Phat C. Vo

My research topic of interest during my PhD includes Robust Control, Human-robot interaction, Optimization, Model Predictive Control and Reinforcement Learning in Robotics. Throughout the past years, I have worked on multiple research projects surrounding the topic of Designing Integrated Strategies for Modularized Robotics/Mobility Systems including self-driving vehicle in Uncertain Environments. My current work focuses on Motion Planning, Behavior Planning, Fleet Management in Autonomous Mobility (Delivery Robot, AMR, AGV, AV, …)

Senior Robotics Engineer - Motion Planning

Dec. 2023 - Present · Autonomous Robot 24Hours 7Days (AR247)

Specializing in developing cutting-edge motion planning algorithms for Delivery Robots, Autonomous Mobile Robots (AMR), and Self-driving Vehicles that revolutionize delivery, logistics, and warehouse operations. Expertise includes designing and implementing optimized trajectory planning strategies that ensure safe and efficient navigation. This work integrates 1) Advanced Behavior Planning: Designing algorithms for intelligent decision-making in complex environments. 2) Obstacle Avoidance: Developing robust solutions for static and dynamic obstacle detection and navigation. 3) Diverse Robot Platforms: From lightweight delivery robots to heavy-duty robots with steering-style mechanisms, tailored for industrial applications. In addition, as scalability 4) Fleet Management Systems: Optimizing multi-robot coordination and task allocation for seamless operations.

Postdoctoral Researcher

Agu. 2021 - Dec. 2023 · Ulsan National Institute of Science and Technology (UNIST)

Research in Motion Planning for Autonomous systems by Predictive Optimal control, Robust-Adaptive MPC and Reinforcement Learning carrying out maximized safety and efficiency under uncertain and time-varying environments. Propose a new planning algorithm based on the merits of sampling-based and optimization-based methods.

Postdoctoral Researcher

Mar. 2021 – Jul. 2021 · University of Ulsan (UOU)

Focused on prioritized transparency in human‑robot interaction for safe collaborative tasks during teleoperation based on optimal control strategies and Improved Reinforcement Learning.

Graduate Researcher

Sept. 2017 – Feb. 2021 · University of Ulsan (UOU)

Handled the time‑delay and data‑packet dropout issues utilizing a predictive control algorithm delivering to effectively address challenges within Network Control Systems. Enhanced the precision of control trajectory and force tracking in robotics by introducing a novel time‑varying adaptive optimal estimator. Additionally, developed renewable and sustainable energy system control projects (Fluid‑based Triboelectric Nanogenerator; Floating Offshore Wind Turbines) to optimize as well as maximize power captured.

Lecturer

Sept. 2015 – Jul. 2017 · Thu Duc College of Technology (TDC)

Lecture courses: Microprocessor Programming, Basic C/C++ Programming, Circuit Design, Power Electronics, Advanced control theory

Graduate Researcher and Teaching Assistant

Sept. 2014 – Jul. 2016 · Ho Chi Minh City University of Technology and Education (UTE)

Designed and developed: Path-Tracking Control and SLAM Algorithm of Reception Robot

Technical Engineer

Sept. 2012 – Agu. 2014 · Automation 5S.

Took primary responsibility for the electrical tasks of the projects (built up control box and main control program), deployed as Auto Parking Car Systems at Bitexco Financial Tower, Lim Tower, HCMC Supreme People’s Court, etc. and Industrial Production Line in CSB Energy Technology Co., Ltd., GS Battery Vietnam Co., Ltd., Hyosung Viet Nam Co., Ltd.

Ph.D. in Mechanical and Automotive Engineering (Topic: Human-Robot Interaction)

Sept. 2017 - Feb. 2021 · University of Ulsan

Thesis: A Sensorless Reflecting Control for Bilateral Haptic Teleoperation System based on Pneumatic Artificial Muscle Actuators.

M.S. in Mechatronics Engineering

Sept. 2014 - Jun. 2016 · Ho Chi Minh City University of Technology and Education

Thesis: Reception Robot: SLAM and Motion control

B.S. in Electrical and Electronic Engineering Technology

Sept. 2009 - Jul. 2013 · Ho Chi Minh City University of Technology and Education

Thesis: Research of a Network System using XBEE communication and its applications.

See in details

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Beebot (self)

This project transforms a basic robot into a fully autonomous system. It can navigate environments, avoid obstacles, and execute tasks independently, without any human intervention.

Educational Robot Platform

This project is developed by the WeGo Robotics company and build in MORAI for autonomous driving.

On The Way environment

This environment is to demonstrate the local planning/decision-making algorithms

Autonomous Mobile Robot

This is to optimize transport and automation in warehouses, factories, and healthcare, improving efficiency and flexibility.

Delivery Robot

This is autonomously transport goods, ensuring efficient and contactless deliveries in urban areas. They can patrol areas, monitor security, and provide real-time data to officers, improving safety and efficiency in public spaces.

• - Sport: Since I was very young, I have been playing soccer. It feels very exciting to score a goal.
• - Video Making: I love making‑video and always try to capture everything that happens around me.
• - Technical toys: Creating controllable things is fascinating.
• - Traveling: I like traveling. I explore beautiful places and experience new things.