CV

Education

Harbin Institute of Technology, PhD in Robotics, 2020 - 2024

  • Research areas: SLAM, LiDAR SLAM, multi-sensor fusion & calibration.
  • Published 11 papers as first/corresponding author in top venues: TMECH, RA-L, IoTJ, ICRA, IROS, TIM.

Nanyang Technological University (NTU), Joint Training Program 2023 – 2024

  • Research topics: Multi-map LiDAR SLAM, LiDAR degeneracy detection, dynamic initialization, VIO with prior maps.
  • Contributed to four journal submissions.

Harbin Institute of Technology, M.S. Aerospace Manufacturing Engineering, 2018 - 2020

  • GPA Top 1%, National Scholarship, Outstanding Graduate.
  • Published one SCI paper.

Harbin Institute of Technology, B.E. Mechanical Engineering 2014 – 2018

  • GPA Top 5%, multiple national competition awards (Mathematics & Mechanics).
  • National Inspirational Scholarship, Outstanding Graduate.

Experience

Research Fellow (Postdoc) elta–NTU CoLab, Nanyang Technological University 2024 - 2025

  • Research on SLAM, multi-sensor fusion, and autonomous robotics.
  • Developing path planning algorithms for complex indoor/outdoor environments.
  • Exploring LLM-driven robotics and Embodied AI applications.

Lecturer (Part-time) Computer Vision Life, China 2023 – 2024

  • Taught LiDAR SLAM & multi-sensor fusion to >30 graduate students.
  • Guided students to publish 9 academic papers.

LiDAR Calibration Intern (Remote) HAOMO.AI, China 2023 – 2023

  • Developed LiDAR extrinsic calibration modules.
  • Algorithms deployed in HAOMO.AI’s production calibration system.

Skills

  • Robotics & Algorithms: SLAM, multi-sensor fusion, path planning, deep learning, LLM for robotics
  • Programming: C++, Python, ROS
  • Toolchains: Kalman filtering, optimization, sensor calibration
  • Hardware: Optical/RGB-D cameras, LiDARs, mobile robot platforms
  • Languages: English (Fluent), Mandarin (Native)

Awards & Honors

  • National Scholarship - Top Student Award, HIT (2019)
  • Outstanding Graduate - HIT, multiple stages
  • Competition awards in Mathematics & Mechanics - national level