Yale Session 2
21-27 June 2026
One-week course
In-person Program
Aerospace Engineering High School Course
A hands-on aerospace course exploring flight mechanics, propulsion, orbital mechanics and aircraft design through glider or rocket projects and industry insight.
Last verified: 26 Aug 2026Reviewed by:SSSean Stevens
In-person Program
Aerospace Engineering High School Course
A hands-on aerospace course exploring flight mechanics, propulsion, orbital mechanics and aircraft design through glider or rocket projects and industry insight.
Last verified: 26 Aug 2026Reviewed by:SSSean Stevens
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Aerospace Engineering Course at a glance: cost, dates and eligibility
Current status
Recently closed
Eligibility
High-school students; 3.0 GPA
Age range / Year group
Approximately 14-18
Location / Region
Los Angeles; Seattle; New Haven
Cost
From $2,498
Duration
1-2 weeks
Format
In-person
EngineeringSpace & physics
Accommodation: Shared university dorms
Meals: Full board residential; commuter lunch
Certificate / Outcome: Certificate and recommendation letter
Sessions / cadence: 5 x 4-hour or 9 x 3-hour classes
Main output: Custom glider or rocket
Aerospace Engineering Course summary
This is a practical aerospace engineering course covering flight mechanics, aerodynamics, propulsion, aircraft design and orbital mechanics.
Students apply the theory by designing and testing a glider or rocket, with industry visits, guest speakers and campus-based learning extending the experience.
It best suits students who want to test a serious interest in aerospace engineering before choosing a university subject or career direction.
What is Aerospace Engineering High School Course?
The Aerospace Engineering High School Course is a Summer Springboard academic program offered across UCLA, the University of Washington and Yale. It introduces the physics and engineering principles behind aircraft and spacecraft through focused campus teaching.
Students study flight mechanics, aerodynamics, propulsion, aircraft design and orbital mechanics. Practical design challenges, aerospace excursions and conversations with professionals connect classroom concepts to real engineering work.
Why Succeed highlights Aerospace Engineering Course
The course turns flight theory into a concrete glider or rocket design challenge.
Named instructors bring university research and aerospace-industry experience into the classroom.
Students encounter both aeronautical and astronautical engineering before committing to a narrower pathway.
Academic excursions and guest speakers show how aerospace concepts operate beyond a textbook.
Residential and commuter options offer families different ways to access the campus experience.
Who is Aerospace Engineering Course for?
Best for
Motivated high-school students who enjoy physics, mathematics and practical design, and want to explore aerospace before university.
Not ideal if
You want a formally credited course, need every excursion to be accessible without U.S. citizenship, or prefer a purely theoretical classroom program.
Is Aerospace Engineering Course worth it?
The course can be worthwhile for students who want a concentrated test of aerospace engineering through both technical concepts and practical work. Producing and testing a glider or rocket gives students something specific to reflect on when considering future study.
The main limitation is cost: base tuition is supplemented by mandatory fees, and the program does not generally award college credit. Families should also compare campus lengths, travel needs and excursion restrictions before deciding.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
From $2,498; includes Academic course and course excursions, Residential lodging and all meals, Residential weekend excursions and activities, Commuter lunch and weekday programming, Completion certificate and professor recommendation letter.
Accommodation
Shared university dorms
Meals
Full board residential; commuter lunch
Provider details
Review the Summer Springboard provider page and official sources before making a final decision.
Dates and logistics
1-2 weeks; Los Angeles; Seattle; New Haven.
What to check before committing
Confirm current dates, payment terms, travel arrangements, cancellation rules and what is included with the provider.
Compare this program with similar options before deciding on dates, cost, format and fit.
Compare with similar programsHow much preparation does Aerospace Engineering Course need?
Effort level
Moderate to high academic intensity.
Best started
Begin comparing campuses and assembling application materials two to three months before the next admission deadline.
Main challenge
Turning flight principles into a glider or rocket that performs within set parameters.
Typical preparation
Review core algebra and rearranging equations.
Refresh basic forces, motion and energy concepts.
Read introductory material on lift, drag, thrust and weight.
Prepare questions about aerospace study and careers for instructors or guest speakers.
