Aaron Johnson researches how to design intelligent interactions between a robot and its environment with a focus on taking robots out of the lab and factory and into the real world. His interests include novel robot design, behavior design, controller design, platform design, as well as dynamic transitions, contact, physics-based planning, bio-inspired robotics, robot vision, actuator modeling, and robot ethics. He has tested his robots in the Mojave desert, power plants, a coal mine, and on various military bases.
Johnson received his B.S. in electrical and computer engineering from Carnegie Mellon (2008). He received his Ph.D. in electrical and systems engineering at the University of Pennsylvania (2014), and was a postdoctoral fellow in the Personal Robotics Lab, the Robotics Institute, at CMU. He was formerly a visiting researcher with Boston Dynamics, an electrical engineering Intern at iRobot, and a research assistant with the Biorobotics Lab (Snake Robot Lab) at CMU.
Johnson’s work has been featured in many news stories, including interviews with the Associated Press and the Wall Street Journal, and in articles on technology news sites, including IEEE Spectrum, Gizmodo, Wired, and Engadget. He received an NSF CAREER Award in 2020 and a Young Investigator Award from the Army Research Office in 2019. He was a Best Student Paper Finalist at the IEEE International Conference on Robotics and Automation in 2013, and at the Climbing and Walking Robots Conference in 2012. He received the David Thuma Laboratory Project Award in 2008 from CMU and an honorable mention for the Computing Research Association’s Outstanding Undergraduate Award in 2008.
Robots That Can Go Anywhere in the World
24-775 Robot Design and Experimentation: Student Projects
2014 Ph.D., Electrical & Systems Engineering, University of Pennsylvania
2008 BS, Electrical & Computer Engineering, Carnegie Mellon University
Gwen’s Girls partnership fosters children’s interest in robomechanics
A student-driven partnership between Aaron Johnson’s RoboMechanics lab and Gwen’s Girls has introduced nearly 100 grade school girls to engineering design and robotics.
Big steps for mini robots
Aaron Johnson’s Robomechanics Lab tested spherical foot designs to find the best fit so their biped robot with 15-cm legs could walk steadily.
Johnson quoted in Reuters
MechE’s Aaron Johnson talked about the challenges of autonomous robotics in an article on Tesla’s new Optimus robot. Johnson explains why handling soft, unpredictable material is harder for a robot than for a human.
Dean’s Early Career Fellows announced
Five College of Engineering faculty members have been awarded the Dean’s Early Career Fellowship in recognition of their exemplary contributions to their respective fields.
Open-source software gives a leg up to robot research
Aaron Johnson’s Robomechanics Lab has developed an open-source software that enables more agile movement in legged robots.
Yim and Johnson quoted on small robotics
MechE’s Aaron Johnson and Justin Yim were quoted in an IEEE Spectrum article highlighting their work in small humanoid robots.
ASME Dynamic Systems & Control Division Podcast Series
Johnson interviewed on robotics
MechE’s Aaron Johnson was interviewed by the American Society of Mechanical Engineers’ Dynamic Systems & Control Division Podcast Series about his work on legged robots.
2021 Engineering faculty award winners selected
Congratulations to the 2021 CMU Engineering Faculty Awards winners.
Johnson’s research on aerodynamic robotic tails featured
MechE’s Aaron Johnson's robotics research on the aerodynamics of cheetah tails was featured in IEEE Spectrum.
Johnson’s robot research featured
MechE’s Aaron Johnson and his team’s robotic research was featured on Inceptive Mind.
Tailing new ideas
Aaron Johnson’s Robomechanics Lab is looking to nature for robotic tail designs that make orientation tasks easier for moving robots.
Johnson mentioned on remote robotic course
MechE’s Aaron Johnson was mentioned in VentureBeat on how his robotics course adjusted to online class during the coronavirus pandemic.