A close-up view of a mechanical assembly made of layered wood, featuring articulated joints and gears in a workshop setting.

Using the Rapid Prototyping Studio, the Texas A&M University Robotics Teams and Leadership Experience (TURTLE) Lab designed and built an electromechanical project that uses mechanical design in linkages to mimic biological locomotion.

man posing with robot hand

Robotics experts gathered at Texas A&M University for the 22nd International Conference on Ubiquitous Robots to share groundbreaking research on robots in our everyday world.

A smiling man in a suit is positioned next to a yellow robotic vehicle.

Texas A&M mechanical engineering Ph.D. student will tackle challenges in autonomous systems with funding from the UK Ministry of Defence.

A three-frame collage shows a smiling man wearing a suit and tie looking into the camera, a graphic of a yellow, grey and red autonomous construction vehicle and a graphic of yellow and blue construction machinery on a green background depicting autonomous printing robots building a structure.

Researchers at Texas A&M are pioneering the future of autonomous construction, advancing technologies to reshape military and civilian infrastructure.

An illustration of a robotic hand and a human hand reaching toward each other with specs of light in between.

Texas A&M University joins a Northwestern University-led Engineering Research Center to bring highly skilled, affordable robotic assistance to the workforce and beyond.

smiling man standing indoors

Aaron Henry, an interdisciplinary engineering Ph.D. student, partnered with Caira Surgical to validate the company’s computational modeling for knee implant placement. He recently presented his research at the Design of Medical Devices Conference in Minnesota.