ABOUT

A focus on spatial understanding.

I am Byeong Gwon Lee, a 3D Computer Vision Researcher at KETI. My work connects camera tracking, dense depth estimation, and 3D reconstruction.

Portrait of Byeong Gwon Lee

RESEARCH INTERESTS

Learned priors.
Geometric foundations.

I work on online mapping and offline reconstruction, with interests in reliable depth estimation, adaptive view selection, and geometry completion.

EXPERIENCE

Research in practice.

  1. Sep. 2026 – Present

    KETICurrent

    Researcher

  2. Jul. 2026 – Jul. 2026

    StradVision

    Researcher

  3. May 2026 – Jul. 2026

    MotifDrive

    Researcher

  4. Sep. 2022 – Feb. 2024

    RTM AI Image

    2D Computer Vision Researcher

    Manufacturing defect detection, image segmentation, model optimization, and few-shot auto labeling. Progressed from research intern to data scientist.

EDUCATION

A foundation in vision.

  1. Mar. 2024 – Feb. 2026

    Dongguk University

    M.S. in Computer Science and Artificial Intelligence

    Advisor: Prof. Soohwan Song

    Thesis: Online 3D Gaussian Splatting Modeling with Novel View Selection

  2. Mar. 2020 – Feb. 2023

    Hanyang University ERICA

    B.S. in Software Engineering

ACADEMIC COMMUNITY

Service & intellectual property.

PROFESSIONAL SERVICE

IEEE Access

Peer Reviewer · Nov. 2025 – Present

PATENT APPLICATIONS

Online multi-view stereo for 3D modeling

온라인 다시점 스테레오를 이용한 3차원 모델링 시스템 및 방법

Korean patent application · Principal inventor

System and Method for 3D Modeling Using Online Multi-view Stereo

PCT international patent application · Principal inventor

TOOLS & METHODS

Built around the research.

Geometry & reconstruction
SLAM, Multi-View Stereo, Gaussian Splatting, bundle adjustment, COLMAP, OpenMVS
Learning & implementation
Python, PyTorch, C/C++, CUDA
Computer vision
Depth estimation, object detection, image segmentation, few-shot learning
Research infrastructure
Linux, Git, Docker, Kubernetes

LET’S CONNECT

Better geometry.
New perspectives.

For research discussions and collaborations in 3D vision.