Summer Springboard

Aerospace Engineering

ACADEMIC COURSE

LAUNCH YOUR FUTURE IN AEROSPACE ENGINEERING WITH HANDS-ON PROJECTS AND EXPERT INSIGHTS AT UCLA AND UNIVERSITY OF WASHINGTON.

Course Highlights

  • Launch your aerospace career near industry giants like SpaceX and Boeing.

  • Learn fundamental physics and orbital mechanics for air and spacecraft.

  • Design and launch your own glider or rocket in hands-on challenges.

  • Network with aerospace professionals and hear from guest experts.

  • Gain insights into cutting-edge space exploration technologies.

  • Explore career paths in aeronautical and astronautical engineering fields.

Summer Springboard

Aerospace Engineering

Course Overview

With major aerospace companies like Boeing, SpaceX, Relativity Space, The Aerospace Corporation, Northrop Grumman, and NASA’s Jet Propulsion Laboratory located nearby, Summer Springboard offers an unmatched opportunity to launch your Aerospace Engineering career on the campuses of UCLA in Los Angeles and the University of Washington in Seattle.

Ever wonder how rockets propel themselves into space or how airplanes maintain lift? Both programs dive deep into the physics and orbital mechanics that govern air and spacecraft. Students participate in engaging, hands-on design challenges where they apply these concepts by designing and launching their own glider or rocket.

In addition to classroom learning, students visit local aerospace companies and hear from seasoned industry professionals, including guest speakers from organizations like the American Institute of Aeronautics and Astronautics and The Aerospace Corporation. Please note, excursions to some companies require proof of U.S. citizenship due to federal contracts.

While prior knowledge of algebra, geometry, trigonometry, calculus, and physics is recommended or strongly recommended, it is not required, making the program accessible to motivated learners at different levels.

LEARNING OUTCOMES

Outcome #1

Explore the fundamentals of flight mechanics, aerodynamics, propulsion, and aircraft design through interactive lessons and hands-on projects..

Outcome #2

Differentiate between aeronautical and astronautical engineering and apply principles of orbital mechanics in creative design challenges.

Outcome #3

Design and launch a custom glider or rocket to demonstrate understanding of flight dynamics and engineering concepts.

Outcome #4

Engage with aerospace professionals to gain insight into current trends and real-world applications in modern flight technology.

Summer Springboard

Aerospace Engineering

Courses by Campus

AEROSPACE ENGINEERING

University of Washington

Seattle, Washington

AEROSPACE ENGINEERING

UCLA

Los Angeles, California