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Taking Robots Out of the Lab and Into the Real World

The Robomechanics Lab at ºÚÁÏÕýÄÜÁ¿ studies the mechanics of how robots interact with challenging environments, from rocky hillsides to cluttered homes.

Explore Our Research
Our Vision

We use the word "robomechanics" to mean the study of the mechanics of how a robot interacts with an environment, analogous to the field of biomechanics for natural systems. Common themes include modeling and planning for changing contact conditions, developing systems that are inherently robust to uncertainty, and enabling more dynamic robot behaviors.

Our lab conducts research in legged and wheeled mobile robotics, mechanism design, feedback control, computer vision, motion planning, and applications of robotics research to environmental monitoring, planetary exploration, and home assistance.

Lab robots

The Robomechanics Lab believes in actively working towards creating an inclusive academic environment. We do this in several ways:

Conduct Ethical Research

We involve all lab participants in discussion of the direction of new research projects, and ensure the project's impact is in line with both our lab and personal values.

Drive Reform in Academia

We actively work on reform initiatives at ºÚÁÏÕýÄÜÁ¿ and in the broader academic robotics community by participating in departmental initiatives and organizing events at conferences.

Foster Equitable Access

We strive to create STEM opportunities for historically marginalized students in Pittsburgh and beyond through outreach activities.

Support Each Other

We sustain an inclusive environment where everyone is valued as both a researcher and an individual, with active, structured mentorship and regular lab conversations.

Aug 2025
for outstanding contributions to research, robot design, and modeling.
May 2025
, the world's smallest self-contained bipedal robot, is presented at ICRA 2025. Also featured in and .
Mar 2025
Undergraduate researcher Ben Gu shares his experience with the 1-DoF robot Mugatu during ºÚÁÏÕýÄÜÁ¿'s SURF program.
Mar 2025
Prof. Aaron Johnson gives a on locomotion strategies that address uncertainty in dynamics and contact conditions.