24 Advanced Math Camps for Young Mathematicians!

The summer before middle school, I attended my first sleepaway camp—an advanced math and science program. Our first task was to create the fastest way to take your group's attendance - which group would win?

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As a science lover, I was excited, but when classes started I realized that some of my campmates had clearly learned far more than I had, even though I attended a decent public elementary school. The math was HARD for me, even though my parents were both mathematicians; my mother a computer scientist and my father an actuary. I was testing at a 12th grade math level and was in G&T - but had never been challenged beyond that by teachers or programs! It's not that we were doing above level math - it was just deep problem solving.

For example, my mother had taught us chess, but some of the kids really knew how to play - I didn't win one game of Pi Chess - a form of chess that I believe was invented at the camp.

The classes were challenging, but the experience of being immersed in a world of problem-solving and discovery was unforgettable. Math camps provide an incredible opportunity for kids to develop their mathematical thinking in a way that traditional schools often don’t. Unlike typical summer programs, these camps are taught by mathematicians, not teenage counselors or "regular teachers". Some are competitive and require entrance exams, while others are open to eager learners who show great potential. Many offer financial aid, and some focus on underrepresented groups in math, such as girls and minority students. Whether residential, day, or virtual programs, these camps can be a transformative experience for any child who enjoys a challenge. Below, I’ve compiled a list of some of the best math camps to help you find the right fit for your child.

The List

These are not in any particular order, although the high schooled aged camps are generally listed first -- look through the entire list and note the ones your child may be eligible for either now or in the future. If the application deadline has passed, be sure to look through the application details anyway, and start preparing your child for entry next year!

This post is not sponsored, but if you want to support the work I do in providing this information, please check out MEL Science (ages 5-18) and Curiosity Box (for science loving adults).

Both are math/science subscription kits for math and science lovers of all ages! If I would have had something like this growing up, I would have felt more prepared in that math/science camp. Looking back as an adult, the only difference between them and I was exposure to challenging problems. Start now by having your child engage in hard things!

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1. Canada/USA Mathcamp

• Location: Lewis & Clark College, Portland, Oregon.​

• Dates: June 29 to August 3, 2025 ​

• Description: An immersive five-week summer program for mathematically talented students aged 13–18. Participants explore advanced mathematical topics through classes, problem-solving sessions, and collaborative projects. The curriculum covers a broad range of subjects, from number theory to topology, tailored to students' interests and abilities.​

• Activities: Daily classes at varying difficulty levels, guest lectures by renowned mathematicians, and a supportive community fostering a love for mathematics.​

• Application Deadline: February 26, 2025.​

• More Information: mathcamp.org

2. MathILy (serious Mathematics Infused with Levity)

• Location: Bryn Mawr College, Bryn Mawr, Pennsylvania.​

• Dates: June 22 to July 26, 2025.​

• Description: An intensive residential summer program for mathematically excellent secondary students. MathILy focuses on deep exploration of advanced mathematical concepts through interactive lectures and collaborative problem-solving.​

• Activities: Approximately seven hours of daily classes, six days a week, led by experienced mathematicians and supported by graduate or undergraduate assistants. The curriculum begins with foundational topics and progresses to advanced areas, encouraging original thinking and discovery.​

• Application Process: Rolling admissions; early application is encouraged.​

• More Information: mathily.org

3. MathILy-Er

• Location: Bryn Mawr College, Bryn Mawr, Pennsylvania.