Useful if
You have studied algebra and physics, although formal prerequisites are not required.
What do students do on Aerospace Engineering Course?
Students combine interactive teaching with practical design, testing and career exploration. The exact excursion program varies by campus.
Step-by-step process
- 1
Learn the fundamentals of flight mechanics, aerodynamics and propulsion.
- 2
Compare aeronautical and astronautical engineering using orbital mechanics.
- 3
Develop an aircraft or spacecraft design through hands-on challenges.
- 4
Build and test a glider or small rocket against flight parameters.
- 5
Meet aerospace professionals through guest talks or industry visits.
- 6
Reflect on aerospace university subjects and career pathways.
Aerospace Engineering Course dates and deadlines
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Reference date
UCLA Session 1
21 June-3 July 2026
Two-week course
Yale Session 4
5-11 July 2026
One-week course
UCLA Session 2
5-17 July 2026
Two-week course
Yale Session 6
19-25 July 2026
One-week course
UCLA Session 3
19-31 July 2026
Two-week course
Washington Session 1
26 July-7 August 2026
Two-week course
UCLA applications
1 May 2026
Course-specific 2026 cutoff
General admission
17 May 2026
Final 2026 provider-wide deadline
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Yale Session 2 | 21-27 June 2026 | Local | Reference date | |
UCLA Session 1 | 21 June-3 July 2026 | Local | Reference date | |
Yale Session 4 | 5-11 July 2026 | Local | Reference date | |
UCLA Session 2 | 5-17 July 2026 | Local | Reference date | |
Yale Session 6 | 19-25 July 2026 | Local | Reference date | |
UCLA Session 3 | 19-31 July 2026 | Local | Reference date | |
Washington Session 1 | 26 July-7 August 2026 | Local | Reference date | |
UCLA applications | 1 May 2026 | Local | Reference date | |
General admission | 17 May 2026 | Local | Reference date |
Eligibility and requirements
Rising high-school freshmen through graduating seniors
Minimum 3.0 GPA or local equivalent
Must meet the Essential Eligibility Criteria
International applicants must demonstrate English proficiency
Student must participate in the application
U.S. citizenship required for some company excursions
How much does Aerospace Engineering Course cost?
Program tuition
From $2,498 — Campus, length and attendance type affect tuition
Funding or discounts
- Program deposit: $600 — Paid with the application
- Course supplement: $250 — Mandatory aerospace engineering fee
- Need-based scholarship: Up to 30% residential — Up to 60% of commuter tuition
- Eligible discounts: 5% — Heroes, multi-program, sibling or referral terms apply
What's included
Academic course and course excursions, Residential lodging and all meals, Residential weekend excursions and activities, Commuter lunch and weekday programming, Completion certificate and professor recommendation letter
How to apply to Aerospace Engineering Course
- 1
Ask a parent or guardian to create an application-portal account.
- 2
Confirm the registration email and complete the account details.
- 3
Select the campus, session, course and tuition type.
- 4
Enter the student's details and complete the short-answer questions.
- 5
Review and sign the required agreements.
- 6
Submit the application with the $600 deposit and application fee.
- 7
Wait for the enrollment decision and complete any additional forms.
What does Aerospace Engineering Course cover?
The program covers the following focus areas.
Flight mechanics
Explore lift, motion and the forces governing aircraft flight.
Aerodynamics and propulsion
Study airflow, aircraft performance and propulsion-system fundamentals.
Orbital mechanics
Apply basic orbital principles to spacecraft-focused design questions.
Aircraft and spacecraft design
Develop a glider or rocket within practical performance parameters.
Aerospace careers
Connect technical learning with professional roles and current technology.
Curriculum may be adjusted based on participant interests and current developments.
What is a typical day on Aerospace Engineering Course?
A typical day during the program.
Academic course
Two-week students study 9am-noon on weekdays in week one and Monday-Thursday in week two.
One week classes
Yale lists five four-hour classes from Monday through Friday.
Academic enrichment
Course excursions, labs, activities or guest speakers follow morning teaching.
Residential program
Dinner, social activities and supervised dorm time complete the day.
Who teaches on Aerospace Engineering Course?
