International deadline
29 January 2026
For students attending school outside the U.S., those without U.S. citizenship or permanent residence, or both.
In-person Program
Astrophysics Summer Science Program
An immersive residential astrophysics program where students determine near-Earth asteroid orbits using telescope observations, calculus, and Python.
Last verified: 9 Sept 2026Reviewed by:SSSean Stevens
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Astrophysics Summer Science Program at a glance: cost, dates and eligibility
Current status
Upcoming
Eligibility
Current high school juniors
Age range / Year group
Ages 15-18
Location / Region
United States
Cost
$11,800
Duration
5 weeks
Format
In-person
MathematicsScienceSpace & physics
Accommodation: Double-occupancy college dorms
Meals: Room and board included
Outcome: Completion letter; recommendation available
Campus experience: Research, lectures, trips, activities
Cohort size: 36 students per program
Astrophysics Summer Science Program summary
Students complete a genuine asteroid-orbit research project rather than a sequence of introductory demonstrations. Astronomy, physics, calculus, and Python all feed into the same team investigation.
The experience combines telescope observations, astrometric measurements, data reduction, scientific programming, and orbital calculations. The resulting data supports the Minor Planet Center’s tracking work.
It suits academically prepared students who want an intensive, collaborative introduction to scientific research and are comfortable committing fully to residential campus life.
What is Astrophysics Summer Science Program?
The Astrophysics Summer Science Program is SSP International’s residential research track focused on determining the orbit of a near-Earth asteroid. Students combine astronomy, physics, mathematics, and scientific programming in a single sustained investigation.
Working in teams of three, participants plan observations, capture telescope images, measure an asteroid’s position, and write Python software to calculate its orbit. Their results contribute real scientific data to the Minor Planet Center.
Why Succeed highlights Astrophysics Summer Science Program
The program connects telescope observations, data analysis, physics, calculus, and Python within one coherent research project.
Teams contribute real asteroid measurements and calculations to the Minor Planet Center rather than completing a simulated classroom exercise.
The absence of grades and tests supports cooperation while faculty provide a high level of personal attention.
Residential campus life combines demanding research with lectures, field trips, recreation, and community activities.
Need-blind financial aid can cover the full demonstrated need of admitted students, including required travel support.
Who is Astrophysics Summer Science Program for?
Best for
High school juniors who enjoy physics and mathematics, want hands-on astronomy research, and thrive in an intensive collaborative environment.
Not ideal if
You need a flexible schedule, want to pursue your own research topic, or primarily want independently publishable or competition-ready work.
Is Astrophysics Summer Science Program worth it?
For a student seriously testing an interest in astrophysics or research, this offers unusual depth: one sustained project links observing, coding, mathematics, teamwork, and scientific contribution. The residential setting also provides a realistic taste of intensive academic and campus life.
The tradeoffs are substantial. Admission is highly selective, the schedule requires exclusive participation, and the full fee is significant without aid; students seeking an independent topic or publication pathway should consider a different research model.
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A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
$11,800; includes Tuition, Room and board, Program supplies, Local transportation.
Accommodation
Double-occupancy college dorms
Meals
Room and board included
Provider details
Review the Summer Science Program provider page and official sources before making a final decision.
Dates and logistics
5 weeks; United States.
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 Astrophysics Summer Science Program need?
Effort level
Very high.
Best started
Begin six to eight weeks before the winter deadline to confirm coursework, reflect on motivation, and give an educator time to prepare a recommendation.
Main challenge
Sustaining careful team research while learning unfamiliar astronomy, calculus, and programming methods.
Typical preparation
Review the Astrophysics track and make sure it is the one research project you want to select.
Confirm that qualifying physics and precalculus coursework will be completed for credit and a grade by June.
Reflect on your motivation, interests, obstacles, and what you would contribute to the program community.
Ask a current math or science educator for the required recommendation well before submission.
Useful if
You have completed physics and precalculus and can commit exclusively to the full residential session.
What do students do on Astrophysics Summer Science Program?
Participants complete the full workflow of an asteroid-orbit investigation, progressing from target selection and telescope observations to Python calculations and scientific contribution.