• Dates: Typically runs concurrently with MathILy.​

• Description: Designed for students who are not yet ready for MathILy, MathILy-Er prepares participants for advanced mathematical programs through a similar intensive and interactive approach.​

• Activities: Daily classes focusing on foundational mathematical concepts, fostering problem-solving skills, and encouraging collaborative learning.​

• Application Process: Rolling admissions; early application is encouraged.​

• More Information: mathily.org/mathilyer/facts.html

4. Hampshire College Summer Studies in Mathematics (HCSSiM)

• Location: Hampshire College, Amherst, Massachusetts.​

• Dates: Typically six weeks during the summer; specific dates vary annually.​

• Description: A residential program for high school students passionate about mathematics. HCSSiM offers an intensive exploration of mathematical concepts beyond the standard high school curriculum.​

• Activities: Daily classes, problem-solving sessions, and collaborative projects led by experienced faculty and undergraduate assistants. Topics range from combinatorics to abstract algebra.​

• Application Process: Rolling admissions; early application is recommended.​

• More Information: hcssim.org

  
  

5. Ross Mathematics Program

• Location: Ohio State University, Columbus, Ohio.​

• Dates: Typically six weeks during the summer; specific dates vary annually.​

• Description: An intensive program emphasizing the beauty and depth of mathematics. Students engage in rigorous coursework and original problem-solving, focusing on number theory and abstract reasoning.​

• Activities: Daily lectures and problem sessions, collaborative research projects, and guest lectures by prominent mathematicians.​

• Application Deadline: March 15, 2025.​

• More Information: rossprogram.org

6. Texas Honors Summer Math Camp

• Location: Texas State University, San Marcos, Texas.​

• Dates: Typically six weeks during the summer; specific dates vary annually.​

• Description: A residential program offering high school students university-level mathematics courses and research opportunities. The camp aims to develop analytical thinking and problem-solving skills.​

• Activities: Lectures, problem-solving sessions, research projects, and seminars led by university faculty and graduate students.​

• Application Deadline: April 16, 2025.​

• More Information: txstate.edu/mathworks/camps/hsmc.html

7. G2: G2 (Girls Together) Math Program

• Location: Various locations; specific details vary annually.​

• Dates: Typically during the summer; specific dates vary annually.​

• Description: A program designed to encourage high school girls to pursue mathematics through collaborative learning and mentorship. Participants engage in advanced mathematical topics and problem-solving activities.​

• Activities: Workshops, lectures, group projects, and mentorship sessions led by female mathematicians and educators.​

• Application Deadline: March 31, 2025.​

• More Information: g2math.org

8. PZMC at Williams College

• Location: Williams College, Williamstown, Massachusetts.​

• Dates: Typically during the summer; specific dates vary annually.​

• Description: A residential math camp focusing on advanced mathematical concepts and problem-solving techniques. Designed for high school students seeking to deepen their mathematical understanding.​

• Activities: Lectures, problem sessions, collaborative projects, and guest lectures by renowned mathematicians.​

• Application Deadline: April 25, 2025.​

• More Information: pzmc.williams.edu

9. Michigan Math and Science Scholars (MMSS)

• Location: University of Michigan, Ann Arbor, Michigan.​

• Dates: Two-week sessions typically held in late June and July; specific dates vary annually.​

• Description: MMSS offers high school students an opportunity to engage in intensive study in mathematics and science. The program emphasizes hands-on learning and allows students to explore topics beyond the standard high school curriculum.​

• Activities: Participants choose from a variety of courses, each focusing on a specific area such as cryptography, number theory, or mathematical modeling. Courses include lectures, laboratory work, and collaborative projects.​

• Application Process: Rolling admissions; early application is recommended.​

• More Information: lsa.umich.edu/mmss

10. SigmaCamp Next

• Location: Silver Lake Conference Center, Sharon, Connecticut.​

• Dates: Typically held in late August; specific dates vary annually.​

• Description: SigmaCamp Next is a week-long residential program for students aged 14–17 with a strong interest in mathematics and science. The camp fosters a deep understanding of scientific concepts through interactive lectures and hands-on experiments.​

• Activities: Participants attend advanced lectures, engage in problem-solving sessions, and conduct experiments in various scientific disciplines, including mathematics, physics, and chemistry.​

• Application Deadline: April 25, 2025.​

• More Information: sigmacamp.org/next

  
  

