The astronautical engineering program provides the fundamentals of sceince and engineering, specialized courses in astronautics, and technical electives to broaden as well as deepen the coursework. ASTE students learn spacecraft and launch vehicle design and operations, propulsion, orbital mechanics, spacecraft dynamics and control, navigation, instrumentation and sensors, and much more.
Sometimes, it actually does take a rocket scientist.
Astronautical engineers design, build, and operate space vehicles for exploration and applications beyond the earth's atmosphere. This program prepares students for engineering careers in the space sector of the aerospace industry, space research, development, and operations in industry and government centers and laboratories, as well as for graduate study.
Astronautical Engineers are the experts in space exploration and building rockets.
Whether your interest is propulsion, flight, composites, or design, the ASTE curriculum gives you the fundamental mechanical basis and the depth in the field of deep space exploration. Some classes to highlight include Introduction to Astronautics taken freshmen year, Space Mission Design, Astronautics and Space Environment, and Spacecraft Dynamics!Course Plan
When you graduate with a degree in astronautical engineering, here are just a few of the future career paths that might lay before you.
- Design rocket vehicles
- Design, build, and test satellites
- Operate unmanned spacecrafts and probes
- Build space instrumentation and sensors
- Conduct government research
- Lead space operations
- Become a researcher at a university or government research center.
USC Rocket Lab is shooting to be the first student group to pass the Karman line into space.
USC Rocket propulsion laboratory is a completely student run group on campus that designs and builds rockets. Students learn all the machining skills and mechanical principles in the shop, and travel out to the desert to test the rockets they create.
The Department of Astronautical Engineering is at the center of exciting and innovative research in spacecraft and space exploration, from basic science to new was of designing and integrating spacecraft. ASTE operates world-class research facilities such as the Collaborative High Altitude Flow Facility (CHAFF) space simulation chamber, a six meter cryogenically cooled chamber capable of testing propulsion systems in high vacuum.
Astronautical engineering students can engage in research under faculty guidance as early as freshman year. In addition, ASTE has several ongoing hands on student projects. The Microsatellite Project designs and builds CubeSats, small spacecraft approximately the size of a loaf of bread. Its second spacecraft, which has the first dish antenna ever used on a cubesat, has been successfully operating for more than a year. The Rocket Propulsion Laboratory designs and builds solid-fueled rockets Its goal is to e the first student group ever to send a rocket to 100 km altitude. The lunar landing group builds sub-scale models of landing craft. These use jet engines fro primary thrust and auxiliary thrusters for altitude and sideways motion. The goal is to demonstrate fully autonomous lit-off, travel, and landing.
Companies Hiring Astronautical Engineers
- Aerospace Corporation
- Lockheed Martin
- Northrop Grumman
- Various government agencies
- And Many More!
- Jet Propulsion Laboratory
- NASA research centers
- Virgin Galactic
- National Laboratories
#ViterbiClass: Astronautical Engineering
Meet a few current Astronautical Engineering students and faculty, learn about what Astronautical Engineers study, hear why students choose to study Astronautical Engineering, and see the research and career opportunities available here at Viterbi!