Open to robotics research & engineering roles正在寻找机器人研究与工程研发岗位

PhD Researcher · University of Bristol布里斯托大学 · 博士研究生

Ao Li李敖

How can robots learn through touch?机器人如何通过触觉理解世界?

I study how human exploration can inform robotic touch, and develop sensing and learning methods for contact-rich tasks. My work centres on neuromorphic tactile perception, with ongoing projects in robot manipulation and composite inspection.我研究人如何通过触摸探索物体,并从中寻找机器人感知与学习的方法。我的工作以神经形态触觉感知为基础,也在推进机器人操作和复合材料检测项目。

Exploring robotic touch探索机器人的触觉

  1. Contact接触
  2. Motion动作
  3. Events事件
  4. Decision判断

Portrait illustration肖像插画

Selected projects精选项目

Research in practice从研究问题到实验系统

Published work on how to explore by touch, alongside ongoing projects in robot manipulation and composite inspection.已发表的触觉探索研究,以及正在推进的机器人操作与复合材料检测项目。

Robotics机器人

Learning how to explore by touch机器人该怎样触摸?

How do touch speed and exploratory movements change what people and robots learn about texture?触摸速度和探索动作,会怎样改变人和机器人对纹理的感知?

My contribution我的工作
First author of the human exploration-speed study; equal contributor to the robotic movement study.人类探索速度研究的第一作者;机器人探索动作研究的共同一作。
Status目前进展
Published · Humanoids & IROS 2025已发表 · Humanoids、IROS 2025
Two published studies on speed selection and movement strategies for texture perception.已发表两项研究,分别探讨触摸速度选择和纹理感知中的探索动作。
Robotics机器人

Touch for robot manipulation让触觉参与机器人操作

Investigating how tactile feedback can inform a robot’s next action during pick-and-place tasks.研究机器人在抓取、放置物体时,如何利用触觉信息决定下一步动作。

My contribution我的工作
I built the dual-arm teleoperation setup, fine-tuned π0.5-DROID and deployed local inference.我搭建了双机械臂遥操平台,微调 π0.5-DROID,并完成本地推理部署。
Status目前进展
Active development正在开发
Teleoperation and local inference are in place; tactile integration is under development.已完成遥操平台与本地推理部署,触觉接入仍在开发中。
Industry产业

Touch for composite inspection用触觉检测复合材料

Developing event-based tactile sensing to detect surface defects in composite manufacturing.开发事件驱动触觉检测方法,用于发现复合材料制造中的表面缺陷。

My contribution我的工作
As joint lead, I wrote the successful proposal and lead tactile hardware development.我担任联合负责人,独立撰写申请并获批,目前负责触觉硬件研发。
Status目前进展
Funded · in progress已获资助 · 正在进行
Funded through March 2027; hardware and system development are ongoing.项目获资助至 2027 年 3 月,硬件与系统仍在开发中。

Technical expertise技术能力

What I build and study我能承担的工作

My experience spans robot hardware, learning systems and experimental research. I am looking for research and engineering roles in robot learning and tactile sensing.我的工作横跨机器人硬件、模型训练和实验研究。目前希望寻找机器人学习、触觉感知方向的研究或工程研发岗位。

Core tools常用工具

  • Python · C++ · CPython · C++ · C
  • ROS · robot systemsROS · 机器人系统
  • Fusion 360 · hardware prototypingFusion 360 · 硬件原型

Robot systems机器人系统

I build teleoperation setups for robot demonstrations and data collection, and deploy adapted models for local inference.搭建机械臂遥操平台,完成操作示教与数据采集,再把适配后的模型部署到本地运行。

Learning & evaluation模型训练与评估

My work includes fine-tuning an existing VLA model on robot task data and contributing to the evaluation of pruning and quantisation methods for spiking networks.用机器人任务数据微调已有 VLA 模型;也参与脉冲神经网络的剪枝与量化研究,评估压缩后的模型表现。

Research questions研究主线

Two connected questions我关心的两个问题

Human exploration informs how a robot touches. Manipulation and inspection put those ideas to work.从人的探索方式出发,研究机器人该怎样触摸;再把这些方法带到操作和检测任务中。

Scientific question科学问题

How can a robot recreate the way people touch?机器人怎样复刻人的触摸?

Touch is an action, not just a sensor reading. I study how people choose speed and movement, then turn those choices into robotic exploration strategies.触摸不只是读取传感器,人会先决定用多快的速度、以什么动作去摸。我研究这些选择,再把它们变成机器人的探索策略。

Applied question应用问题

Where can tactile sensing make a practical difference?触觉感知能在哪些实际问题里派上用场?

The second strand moves touch beyond controlled texture experiments. I am building a tactile VLA manipulation pipeline and an autonomous inspection system for composite manufacturing.另一条主线把触觉带出受控的纹理实验。我正在搭建双机械臂 VTLA 操作系统,也在开发面向复合材料制造的自主检测系统。

Selected publications精选论文

Papers behind the work研究背后的论文

Studies of human exploration speed and robotic movement strategies, and a review of neuromorphic touch.关于人类探索速度、机器人探索动作的两项研究,以及一篇神经形态触觉综述。

  1. 01

    Li, A., Brayshaw, G., Lu, Y., & Ward-Cherrier, B.

    Velocity Modulation in Robotic Texture Exploration Based on Human Perceptual Dimensions

    IEEE-RAS Humanoids · 2025First author第一作者
  2. 02

    Xu, X.*, Li, A.*, & Ward-Cherrier, B.

    Exploratory Movement Strategies for Texture Discrimination with a Neuromorphic Tactile Sensor

    IEEE/RSJ IROS · 2025Equal contribution共同一作
  3. 03

    Liu, T., Brayshaw, G., Li, A., Xu, X., & Ward-Cherrier, B.

    Neuromorphic touch for robotics — A review

    Neuromorphic Computing and Engineering · 2025Open-access review开放获取综述

Personal route个人路径

Beyond the workbench工作台之外

Away from the lab, I travel with a camera, play Dota 2, and make time for basketball, table tennis and hiking.不做实验的时候,我会带着相机去旅行,也会打 Dota 2、打篮球、打乒乓球,或者去徒步。

01 / About01 / 关于

A little background关于我的一些背景

I am pursuing a PhD in Engineering Mathematics at Bristol, following an MSc in Robotics. My experience also includes university teaching and engineering support at Dobot.我在布里斯托大学攻读工程数学博士,此前完成了机器人学硕士。我也做过大学课程助教,以及越疆机器人的技术支持。

About关于View experience →查看经历 →

02 / Journeys02 / 足迹

Travels with a camera带着相机去旅行

Places I have visited, from European cities and the Swiss Alps to North America and China.去过的城市、山野和海岸,从欧洲、瑞士阿尔卑斯到北美与中国,慢慢记录在这里。

See the journeys查看足迹