11. Jane Street Academy of Math and Programming (AMP)

• Location: Jane Street's New York City office.​

• Dates: Typically held in July; specific dates vary annually.​

• Description: AMP is a two-week summer program for students who have completed 12th grade and are interested in the intersection of mathematics and computer programming. The program introduces participants to the world of quantitative finance and algorithmic problem-solving.​

• Activities: Students engage in lectures and workshops on topics such as probability, algorithms, and data structures. They also participate in coding challenges and collaborative projects.​

• Application Deadline: March 12, 2025.​

• More Information: janestreet.com/amp

  
  

12. MathPath

• Location: Held at various university campuses across the United States; location changes annually.​

• Dates: Four-week program typically held from late June to late July; specific dates vary annually.​

• Description: MathPath is a summer program for students aged 11–14 who have a strong interest in mathematics. The program offers a deep exploration of mathematical concepts not typically covered in standard curricula, aiming to inspire and challenge young mathematicians.​

• Activities: Students participate in daily lectures, problem-solving sessions, and mathematical games. Topics include geometry, number theory, and mathematical proofs. The program also incorporates recreational activities to promote social interaction and community building.​

• Application Process: Rolling admissions; applications typically close by March 31.​

• More Information: mathpath.org

13. Center for Talented Youth (CTY)

• Location: Maryland, Rhode Island, Pennsylvania, California, New York

• Dates: Summer sessions typically held in late June to August; school year sessions also available

• Description: CTY offers summer programs for students in grades 2–12, providing advanced courses in mathematics and other subjects. The programs are designed to challenge academically talented students and foster a love for learning.​

• Activities: Students enroll in rigorous courses that include lectures, discussions, and hands-on activities. Math courses cover topics such as algebra, geometry, and cryptology.​

• Application Deadline: May 2, 2025.​

• More Information: cty.jhu.edu

14. SigmaCamp

• Location: Silver Lake Conference Center, Sharon, Connecticut.​

• Dates: Ten-day program typically held in late August; specific dates vary annually.​

• Description: SigmaCamp is a residential program for students aged 12–16 with a strong interest in mathematics and science. The camp provides an intellectually stimulating environment where participants can explore advanced topics and engage in hands-on experiments.​

• Activities: The program includes lectures, problem-solving sessions, laboratory experiments, and team projects across various scientific disciplines.​

• Application Deadline: April 15, 2025.​

• More Information: sigmacamp.org

15. National Math Camps

• Location: Residential programs held in California and North Carolina.​

• Dates: Specific dates vary annually; typically held during the summer months.​

• Description: National Math Camps offer residential summer programs designed for gifted students aged 11–14. The camps aim to advance mathematical skills, foster creativity, and build lasting friendships among participants. The curriculum emphasizes collaborative learning, problem-solving, and nurturing a genuine love for mathematics. ​

• Activities: Students engage in advanced mathematical topics through lectures, workshops, and group projects. The program also includes recreational activities to promote community building.​

• Application Process: Applications received by March 14, 2025, will receive full consideration; rolling admissions after that until full.​

• More Information: nationalmathcamps.org

  
  

16. PROMYS (Program in Mathematics for Young Scientists)

• Location: Boston University, Boston, Massachusetts.​

• Dates: Six-week program typically held from early July to mid-August; specific dates vary annually.​

• Description: PROMYS is a rigorous summer program for high school students interested in mathematics. It focuses on the creative aspects of mathematics and aims to develop students' abilities to explore and discover mathematical ideas independently.​

• Activities: Participants engage in intensive problem-solving, attend advanced seminars, and work on research projects under the guidance of professional mathematicians.​

• Application Deadline: March 3, 2025.​

• More Information: promys.org

17. SUMaC (Stanford University Mathematics Camp)

• Location: Stanford University, Stanford, California.​

• Dates: Four-week residential program typically held from late June to late July; specific dates vary annually.​

• Description: SUMaC offers high school students an opportunity to explore advanced mathematics topics in a university setting. The program emphasizes proof-based mathematics and introduces participants to the world of mathematical research.​

