1. Education And Work Experience
Ø Education Experience
l Jan.2017-June.2020, LS2N, Centrale Nantes, CNRS, France, Ph.D., Robotics
l Sep.2013-Mar.2016, Northwestern Polytechnical University, P.R. China, M.Eng., Flight Vehicle Design
l Oct.2012-Apr.2013, RWTH Aachen University, Germany, Visiting Student
l Sep.2009-Jul.2013, Northwestern Polytechnical University, B.E., Flight Vehicle Design and Engineering, The Honors College
Ø Work Experience
l Mar.2024-present Shen Zhen Technology University, Sino-german College of Intelligent Manufacturing,Assistant Professor
l Nov.2020-Mar.2024 Ubtech robotics, Shenzhen, Postdoc & Senior Robotics Engineer
2. Research Field And Achievements
Ø Project Experience
[1] “Development of Humanoid Robots”, Independent PI, Kepler Explore Technology, 2024/04-2026/04, ¥ 200,000;
[2] “Research on Loco-manipulation of humanoid robots”, Independent PI, Shenzhen postdoc research support, 2024/07-2027/07, ¥300,000
Ø Selected Publications
[1] Qiuyue Luo; Victor De-León-Gómez; Anne Kalouguine; Christine Chevallereau; Yannick Aoustin ; Self-Synchronization and Self-Stabilization of Walking Gaits Modeled by the Three Dimensional LIP Model, IEEE Robotics and Automation Letters, 2018, 3(4): 3332-3339 (IROS作报告)
[2] Luo Qiuyue; Chevallereau Christine; Aoustin Yannick ; Walking Stability of a Variable Length Inverted Pendulum Controlled with Virtual Constraints, INTERNATIONAL JOURNAL OF HUMANOID ROBOTICS, 2019, 16(6)
[3] Qiuyue Luo; Ou Yongsheng; Pang Jianxin; Ge Ligang; Fu Chunjiang ; Robust Walking and Running Gaits for Biped Robots with a QP-Based Whole-Body Controller, INTERNATIONAL JOURNAL OF HUMANOID ROBOTICS, 2023
[4] Luo Qiuyue; Chevallereau Christine; Ou Yongsheng; Pang Jianxin; De-Leon-Gomez Victor; Aoustin Yannick ; A self-stabilised walking gait for humanoid robots based on the essential model with internal states, IET CYBER-SYSTEMS AND ROBOTICS, 2022, 4(4): 283-297
[5] De-Leon-Gomez Victor; Luo Qiuyue; Kalouguine Anne; Pamanes J. Alfons0; Aoustin Yannick; Chevallereau Christine ; An essential model for generating walking motions for humanoid robots, ROBOTICS AND AUTONOMOUS SYSTEMS, 2019. 112(1): 229-243
3. Teaching
l Machine Vision
l Microcontroller Theories and Application
l Object-oriented programming
l Engineering Project;
l Undergraduate Graduation Design