This profile has not been claimed and data may not be accurate.
62nd percentile
University of Manchester Research Associate specializing in aerial robotics and robot cooperation
Credibility
Technical Depth · 76th percentile
- Currently shipping public code with the most recent push 57 days ago to the repo 'ros2_ardupilot_stil'.
- Active builder on GitHub with 49 public non-fork repositories.
- GitHub account @ZhongmouLi is confirmed as the subject's account, matching the name ZhongmouLI.
- GitHub account created in 2016, giving it approximately 9 years of tenure.
Relationship Matrix
Founder score
- 90%Probability of being accurate (90%)Currently shipping public code with the most recent push 57 days ago to the repo 'ros2_ardupilot_stil'.
- 90%Probability of being accurate (90%)Active builder on GitHub with 49 public non-fork repositories.
- 90%Probability of being accurate (90%)GitHub account @ZhongmouLi is confirmed as the subject's account, matching the name ZhongmouLI.
- 90%Probability of being accurate (90%)GitHub account created in 2016, giving it approximately 9 years of tenure.
- 85%Probability of being accurate (85%)Currently employed as a Research Associate at the University of Manchester, whose domain manchester.ac.uk is ranked #1,494 in the Majestic Million.
- 80%Probability of being accurate (80%)Identified as an active researcher in aerial robotics and robot cooperation with publications on Google Scholar.
- 75%Probability of being accurate (75%)Researcher profile confirmed on Google Scholar with a verified institutional email at manchester.ac.uk.
What you likely need
You are an active academic researcher and robotics engineer at the University of Manchester, with a strong publication record in aerial robotics and a live GitHub presence. Your profile is primarily that of a deep technical expert rather than a founder or investor, so the highest-leverage moves involve translating your research into commercial or open-source impact. Bridging the gap between your academic work and the startup ecosystem could unlock significant new opportunities.
Would you attend these IRL Festival events?
We will tune and customize your Founder Festival experience to make sure you get invited to the events that would be most valuable to you.
- tacticalExplore commercialisation pathways for the CORAL multi-robot inspection platform through the University of Manchester's Innovation Factory 'Research to Reality' programme, which you have already been exposed to.
- positioningAdd README documentation, usage examples, and a licence to your GitHub repos (e.g. DockerFile-for-onboard-computer-of-drones) to attract stars and collaborators from the drone/ROS2 community.
- fundraisingApply to deep-tech accelerators such as Entrepreneur First or the UKRI Innovate UK Smart Grant to test whether your aerial manipulation research has a viable startup path.
- introsLeverage your RAICo nuclear-decommissioning robotics work to build relationships with industrial partners like Sellafield Ltd or National Nuclear Laboratory who fund applied robotics spin-outs.
- positioningShare your ROS2/PX4 Docker container work on robotics forums (ROS Discourse, Reddit r/robotics) to grow your GitHub following beyond its current 15 followers and increase your open-source visibility.
- tacticalMerge or clarify your two Google Scholar profiles (ConbmK0AAAAJ and FN8j0n0AAAAJ) to consolidate your citation count and present a single authoritative research identity.
- wellbeingAs a postdoc navigating the transition from academia to industry or a faculty role, consider connecting with the University of Manchester's careers service for researchers to map out your next career step deliberately.