drone Team 'Bulnabi'.
Developed a lightweight autonomous glider weighing about 230 g for a mission in which it was deployed from a controllable mothership.
Implementation of a Multi-Agent Driving Robot System
2024.09.03 - 2025.12.20
Developed a multi-agent driving robot system that can combine with an object from arbitrary positions.
The system was modeled through kinematics, implemented in a ROS-based simulation, and verified on two physical dicycle robots.
Precise Landing of an Autonomous Drone
2023.04.06 - 2023.08.20
Designed a precise landing sequence for an autonomous drone as a member of Seoul National University Drone Team 'Bulnabi'.
The system used GPS approach, AprilTag-based final localization, Bezier curve path planning, and PX4 control, and was verified in Gazebo and real flight tests.
Interpreting LRIT from GK2A Satellite
2022.06.21 - 2022.08.25
Received and interpreted LRIT signals from the GK2A satellite, exploring their potential as a communication tool for regions with limited internet access.
Presented this work in person at the 73rd International Astronautical Congress (IAC 2022), Student Team Competition, in Paris.