AI2 Robotics
Jianyu Tu
University of Michigan
EE & CE
Research and Internships
AI2 Robotics
Shenzhen, China
2025
Experience with AGI Robotics in developing video-based telopathy solutions.
Kirigami Project
Umich Interactive Sensing and Computing Lab
2024 - Present
A flexible skin-conforming mesh with magnetic sensing, achieved by a lattice of magnetometers and inductors.
Dosebusters
Umich Radiological Health Engineering Lab
2022 - Present
A VR software designed for radiation detection and protection simulation. Making radiological science education more accessible.
Publications
Tu, J., Barron, E., Eggered, J., Noey, J., Kearfott, K. (2025). Specialized Radiological Assets for Navigable Two-Dimensional and Three-Dimensional Virtual and Augmented Reality. Health Physics Journal.
HPJ-D-25-00122R1
3D Asset creation for Dosebuster. Paper accepted.
Peng, K., Tu, J., Sample, A., et al. (2026). Kirigami: A flexible skin-conforming mesh with magnetic sensing. IMWUT.
Contributed to Kirigami Project mesh reconstruction. In Submission to IMWUT (February 2026)
Eggered, J., Barron, E., Tu, J., Noey, J., Kearfott, K.(2025). DoseBusters: A fully immersive virtual reality game for radiation protection and detection. Health Physics Journal.
HPJ-D-25-00133R1
Dosebuster VR development. Paper accepted.
Let's Connect
Reach Out to Me
For inquiries, collaborations, or to explore the world of research demos, feel free to get in touch. I welcome opportunities to engage in scientific discussions and collaborative projects.