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Empowering Robotics Research and Next Gen Solutions with CMU

Learn how Carnegie Mellon University uses Vention across their campus for cutting-edge robotics research

Collaborative robots for dynamic research
Plug-and-play hardware for fast setup
Campus-wide partnership, from CERLAB to Mill 19
Empowering Robotics Research and Next Gen Solutions with CMU

In dieser Geschichte

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Geschichte Highlights

Driving Innovation with Flexible Robotics Solutions

Edu-friendly solutions with UR cobots and educational discounts

Modular mounting plates, robot bases, and fixtures for any project

Mobile robot bases for easier testing and modifications

End-to-end design and support services from Vention

Das Problem

Next-gen robotics research requires modular and trusted solutions

Carnegie Mellon University is at the forefront of cutting-edge robotics research, led by their Computational Engineering & Robotics Laboratory (CERLAB) and Manufacturing Futures Institute (MFI) in Mill19. When faced with the challenge of developing systems for construction robotics, CERLAB needed flexible, modular solutions to test and refine new concepts. Their specific needs included vision-based mobile manipulators for construction and teleoperated inspection systems for remote, real-time services. The lab sought a partner that could provide user-friendly and adaptable automation solutions that would meet both projects’ requirements and goals.

Aman Chulawala, Researcher & PhD Candidate

"At CERLAB, we focus a lot on shifting academic research into solving industrial problems. And having a partner like Vention who provides us with the tools required to do that is a great one for us."

—Aman Chulawala, Researcher & PhD Candidate

Das Projekt

Modular solutions for CERLAB’s mobile robotics and remote inspection

CMU’s CERLAB deployed Vention’s modular components across two groundbreaking initiatives. The Mobile Manipulator project, developed in partnership with Shimizu Corporation, used a Universal Robots cobot and mounted on a Vention mobile pedestal to inspect 3D printed complex concrete structures. In the Metrology project, a second team enabled remote robotic inspection from anywhere in the world via VR headsets. Both teams benefited from the plug-and-play nature of Vention’s ecosystem, allowing fast setup and easy mobility. These research initiatives reflect a broader adoption of Vention at CMU, including several robotics projects underway at Mill 19.

Die Ergebnisse

From vision to real-world robotics

Both CERLAB projects achieved remarkable results in a short timeframe. The Mobile Manipulator project was set up quickly, with the modular system allowing CERLAB to test various configurations in a dynamic, real-world environment. The flexibility of Vention’s mobile base enabled the team to easily move and reposition the system within the lab for optimal testing. The Metrology project also saw significant advancements in remote inspection technology, with robots effectively enabling VR-based, real-time inspections, significantly improving efficiency and safety. Both projects demonstrated the value of easy-to-integrate, scalable automation solutions.Today, the partnership continues to grow, with Vention hardware now powering innovation not only in CERLAB but also across Carnegie Mellon’s Manufacturing Futures Institute. Not only are these projects underpinning research and future industry advancements, but they’re also educating and developing the next generation of the workforce and professional leaders.

Projekt Spezifikationen

Robot
Universal Robots 10e
Robot base
Mobile Pedestal
3D Vision Sensor
Zivid 2+
Services
Design services

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Branche

Education
Robotics

Anwendung

Other Equipment

Standort

Pittsburgh, Pennsylvania

Produkte

Mobile Robot Pedestals
UR Cobots