About Me
👋 Welcome to my personal homepage! I am Mingxin Wang, currently a Master’s student in the AI & Robot Lab at Tsinghua University, advised by Prof. Houde Liu. Prior to this, I received my Bachelor’s degree in Robotics Engineering from Nanjing University of Aeronautics and Astronautics (NUAA).
🔬 My research interests primarily focus on Robot learning and World Model. I am dedicated to enabling robots with more versatile and delicate perception and manipulation capabilities in the complex physical world.
🤖 Currently, I am a MLLM Algorithm Intern at the CV Lab of Amap, Alibaba Group. Feel free to contact me!
Wechat: SpidyWWW666
🔥 News
- [2026.07] We release SoftVTBench, with paper and code available.
- [2026.07] ABot-M0.5 is released, with code available.
- [2026.06] PhaForce and Push-Wiper are accepted to IROS 2026.
- [2026.05] PhaForce is accepted to Manipulation Robustness @ ICRA 2026 and ActiVis @ CVPR 2026.
- [2026.03] STAMP is accepted to IJCNN 2026.
- [2025.09] Started my Master’s journey at the AI & Robot Lab, Tsinghua University.
🎓 Education
![]() | Tsinghua University | M.Sc. in Artificial Intelligence 2025.09 - Present
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![]() | Nanjing University of Aeronautics and Astronautics | B.Eng. in Robotics Engineering 2021.09 - 2025.06
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💼 Experience
![]() | TuojingAI | Remote Research Intern 2026.05 - Present
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![]() | Tsinghua University - AIR | Remote Research Intern 2026.04 - Present
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![]() | Alibaba Group - Amap | Multimodal LLM Algorithm Intern 2026.03 - Present
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![]() | Zerith Robotics | Embodied Algorithm Intern 2025.03 - 2026.03
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📝 Publications

† Equal contribution; * Corresponding author
arXiv preprint
arXiv / Code / Website
Introduces a safety-aware visuo-tactile benchmark for deformable object manipulation, evaluating both task success and physically safe interaction under contact-rich constraints.


* Corresponding author
Accepted to IROS 2026
arXiv / Code
Proposes a phase-scheduled visual-force policy that integrates low-frequency diffusion planning and high-frequency residual force correction for contact-rich robotic manipulation tasks.

† Equal contribution; * Corresponding author
Accepted to IROS 2026
Redefines viscous stain cleaning as an aggregation-post-processing task and enables zero-shot generalization for robotic cleaning on unseen stains and surfaces.

† Equal contribution; * Corresponding author
Under review
Presents a hybrid SFT+Residual RL framework to mitigate catastrophic forgetting and task interference in multi-task real-world VLA deployment.

* Corresponding author
Accepted to IJCNN 2026
Introduces a spatio-temporal augmented memory policy with a hierarchical memory pyramid for robust robotic manipulation in complex scenarios.

* Corresponding author
Under review
Proposes a training-free multi-agent pipeline that decomposes aspect sentiment triplet extraction into specialized extraction, reasoning, and consistency-checking stages for zero-shot deployment.

* Corresponding author
Under review
Formulates cluttered-scene grasping as pre-to-post decision reasoning, combining geometric-semantic evidence, VLM-based agentic reasoning, and contact-grasp refinement.
🚀 Projects

Benchmarks mainstream World Action Models under unified LIBERO and LIBERO-Plus protocols, analyzing standard-task performance, OOD generalization, inference efficiency, 3D capability, and failure taxonomies.

The challenge evaluates world models in terms of Visual Quality, Action Following, and Scene Consistency. We developed a WAN2.1-based action-conditioned world model for predicting future world dynamics.
🏆 Awards
- [2025.06] Outstanding Undergraduate Graduate
- [2024.11] National Scholarship (Top 0.2%)
- [2023.12] First Prize of Aviation Industry Scholarship (Top 2 in NUAA)
- [2022.11] National Scholarship (Top 0.2%)
- [2021-2025] More than 10 national and provincial awards in robotics competitions
🛠 Skills
- Embodied Algorithms: Pi0/Pi0.5, SFT, RL, Diffusion Policy, Imitation Learning.
- Robotic Grasping & Control: AnyGrasp, Impedance/Admittance/Hybrid force-position control, NURBS Trajectory Planning.
- Simulation & Real-world Deployment: ROS/ROS2, Franka, UR5e, Flexiv, MuJoCo, Isaac Sim.
- Programming: Python (PyTorch).





