The last few months in robotics?
• soft micro robots that seek out pests in agriculture
• open-source quadruped for studying evolution
• a VEX U qualifier in the Ford Robotics Atrium
and a lot more! All in our latest newsletter.
Exploring graduate school? Perhaps in... robotics?
Get info from a webinar on June 9 at 1pm.
Learn about U-M Engineering grad programs, the application process, admissions requirements, deadlines, funding opportunities, and get your questions answered during a live Q&A session.
Hello @ieee_ras_icra ! We (@fluentrobotics) are in Vienna to present our new #ICRA2026 dataset paper Bi^3 to support research in social navigation, human motion prediction, and human-robot interaction.
https://t.co/uL0URA9zgN via @YouTube
What sets physical robots apart from AI like ChatGPT? We explore the validity of virtual robots in HRI research in our Science Robotics paper. Huge congrats to Connor and Xin! Check out the article and full paper below
@umsi@UMRobotics@BlackInRobotics
https://t.co/QAu2qBUWVD
I got promoted to Associate Prof with tenure. I'm proud and grateful to have known and worked with my students, mentors, and colleagues; and special thanks to my family.
I also joined @ToyotaResearch as Staff ML Engineer to work on interpretable AI and e2e autonomy. Excited...
We propose a data-driven algorithm constructing sets guaranteed to contain future robot configurations at a user-defined probability, despite aleatoric and epistemic uncertainty. More details on this RAL publication below! w/ @TheLuisMarques@GhaffariMaani@UMRobotics
📰In our new IEEE RA-L paper (also to appear @ieeeiros), led by my fantastic PhD student, Jeeho Ahn, we introduce ReloPush-BOSS, a planning framework for rearranging cluttered workspaces using a mobile robot pusher.
project page: https://t.co/BtjIs7oiWr
🧵👇
"This major is for builders."
Third-year undergrad Yulei Fu on what it's actually like to major in Robotics at @UMich, in a conversation with Professor Jessy Grizzle.
Mistakes! Mistakes! Mistakes!
Physical AI assistants today can tell you "that's wrong"—but not *what* went wrong, *when* it became irreversible, or *where* in the frame the mistake lives. That's like a teacher who only marks an X on your paper without any explanation. Check out our new CVPR 2026 paper the enriches this problem with new data, new challenges, and a new model!
📄 Paper: https://t.co/Rq6qWBagTm
🌐 Project page: https://t.co/rTrtnaOsqb
💻 Code: https://t.co/hcPjZQJKXD
🤗 Dataset and Weights: https://t.co/QzglspT4Ng
@UMRobotics@Voxel51@UMichECE@michigan_AI
Our #HRI2026 late-breaking report looks at how to generate legible robot motion in pedestrian environments, specifically focusing on 2 Qs:
🔸what should a robot be legible over?
🔸how does human distraction impact the benefits of legibility?
@fluentrobotics@UMRobotics
Excited to share our #HRI2026 paper! 🎉
Over the past two years, my @fluentrobotics lab @UMRobotics & the group of Rachid Alami (LAAS Toulouse) ran an ambitious project to study the implications of human motion prediction fidelity for downstream MPC navigation performance
The last few months in robotics?
• soft micro robots that seek out pests in agriculture
• open-source quadruped for studying evolution
• a VEX U qualifier in the Ford Robotics Atrium
and a lot more! All in our latest newsletter.