2027 Summer Camps / Camp directory / Stanford University Mathematics Camp (SUMaC) — Residential

Stanford, California

Stanford University Mathematics Camp (SUMaC) — Residential

Explore mathematics beyond high school through proofs, discussion and guided inquiry.

SUMaC, run by Stanford Pre-Collegiate Studies, offers intensive enrichment for well-prepared high-school students. Each student joins either abstract algebra and number theory or algebraic topology, developing understanding through lectures, daily problem sets and a final research presentation. Courses carry no credit or grades.

University summer program
Mathematical proofAbstract algebraNumber theoryAlgebraic topology

CAMP-CA-026

SUMaC students constructing a geometric structure together
SUMaC students constructing a geometric structure together

Program organizer & learning outcomes

Organizer

Stanford University’s Stanford Pre-Collegiate Studies

University / venue relationship

A university-run specialist mathematics program, distinct from Summer Session’s credit-bearing courses.

Credit / certificate

Completion provides a SUMaC certificate and written instructor evaluation; no high-school or university credit is awarded.

Courses & activities

Abstract algebra and symmetry

Program I approaches abstract algebra through constructions, planar-pattern classification and structural symmetry.

Number theory, cryptography and coding

Program I explores number theory through integers, modular arithmetic, cryptography and error-correcting codes.

Algebraic topology

Program II studies properties preserved under continuous deformation, using algebraic ideas such as groups.

Proofs and research presentation

Build mathematical arguments through daily problem sets, assistant-led discussion and guided inquiry, then present the work.

Camp features & life

Track matched to preparation

Admissions assigns Program I or II based on preference and preparation; each participant takes one track.

Enrichment in mathematics

The focus is sustained mathematical understanding and proof, without academic credit or course grades.

Mathematics throughout campus life

Residential staff with mathematics backgrounds continue the conversation through meals, discussion and shared activities.

Who might enjoy this camp?

  • Students comfortable with geometry, algebra and proofs
  • Students who enjoy sustained work on challenging questions
  • Students ready for English discussion and intensive problem sets

Residential participants must remain under 18. Program I requires strong proof preparation; Program II normally needs deeper experience. Application includes a proof-based exam, and students must complete responses independently.

2027 dates & tuition

2027 dates & tuition

Contact an advisor
4 residential weeks
Contact an advisor

2027 fees, additional charges and cancellation terms: contact an advisor.

Travel & participation

International students may apply. English fluency is required, but TOEFL/IELTS submissions are not. Transcripts and recommendations must be in English or accompanied by translations.

Full residence and arrival/departure on designated dates are required; no commuting or concurrent programs. Residence halls have no air conditioning.

The program arrangement includes housing, meals, course materials and listed trips. SFO transfers run only on designated arrival/departure days and at set times.

As noncredit enrichment, visa arrangements must be checked against program guidance and individual status. Contact an advisor for 2027 fees and deadlines. Application fees/deposits are nonrefundable and installment plans are unavailable.

Campus, venue & activity photos

Mathematical problem discussion in a SUMaC workshop
A SUMaC student explaining mathematical reasoning at the board
SUMaC students showing their constructed mathematical forms
A SUMaC group investigating a three-dimensional structure
SUMaC students discussing problems around a table

Enquiries & Applications

Discuss this camp and participation arrangements with an ASCWORLD education adviser.

Enquiries & Applications