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Updated in October 2026

Basics

Name Luong Tin Phan, Ph.D.
Label Robotics Technology Leader | Motion Planning & Control | Physical AI | Industrial Functional Safety
Email [email protected]
Phone +84 8-7777-4753
Url https://tinrobotics.com/
Summary Robotics engineering leader with a Ph.D. in robotics (quadruped locomotion control, Sungkyunkwan University) and a track record of taking robots from R&D to continuous industrial deployment. Built and owned motion planning, real-time control and multi-robot coordination stacks for AMRs, automated parking and autonomous vehicles, including Vietnam's first robot Fleet Management System running 24-hour, 6-day-a-week operations at major FDI manufacturing sites. Leads engineering teams and system architecture for safe, always-on operation, with hands-on delivery against ISO 13849-1 (safety of machinery control systems), ISO 3691-4 (driverless industrial trucks) and ISO 14644 Class 6 cleanroom environments. Currently heading R&D for Physical AI on humanoid and quadruped platforms and LLM-enabled service robots.
LinkedIn https://linkedin.com/in/luongtinphan
Google Scholar https://scholar.google.com/citations?user=3RO0jCIAAAAJ
Portfolio https://nextrobotics.io/portfolio/nextarm

Work

  • 2025.05 - Present

    Ho Chi Minh City, Vietnam

    Chief of Revenue & Operations / Head of R&D
    Next Robotics
    Head of Robotics & AI Solutions
    • Own presales and client acquisition end to end, from solution design and cost estimation for strategic bids to contract closing; delivered the company's all-time-high sales in 2026.
    • Oversee hardware outsourcing, procurement and inventory for cost efficiency, and direct project delivery from planning to on-time, high-quality execution.
    • Opened new markets with two ongoing projects in Japan and Korea, and won the first Physical AI project with a new strategic customer.
    • Lead the R&D team on new strategic products: Physical AI for humanoids and quadrupeds, and LLM-based interaction for service robots.
  • 2022.11 - Present
    Academic Leadership (part-time, concurrent)
    Nguyen Tat Thanh University; University of Greenwich Vietnam
    • Director, automa Lab (NTTU); helped launch the undergraduate Electric Vehicle major.
    • Lecturer; designed syllabi for Self-Driving Operating Systems and Motion Planning.
  • 2022.10 - 2025.05

    Ho Chi Minh City, Vietnam

    Technical Lead
    Next Robotics (FPT Software spin-off)
    • Product Owner and system architect of the Fleet Management System (FMS) for AMRs: multi-robot coordination and motion planning; the first robot FMS developed in Vietnam.
    • Achieved 2 mm AMR positioning accuracy, about 5 times more precise than the typical industry level.
    • Led the engineering team from architecture to on-site commissioning at major FDI manufacturing sites; 50+ robots running continuously in 24-hour, 6-day-a-week operations.
    • Engineered deployments to industrial safety standards: ISO 13849-1 (safety-related parts of control systems), ISO 3691-4 (driverless industrial trucks/AGVs), and ISO 14644 Class 6 cleanroom environments.
  • 2021.10 - 2022.10

    Ho Chi Minh City, Vietnam

    Solution Architect
    FPT Software
    • Motion Planning owner and architect for automated car parking and AMR products; approximately 10 cm parking accuracy and 3 cm AMR positioning accuracy.
    • Delivered Vietnam's first complete automated parking system (perpendicular, parallel and angled) and the first multi-AMR warehouse deployments in Vietnam.
  • 2021.03 - 2021.10

    Ho Chi Minh City, Vietnam

    Robotics Software Engineer
    VinAI Research
    • Developed motion planning and control for autonomous vehicles using camera and RTK-GNSS localization over DDS middleware; supported public-road testing.
    • Contributed to Vietnam's first autonomous vehicle operating on normal roads at high speed.
  • 2020.03 - 2021.04

    Tokyo, Japan

    Robotics Software Engineer
    Rapyuta Robotics
    • Developed AMR behaviors and LiDAR SLAM on ROS, including an autonomous forklift with partners.
    • Tested and benchmarked robot performance; set up and configured safety devices (SICK laser scanners, proximity sensors).

Education

  • 2013.03 - 2020.02

    Korea

    Combined M.S./Ph.D.
    Sungkyunkwan University
    Robotics (Quadruped Robots)
    • Full scholarship.
    • Thesis: Control Strategy for a Running Quadruped Robot with an Articulated Spine. Advisor: Prof. Hyouk Ryeol Choi.
    • Publications: 2 journal articles, 2 IEEE/RSJ IROS papers, 2 URAI papers.
  • 2007.09 - 2012.08

    Vietnam

    Engineer Degree
    Danang University of Technology
    Automation (PFIEV Program)

Awards

  • 2020
    Silver Prize, OpenCV Spatial AI Competition
    OpenCV
  • 2013
    Full scholarship for the combined M.S./Ph.D. program
    Sungkyunkwan University

Skills

Robotics
Motion planning
Real-time control
Multi-robot coordination & fleet management
Legged locomotion
SLAM & localization (LiDAR, camera, RTK-GNSS)
Software
C++
Python
ROS
DDS
System & software architecture for continuous, safe operation
Leadership
Engineering team building & leadership
Product ownership
R&D roadmapping
Customer & partner delivery (Vietnam, Japan, Korea)
Emerging
Physical AI for humanoids & quadrupeds
LLM integration for service robots
Standards & Safety
ISO 13849-1: Functional safety of machinery control systems
ISO 3691-4: Driverless industrial trucks / AGVs
ISO 14644 Class 6: Cleanroom deployment

Languages

Vietnamese
Native
English
Fluent
French
Basic conversation
Korean
Basic conversation