Named instructors include aerospace engineers, researchers and university faculty such as Dr. Vincent Phong, Dr. Andres Garcia Jimenez, Carl Knowlen, Lily Behnke and Wajid Ali Chishty. Their backgrounds span propulsion, aerodynamics, materials science, aerospace research and engineering education.
Instructor assignments vary by campus and session.
Where do students stay on Aerospace Engineering Course?
Residential plan
- Campus accommodation: Students stay in shared, gender-separated university dorm accommodations.
- Meals: Residential tuition includes breakfast, lunch and dinner.
- Staff support: Summer Springboard staff and mentors live on-site and support students.
- Weekend excursions: Residential tuition includes supervised weekend excursions.
Non-residential plan
- Weekday attendance: Commuter programming generally runs from 9am to 5pm on weekdays.
- Commuter lunch: Lunch is included for commuter students.
Specific dorm buildings and room layouts can vary by campus and year.
What happens after Aerospace Engineering Course?
After completing this program, participants often pursue:
Use the design project to reflect on aerospace engineering study.
Compare aeronautical and astronautical engineering pathways.
Explore future study in physics, mathematics or engineering.
Receive a completion certificate and professor recommendation letter.
Draw on professional encounters when evaluating aerospace careers.
The program generally does not award college credit.
Where does Aerospace Engineering Course take place?
The course is offered on the UCLA campus in Los Angeles, the University of Washington campus in Seattle and the Yale campus in New Haven. Each setting supports campus-based teaching alongside locally relevant aerospace visits, museums, laboratories or professional encounters.
Summer Springboard operates independently of the named campus partners except where explicitly stated otherwise.
Aerospace Engineering Course FAQs
Students study flight mechanics, aerodynamics, propulsion, aircraft design and basic orbital mechanics. The course compares aeronautical and astronautical engineering.
It combines interactive teaching with hands-on design challenges. Students create and test a glider or small rocket and may join aerospace-focused visits or talks.
No formal prerequisites are stated. Algebra, geometry, trigonometry, calculus and physics are recommended at different levels, so preparation in mathematics and physics is useful.
Named instructors include university researchers, professors and practicing aerospace engineers with expertise in propulsion, aerodynamics, materials and engineering design.
Yes. Published tuition includes residential and commuter options, although the exact availability and price vary by campus and session.
Residential tuition includes the academic course, lodging, meals, course excursions, activities and weekend excursions.
International students can apply but must demonstrate English proficiency through an interview or an accepted test score. Some company excursions require proof of U.S. citizenship.
Most Summer Springboard programs do not award college credit. Students receive a completion certificate and a professor's letter of recommendation after completing the program.
Alternatives to Aerospace Engineering Course
Compare these related engineering and physics programs if you want a different location, subject balance or summer-course structure.
Alternatives to Aerospace Engineering Course
Engineering summer study in Cambridge
Engineering
Deadline: Not announced
From £4495
13-18
Cambridge
In-person
Best for
Students seeking engineering breadth rather than aerospace specialization
Physics & Astronomy Summer Course
Recently closed
Physics and astronomy study in Cambridge
Space & physics
03 Aug 2026
From £6295
14-18
Cambridge
In-person
Best for
Students more interested in space science than aircraft design
Modern science methods and questions
Space & physics
Deadline: Not announced
Cost not listed
11-16
Wimborne
In-person
Best for
Younger students exploring science before specializing
Save this program in Succeed to compare it with similar programs, dates, costs and formats in one place.
Compare with other programsContent reviewed by
Sean Stevens
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
Sources and verification
Source types reviewed
- Terra Education
- 2026 HS 1-week Aerospace Engineering V5
- (1) New Messages!
- General Information FAQ | Knowledge Base | Summer Springboard - Summer Springboard
- (1) New Messages!
- Tuition and Financial Aid FAQ | Knowledge Base | Summer Springboard - Summer Springboard
- (1) New Messages!
- Summer Aerospace Program for High School Students at Yale
- Summer Aerospace Engineering Program for High School Students at UCLA
- (1) New Messages!
- Apply Now | Enrollment | Summer Springboard - Summer Springboard
- Aerospace Engineering | Course | Summer Springboard - Summer Springboard
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What we verified (on 26 Aug 2026)
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