Mark Mueller in outdoor environment

Research Bio

Mark Mueller is an associate professor in the Department of Mechanical Engineering, leading the High Performance Robotics Laboratory (HiPeRLab). HiPeRLab research focuses on the intersection of dynamics, design, and control. Research is informed by first-principles analysis, and data-driven methods; furthermore they place an emphasis on experimental validation of their work. They are interested in systems ranging from small delivery robots to large-scale, passenger-carrying, eVTOL air taxis. 

Research outputs include novel vehicle designs, with unique capabilities, such as systems capable of surviving large collisions, or operating with increased efficiency. The team also works on the autonomy stack, investigating the intersection of the feedback control with perception system, and how to reason about safety and reliability. A third thrust focuses on survivability and adaptability to faults, disturbances, and other unexpected situations.  

Mark Mueller joined the Mechanical Engineering Department at Berkeley in August 2016. He received a bachelors degree from the University of Pretoria, and a masters from the ETH Zurich in 2011, both in Mechanical Engineering. He completed his PhD studies, advised by Prof. Raffaello D’Andrea, at the Institute for Dynamic Systems and Control at the ETH Zurich at the end of 2015. Before joining Berkeley, he spent some time with Verity Studios. Mark received the 2016 George Giralt PhD award for the best robotics-related PhD thesis defended during the year 2015 at a European PhD-awarding institution; the 2011 Jacob Ackeret prize from the Swiss Association of Aeronautical Sciences for his Masters Thesis; and an award for the best final year project for his bachelors thesis in 2008.

Research Expertise and Interest

robotics, UAVs, estimation, control, flight, control systems, aviation

Teaching

Courses taught during the three most recent terms
2026 Spring
  • Dynamics and Control of Autonomous Flight  [AEROENG C136]  

  • Software Laboratory: Dynamics and Control of Autonomous Flight  [AEROENG C136S]  

  • Master of Engineering Capstone Project  [ENGIN 296MB]  

  • Dynamics and Control of Autonomous Flight  [MECENG 136]  

  • Hardware Laboratory: Dynamics and Control of Autonomous Flight  [MECENG 136HL]  

  • Software Laboratory: Dynamics and Control of Autonomous Flight  [MECENG 136SL]  

  • Hardware laboratory: Dynamics and Control of Autonomous Flight  [MECENG 236HL]  

  • Software laboratory: Dynamics and Control of Autonomous Flight  [MECENG 236SL]  

  • Dynamics and Control of Autonomous Flight  [MECENG 236U]  

  • Group Studies, Seminars, or Group Research  [MECENG 298]  

  • Individual Study or Research  [MECENG 299]  

2025 Fall
  • Introduction to Aerospace Engineering Design  [AEROENG 10]  

  • Flying Robots: From Small Drones to Aerial Taxis  [ENGIN 253]  

  • Flying Robots: From Small Drones to Aerial Taxis  [ENGIN 253]  

  • Master of Engineering Capstone Project  [ENGIN 296MA]  

  • Group Studies, Seminars, or Group Research  [MECENG 298]  

  • Individual Study or Research  [MECENG 299]  

2025 Summer
  • Engineering Field Studies  [MECENG 297]  

2025 Spring
  • Experiential Advanced Control Design II  [ELENG C220C]  

  • Master of Engineering Capstone Project  [ENGIN 296MB]  

  • Group Studies, Seminars, or Group Research  [MECENG 298]  

  • Individual Study or Research  [MECENG 299]  

  • Experiential Advanced Control Design II  [MECENG C231B]