Jingfan Tang

I'm an undergraduate student at Shanghai Jiao Tong University in China, where I work in Robotics Autonomy and Planning Lab with Zhongqiang (Richard) Ren. Currently I am also a student intern at Carnegie Mellon University, advised by Prof. Ji Zhang.

I am working on planning and robot autonomy. I develop solvers for routing problems and build robotics systems in simulation and the real world. Also, I leverage vision language models to enhance decision-making.

I am actively seeking a Ph.D position in robotics, computer science, or related fields starting in Fall 2027.

Email  /  Scholar  /  Github  /  CV

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News

[Apr 2026] We are organizing CMU-VLN-Challenge. Please check our website.

[Jan 2026] Start my exchange at Carnegie Mellon University.

[Sep 2025] Our paper HEHA is accepted to IEEE International Symposium on Multi-Robot and Multi-Agent Systems (MRS 2025) as a poster paper.

Research

My research interests lie at the intersection of algorithmic robotics and machine intelligence. I am dedicated to designing efficient search and optimization-based algorithms, aiming to bridge the gap between classical methods and modern learning-based approaches to achieve provably safe and intelligent robot autonomy.

Goal2Pixel: Grounding Goals to Pixels for Vision-Language Navigation
Muyi Bao, Yuxin Cai, Hang Xu, Zongtai Li, Jinxi He, Jingfan Tang, Chen Lv, Ji Zhang, Yaqi Xie, Wenshan Wang
paper / demo

Reformulating vision-language navigation as navigable pixel grounding, and predicting a visible pixel in the image plane that is back-projected into a 3D waypoint for navigation.

RPV*: Routing with Probabilistic Vertices and Its Use in Autonomous Exploration
Jingfan Tang, Ruizhi Deng, Yunpeng Lyu, Shizhe Zhao, Zhongqiang Ren
In submission to ISRR, 2026
paper to be released / demo

Introducing the Routing with Probabilistic Vertices (RPV) to model map prediction uncertainty, with efficient optimal (RPV*) and bounded suboptimal solvers (F-RPV*).

HEHA: Bounded Suboptimal Planning for Constrained Routing and Its Use in Heterogeneous Multi-Robot Exploration of Unknown Environments
Longrui Yang, Yiyu Wang, Jingfan Tang, Yunpeng Lyu, Shizhe Zhao, Chao Cao, Zhongqiang Ren
MRS Poster Paper, 2025
In submission to TRO, 2025
paper / demo

Considering the path planning problem for autonomous exploration of an unknown environment using multiple heterogeneous robots and solving with search-based method.

Miscellanea

Teaching

Teaching Assistant, ECE2810J (Algorithm & Programming Design) Summer 2026.
Teaching Assistant, MATH2550J (Multivariate Calculus) Summer 2025.
Teaching Assistant, MATH2030J (Discrete Mathematics) Fall 2024.

Services

Reviewer of IROS 2026.
Organizer of CMU-VLN-Challenge 2026.

Thanks to Jon Barron for the website template.