The aerospace program at the University of Washington delivers a hands-on, industry-aligned education that transforms ambitious students into job-ready engineers. From day one, you work with cutting-edge tools, collaborate on real NASA and commercial space projects, and build a professional network that connects classroom theory to the global aerospace industry. The result is a curriculum designed not just to teach concepts, but to prove your capabilities through tangible design, fabrication, and testing experiences.
Integrated Curriculum with Real-World Design
The core of the program is a vertically integrated curriculum that aligns coursework with the progression of an actual aerospace product lifecycle. You move from foundational engineering sciences in your first years to specialized courses in aerodynamics, propulsion, structures, and orbital mechanics, all reinforced by design sequences. Each semester culminates in design projects where teams conceive, analyze, build, and test prototypes, mirroring the workflow of top-tier companies like Boeing, SpaceX, and Blue Origin.
Hands-On Laboratories and Fabrication
Learning extends far beyond lectures through state-of-the-art laboratories and machine shops accessible to undergraduates. You gain direct experience with wind tunnels for aerodynamic testing, propulsion test stands, satellite component vacuum chambers, and rapid prototyping tools such as 3D printers and CNC machines. This constant loop of design-fabrication-test teaches precision, problem-solving, and the critical ability to iterate based on real data, skills that are immediately transferable to any technical role.
Wind tunnel and propulsion testing for aerodynamic validation.
Satellite and payload integration in cleanroom environments.
Composite material layup and structural testing facilities.
Advanced avionics and control systems laboratories.
Capstone Design and Industry Collaboration
The senior capstone design sequence represents the pinnacle of the program, where student teams tackle complex, open-ended problems sponsored by industry and government partners. These projects demand systems engineering, cost estimation, and rigorous documentation, culminating in a final review that closely mirrors professional standards. Past projects have included small satellite payloads, unmanned aerial vehicles, and high-power rocket systems, providing a portfolio-defining experience that sets graduates apart.
Pathways to Space: Husky Satellite Program
For students passionate about space, the Husky Satellite Laboratory offers a dedicated pathway to design, build, and operate actual spacecraft. This student-led initiative has launched multiple nanosatellites, providing end-to-end experience in mission planning, integration, and operations. Participation builds deep expertise in embedded systems, power management, and communications, while fostering the teamwork and resilience required for successful space missions.
