Every day the future is being expanded in our labs. From the development of advanced unoccupied aerial vehicles to new aerodynamic techniques and unconventional space propulsion concepts, the faculty and students of UW Aero & Astro are honing the cutting edge of tomorrow's technologies.
![Illustration of the spacecraft containing NASA’s Perseverance rover slows down using the drag generated by its motion in the Martian atmosphere.](/files/research/spacelandings%20500.jpeg)
Space Systems
Off-planet activities requiring advances in current technology to support long-term operations in space.
![Man next to a prototype in a lab](/files/research/controls/IMG_0470.jpg)
Structures & Composites
Engineered advanced materials and adaptive structures for sustainable terrestrial and space travel, security and habitation.
![Two researchers putting together an aerial vehicle outdoors](/sites/aa/files/research/HideandSeekcropped2.jpg)
Controls
The design of algorithms and techniques to enable systems to independently perceive, reason, and act within their environment.
![Man in a wind tunnel lab, sitting in front of a computer observing data](/files/images/homepage%20blocks/AA-Integrated-Flight-Sciences-%20Control.png)
Integrated Flight Sciences and Control
The combination of structures, aerodynamics, and controls for designing advance aerospace vehicles.
![Machines in a lab](/files/research/z-pinch-500px.jpg)
Plasma Science
The fundamental study of the fourth state of matter for applications in fusion, deep space propulsion and space science.
![Two researchers conducting fluids research on the aerospace thermal lab](/files/research/AbigaleFlume.jpg)
Fluids
Aerodynamics, thermodynamics, turbulence and mixing with applications in propulsion, flight and energy.
If you are interested in connecting with faculty or sponsoring a research project, please contact A&A's External Relations to set up a department visit.