Step-by-step process
- 1
Interpret celestial coordinates and an ephemeris to select a near-Earth asteroid.
- 2
Form a three-person team and write an observatory-style observing proposal.
- 3
Learn astronomical observation techniques and capture images of the selected asteroid.
- 4
Identify the asteroid against background stars and measure its position precisely.
- 5
Collect observations on at least three or four different nights.
- 6
Write Python software to calculate position and velocity vectors.
- 7
Use orbital physics and calculus to estimate the asteroid’s six orbital elements.
- 8
Contribute the resulting data to the Minor Planet Center.
Astrophysics Summer Science Program 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
Domestic deadline
19 February 2026
For U.S. citizens or permanent residents attending school in the U.S.
Albion College
8 June-11 July 2026
Michigan, United States.
Georgia College & State University
8 June-11 July 2026
Linfield University
15 June-18 July 2026
Oregon, United States.
University of Wisconsin-River Falls
15 June-18 July 2026
Colby College
22 June-25 July 2026
Maine, United States.
Lehigh University
22 June-25 July 2026
Pennsylvania, United States.
Knox College
29 June-1 August 2026
Illinois, United States.
Applications open
31 December 2025
Summer 2026 cycle.
International decisions
Mid-March 2026
Admissions notifications for international applicants.
Domestic decisions
Mid-April 2026
Admissions notifications for domestic applicants.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
International deadline | 29 January 2026 | Local | Reference date | |
Domestic deadline | 19 February 2026 | Local | Reference date | |
Albion College | 8 June-11 July 2026 | Local | Reference date | |
Georgia College & State University | 8 June-11 July 2026 | Local | Reference date | |
Linfield University | 15 June-18 July 2026 | Local | Reference date | |
University of Wisconsin-River Falls | 15 June-18 July 2026 | Local | Reference date | |
Colby College | 22 June-25 July 2026 | Local | Reference date | |
Lehigh University | 22 June-25 July 2026 | Local | Reference date | |
Knox College | 29 June-1 August 2026 | Local | Reference date | |
Applications open | 31 December 2025 | Local | Reference date | |
International decisions | Mid-March 2026 | Local | Reference date | |
Domestic decisions | Mid-April 2026 | Local | Reference date |
Eligibility and requirements
Current high school juniors only.
Ages 15-18 throughout program operation.
Complete high school physics by June for credit and a grade.
Complete precalculus by June for credit and a grade.
Calculus may replace physics when school offers no physics.
AP or advanced-level classes are not required.
Self-study does not satisfy course prerequisites.
Commit to the full session without another course or internship.
How much does Astrophysics Summer Science Program cost?
Program fee
$11,800 — Maximum 2026 fee; family contributions are need-adjusted.
Funding or discounts
- Application fee: Free
- Financial aid: Up to 100% of need — Need-blind support is available to admitted students.
- Travel aid: Available — Families may request support for required student travel.
- Lost-wages stipend: $3,000 — Limited support for students who usually work in summer.
What's included
Tuition, Room and board, Program supplies, Local transportation
How to apply to Astrophysics Summer Science Program
- 1
Confirm that you meet the junior-year, age, and Astrophysics coursework requirements.
- 2
Choose Astrophysics as your single Summer Science Program research project.
- 3
Create an account and complete the official online application.
- 4
Ask a current school math or science educator to provide the required recommendation.
- 5
Arrange any other required materials early and monitor their receipt in the portal.
- 6
Submit every required application part by the deadline for your applicant category.
- 7
After admission, a parent or guardian may request need-based financial aid.
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What does Astrophysics Summer Science Program cover?
The program covers the following focus areas.
Observational astronomy
Learn celestial coordinates, ephemerides, digital observing, astrometry, planetary science, and cosmology.
Orbital physics
Apply gravitation and celestial mechanics while exploring the electromagnetic spectrum, relativity, and quantum mechanics.
Applied mathematics
Use coordinate transformations, statistics, vector calculus, numerical methods, and differential equations.
