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PITTSBURGH — Updated April 27, 2026 — Hundreds of robotics researchers and industry leaders descended on Carnegie Mellon University on Oct. 1 for an in-depth tour timed around the International Conference on Intelligent Robots and Systems (IROS) 2026.
Visitors moved through CMU’s Robotics Innovation Center, the engineering-focused labs at Mill 19 and the National Robotics Engineering Center (NREC), getting a close-up view of research that spans soft robot hands, autonomous drones, advanced interfaces and student-built driverless vehicles.
The event was designed to do more than show off hardware. It gave an international audience a chance to see how Carnegie Mellon’s campus connects to Pittsburgh’s broader robotics ecosystem — and why that ecosystem has become hard to ignore.
George Darakos, chief partnerships officer in CMU’s Kenneth C. Griffin School of Computer Science, said interest in the tours was immediate and intense. Many of the available spots filled up quickly, a sign that the global robotics community wanted more than a conference presentation and a booth visit.
Darakos described the day as an invitation to step inside the spaces where long-running research programs turn into practical technology. The goal, he said, was to highlight the depth of work happening both at CMU and in Pittsburgh more broadly.
Along the tour route, researchers set up interactive displays and posters. Attendees spent time with the Future Interfaces Group, which focuses on new ways for people to interact with computers, and the Biorobotics Lab, known for snake-shaped machines used in inspection and surgical applications. They also stopped to see work from FuturHand Robotics, a CMU spin-out developing assistive hand technology.
For Kris Kitani, an associate research professor in the Robotics Institute and co-director of the Extended Reality Technology Center, the event showed how much modern robotics depends on collaboration. Kitani’s own research combines AI, computer vision and human interaction, and he said the field has reached a point where no single group can build a complete system alone.
One of the most talked-about exhibits was the setup from CMU’s Soft Machines Lab. Researchers demonstrated robots modeled on starfish and fossil-like forms, along with artificial hands built for fine, sensitive tasks.
Carmel Majidi, the lab’s head and Clarence H. Adamson Professor of Mechanical Engineering, said the demonstrations gave visitors a sense of how far the lab has moved from basic materials science. For years, the team focused on developing new material architectures for soft robotics. Now, he explained, the work is shifting toward breakthrough applications that can function outside the lab and in real environments.
Majidi added that having IROS in Pittsburgh creates a useful moment of visibility for that transition. The attention from the global robotics community, he said, signals that soft robotic systems are increasingly ready for use in manufacturing, medicine and other demanding settings.
Alexandra Ion, an assistant professor in the Human-Computer Interaction Institute, showed work from her Interactive Structures Lab. Her team is building devices that blend into daily life instead of demanding constant attention. She calls that approach “unobtrusive intelligence.”
The lab’s projects range from proactive robotic objects that can respond to a person’s behavior without explicit commands to unpowered wearable exoskeletons that support movement naturally. Ion told attendees that the current momentum in robotics is energizing, both inside CMU and across the wider research community.
The Robotics Institute’s AirLab also gave visitors a live look at the future of drone technology. Autonomous flying robots performed complex spatial navigation tasks in real time, a demonstration with clear implications for logistics, emergency response and infrastructure inspection.
CMU undergraduates added a different kind of energy to the tours. They showed off 26x, the first student-built autonomous car designed to support both driverless and human-driven operation. The vehicle is rebuilt every year, with each new generation shaped by students from all seven of CMU’s schools and colleges.
Arya Lohia, a third-year engineering student and lead for the Carnegie Mellon Racing Autonomous Division, said the tour was a rare chance for the team to explain its work to an international audience.
Lohia noted that building the car is a massive time commitment. Students may spend 30 hours a week on classes and 40 hours on the project on top of that, he said. For his team, having experts from around the world come to see the result made the effort worthwhile.
The IROS 2026 gathering marks the conference’s return to Pittsburgh after three decades. The last time the city hosted the event was in 1995, when the robotics field looked very different. The return is widely seen as a marker of Pittsburgh’s transformation from an industrial steel town into a modern technology hub.
Jeff Legault, associate director at NREC, said large conferences like IROS reinforce the city’s reputation as a global center for robotics. He pointed to a vibrant and growing ecosystem of start-ups, research centers and engineering talent as evidence that the region has staying power.
The facilities themselves tell part of that story. The Robotics Innovation Center is part of Hazelwood Green, a former steel plant site that now supports a mix of university labs and manufacturing-focused organizations. Mill 19, located there as well, is one of the most visible examples of old industrial space being adapted for next-generation robotics work.
NREC, which hosted a significant portion of the tours, has a long history of moving CMU research into commercial use, including work on autonomous off-road vehicles and large-scale industrial machines. That combination of academic depth and deployment-focused engineering gives Pittsburgh an edge that few other robotics hubs can match.
IROS 2026 may have put Pittsburgh back on the conference circuit, but CMU is already looking ahead. IROS 2027 is scheduled to take place in Florence, Italy. Organizers say CMU plans to maintain a strong presence there, continuing to share the research and technology coming out of the university’s labs.
In the meantime, the tours from this year’s event remain a clear sign of how far CMU and Pittsburgh have come. The city that once built the region’s industrial backbone now helps build intelligent machines. And with the global robotics community looking on, Carnegie Mellon made a persuasive case that its facilities, students and faculty are ready to lead the next chapter.
This article was rewritten and updated on April 27, 2026.
