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Stanford University Mathematics Camp (SUMaC) Online Program

by Stanford University

Grade 10 to 11$3,750

Stanford certificate in advanced maths

Stanford University's six-week intensive online mathematics programme for high school students in grades 10-11, covering advanced topics in abstract algebra and number theory.

Mode

Online

Fee

$3,750

Participation format

Individual

Duration

Six weeks (mid-June to late July)

Time needed

3 weeks, with a 3-hour live class daily

Eligibility

Open to high school students in grades 10 or 11, aged 15 to 18, from any country. Admission is selective based on mathematical aptitude.

Grade level
Grade 10 to 11
Age range
15 to 18 years
Eligibility region
Available nationwide across India
Academic requirement
Experience writing and reading mathematical proofs required. Strong mastery of high school geometry and algebra expected. Familiarity with number theory and modular arithmetic recommended.
Prerequisites
  • Experience writing and reading mathematical proofs
  • Strong mastery of high school geometry and algebra
  • Familiarity with number theory and modular arithmetic (recommended)
  • Completion of a take-home proof-based admission exam as part of the application

See if your child qualifies.

Rewards and recognition

Certificate

Stanford University completion certificate

Certificate of completion from Stanford University, valued for university applications

Opens doors to

Strong signal for top university maths admissions

Skills your child builds

Abstract algebraNumber theoryMathematical proof writingResearch-oriented thinking

Key dates

Last edition

Registration closed
2 Feb 2026
Dates
15 Jun 2026 to 24 Jul 2026

How to apply

  1. 1Review eligibility requirements: currently enrolled in grade 10 or 11, at least 15 years old, with proof-writing experience in mathematics.
  2. 2Create an account on the Stanford Pre-Collegiate Studies portal (spcsportal.stanford.edu) using the student's legal name.
  3. 3Complete the online application form including background questions, essays, and track preference.
  4. 4Request a mathematics teacher recommendation through the portal.
  5. 5Complete and submit the take-home SUMaC admission exam (proof-based problems).
  6. 6Upload unofficial academic transcripts from all schools attended.

Rules and guidelines

  • Participants must be fully present and engaged for all scheduled classes and program activities
  • Camera and microphone must be on throughout all live class sessions and problem-solving sessions
  • No non-program commitments may conflict with required scheduled activities during the six-week programme
  • Participants must choose one programme track (Program I or Program II) at registration

Technology requirements

  • Computer capable of running latest versions of internet browsers, plug-ins, and software
  • Reliable broadband internet connection (wired ethernet connection recommended)
  • Webcam required for all live sessions
  • Headphones and microphone recommended
  • Comfortable, quiet, distraction-free learning environment required

Fees and financial support

Fee details

Programme fee of USD 3,750. Limited need-based financial aid is available for both domestic and international applicants.

About this opportunity

The Stanford Online Mathematics Camp (SUMaC Online) is a rigorous academic programme offered by Stanford University for mathematically talented high school students in grades 10 and 11. The programme offers two distinct tracks: Program I in Abstract Algebra and Number Theory, and Program II in Algebraic Topology (Session One only). Students engage with advanced proof-based mathematics far beyond the standard school curriculum, guided by Stanford faculty, postdoctoral researchers, and instructional assistants drawn from Stanford's undergraduate and graduate mathematics community.

The online format delivers a daily 3-hour live class via video conferencing, followed by 3–5 hours of additional problem sets, research, and asynchronous assignments per weekday. Students attend live problem-solving sessions led by instructional assistants, work on a final research project, and access virtual guest lectures from professional mathematicians. Participation requires full weekday commitment with camera and microphone on during all sessions.

The online cohort admits 64 students from around the world. Admission is highly selective — consultants estimate an acceptance rate of 5–7% — with applicants evaluated on their proof-based admission exam performance, mathematics teacher recommendation, academic transcripts, and essays demonstrating mathematical passion and prior engagement. A USD 65 application fee applies; waivers are available. Need-based financial aid is offered to both domestic and international students.

Participants who complete the programme receive a certificate from Stanford University. SUMaC Online has established itself as one of the most selective and rigorous summer mathematics experiences globally, attracting students who seek preparation for university mathematics, international olympiads, and research careers.

What your child will do

  • Daily 3-hour live classes in Abstract Algebra and Number Theory (Program I) or Algebraic Topology (Program II)
  • Challenging proof-based daily problem sets with feedback from instructional assistants
  • Live problem-solving sessions led by Stanford undergraduate and graduate students
  • Virtual guest lectures from professional mathematicians and researchers
  • Final research project with presentation at programme close
  • Problem sets and asynchronous assignments

Mentors and faculty

Stanford faculty, postdoctoral researchers, and instructional assistants from Stanford's undergraduate and graduate mathematics community.

Languages

English

Academic details

Abstract AlgebraNumber TheoryAlgebraic TopologyMathematical Proof WritingUniversity-Level Problem Solving

Difficulty: Advanced

What's covered

Two tracks: Program I (Abstract Algebra and Number Theory) and Program II (Algebraic Topology). Both deliver daily 3-hour live instruction with Stanford faculty, proof-based problem sets, live problem-solving sessions, and a final research project presentation.

Frequently asked questions

How do students manage the intensive time commitment of the SUMaC Online Program?

Students are encouraged to develop strong time management skills and prioritize their academic schedule. The program's structure, with daily live classes and dedicated time for problem sets, requires consistent engagement. Instructional assistants provide support during problem-solving sessions.

What are the key benefits for participants upon completing the SUMaC program?

Participants receive a Stanford University completion certificate, gain deep exposure to research-level mathematics, join a global community of talented peers, and are rigorously prepared for university-level mathematics and international olympiads.

How can applicants determine if the SUMaC program is the right fit for their academic goals?

Applicants should assess their interest in advanced proof-based mathematics, abstract algebra, number theory, or algebraic topology. Reviewing the curriculum and prerequisites, including experience with mathematical proofs, helps determine suitability for the program's rigor.

What kind of support is available to students to ensure their progress throughout the program?

The program provides extensive support through Stanford faculty, postdoctoral researchers, and instructional assistants. Daily live problem-solving sessions offer direct assistance, and a final research project allows for guided exploration and presentation.

What are the long-term academic and career implications of participating in SUMaC?

Participation in SUMaC significantly enhances a student's profile for competitive university applications, particularly for mathematics and STEM fields. It fosters advanced mathematical thinking, research skills, and provides a strong foundation for future academic and research careers.

What are the technical requirements for participating in the online program?

Participants need a computer with a reliable broadband internet connection, a webcam, and a microphone. A quiet, distraction-free learning environment is also essential for full engagement in live sessions.

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Organization

Stanford University

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Categories

Mathematics & Logical ReasoningMathematics ResearchMathematics CompetitionsGlobal Competitions

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