Scientific programming
Code in Python with JupyterLab, Matplotlib, Astropy, and modern astronomical tools.
Asteroid orbit determination
Combine observations, data reduction, software, physics, and calculus to calculate a near-Earth asteroid’s orbit.
Curriculum may be adjusted based on participant interests and current developments.
What is a typical day on Astrophysics Summer Science Program?
A typical day during the program.
Academic work
Lectures are combined with lab or telescope-observation time.
Field trips
Organized trips extend the residential and scientific experience.
Recreation
Outdoor games, craft nights, and other group activities provide social time.
Faculty dinner
Participants dine at assigned tables with faculty for dinner and conversation.
Who teaches on Astrophysics Summer Science Program?
Participants learn from scientists, academics, astrophysicists, and planetary scientists while receiving substantial personal attention from faculty. Four teaching assistants and residential mentors also live with the cohort and support campus life.
Applications are reviewed by staff, volunteer alumni, and former faculty.
Where do students stay on Astrophysics Summer Science Program?
Residential plan
- College housing: Participants stay in traditional freshman-style campus residences.
- Room setup: Students generally share a double-occupancy dorm room and bathroom.
- Meals: Most meals are shared in campus dining halls, with nightly faculty dinners.
- Residential support: Four teaching assistants and residential mentors live in the participant dorms.
- Campus community: Common spaces, recreation, formal dinners, and field trips support cohort life.
Room and bathroom arrangements are generally shared with another participant of the same gender and may vary by campus.
What happens after Astrophysics Summer Science Program?
After completing this program, participants often pursue:
Receive a letter confirming completion of the program.
Request a faculty recommendation letter after participation.
Join an alumni network of more than 4,300 people.
Access the optional College Link alumni mentorship program.
Use the experience to evaluate whether STEM research is the right pathway.
Participation can strengthen a student’s experience and self-knowledge, but it does not guarantee admission to any college.
Where does Astrophysics Summer Science Program take place?
The latest verified Astrophysics cycle ran on seven U.S. college campuses in Michigan, Georgia, Oregon, Wisconsin, Maine, Pennsylvania, and Illinois. Participants receive their campus assignment after admission, and assignments cannot be changed.
Program staff provide group transportation between the designated airport and campus on official arrival and departure days.
Astrophysics Summer Science Program FAQs
Students study near-Earth asteroids through astronomy, physics, mathematics, and scientific programming. The central project is determining an asteroid’s orbit from telescope observations.
No AP or advanced-level course is required. Applicants need any level of high school physics plus precalculus completed by June for credit and a grade, with calculus accepted when their school does not offer physics.
No prior programming requirement is stated. Scientific programming is taught through Python and astronomy tools including JupyterLab, Matplotlib, and Astropy.
It is collaborative. Students form teams of three and work together through target selection, observations, data reduction, programming, and orbit calculation.
No. The program emphasizes cooperation and operates without grades or tests.
The all-inclusive fee covers room and board, tuition, supplies, and local transportation. Need-based aid can cover up to 100% of demonstrated need and may include required student travel.
Participants generally share double-occupancy rooms and bathrooms in traditional college residences. Residential mentors and teaching assistants live in the dorm building.
Every participant receives a letter of completion and may request a faculty recommendation. Alumni can also join the wider SSP network and optional College Link mentorship program.
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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
- The Honor Code - SSP International
- Summer Science Program Evaluation - SSP International
- Health & Safety - SSP International
- For Parents & Families - SSP International
- Campus Living - SSP International
- Getting Started - SSP International
- Remind Me - SSP International
- Fees & Financial Aid - SSP International
- FAQs - SSP International
- Application - SSP International
- Astrophysics Summer Program: Study Near-Earth Asteroids - SSP International
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
What we verified (on 9 Sept 2026)
Program format checked
Eligibility reviewed
Course prerequisites verified
Dates cross-checked
Fees and aid reviewed
Campus arrangements checked
Safety information reviewed
Application process checked
How Succeed uses this information
We use source material to verify core facts, then show older cycle dates as reference when a current cycle is not available. Always check current application instructions before applying.
Astrophysics Summer Science Program
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