• Activities: Students choose between two courses: Abstract Algebra & Number Theory or Algebraic Topology. The program includes lectures, problem-solving sessions, and collaborative projects.​

• Application Deadline: February 3, 2025.​

• More Information: sumac.spcs.stanford.edu

18. √mathroots

• Location: Massachusetts Institute of Technology (MIT), Cambridge, Massachusetts.​

• Dates: Two-week program typically held in July; specific dates vary annually.​

• Description: √mathroots is a summer program for high school students from underrepresented backgrounds who are interested in exploring advanced mathematics. The program aims to strengthen students' mathematical abilities and prepare them for future studies in STEM fields.​

• Activities: Participants engage in problem-solving workshops, attend lectures on various mathematical topics, and work on group projects.​

• Application Deadline: March 3, 2025.​

• More Information: mitadmissions.org/mathroots

19. AlphaStar Academy Summer Camps

• Location: Online and in-person options available; in-person camps held in various locations, including California.​

• Dates: Sessions typically held from June to August; specific dates vary by course.​

• Description: AlphaStar Academy offers summer camps focused on math, computer science, and physics competition training for gifted students in grades 4–12. The programs are designed to prepare students for various national and international competitions.​

• Activities: Courses include lectures, problem-solving sessions, mock exams, and personalized coaching. Topics cover a range of difficulty levels to cater to different student needs.​

• Application Process: Rolling admissions; early application is recommended due to limited spots.​

• More Information: alphastar.academy

20. Art of Problem Solving (AoPS) Summer Camps

• Location: In-person camps held in various states across the USA; online options also available.​

• Dates: Sessions typically run during the summer months; specific dates vary by location and course.​

• Description: AoPS offers summer camps that provide rigorous mathematics instruction to motivated students of all ages. The programs are designed to challenge students and develop their problem-solving skills, preparing them for advanced studies and competitions.​

• Activities: Participants engage in interactive classes, problem-solving sessions, and collaborative projects. Courses cover topics such as algebra, geometry, number theory, and combinatorics.​

• Application Process: Rolling admissions; early application is advised.​

• More Information: artofproblemsolving.com

21. BEAM (Bridge to Enter Advanced Mathematics)

• Location: Programs held in New York City and Los Angeles.​

• Dates: Summer sessions typically held in July and August; specific dates vary by location.​

• Description: BEAM is designed to help underserved students with talent in mathematics enter advanced study. The program provides a bridge from middle school to high school, offering guidance and resources to pursue careers in STEM fields.​

• Activities: Students participate in courses on advanced mathematical topics, problem-solving workshops, and receive mentorship. The program also includes college guidance and support.​

• Application Process: Applications typically open in January; selection is based on academic performance and interest in mathematics.​

• More Information: beammath.org

22. National Math Stars

• Location: Primarily based in Texas, with plans for expansion into the Midwest region.​

• Dates: Ongoing support program spanning ten years, beginning as early as 2nd or 3rd grade.​

• Description: National Math Stars is a nonprofit organization dedicated to identifying and nurturing mathematically extraordinary students from underserved communities. The program offers comprehensive, long-term support to help students reach the frontiers of mathematics and science.​

• Activities: Participants, known as "Stars," receive:​

  • Advanced Math Courses: Access to challenging coursework to deepen mathematical understanding.​

  • Mentoring: Personalized guidance from experienced math mentors.​

  • Family Advising: Support for families to navigate educational opportunities and challenges.​

  • Summer Camps: Funding for STEM-related summer camps to further enrich students' experiences.​

• Application Process: Applications for the 2025 cohort are currently open. Parents and guardians can apply on behalf of their children. The application deadline is June 15, 2025.​

• More Information: nationalmathstars.org

23. SigmaCamp

• Location: Held at a university campus in the northeastern United States; specific location varies annually.​

• Dates: Ten-day program typically held in August; specific dates vary annually.​

• Description: SigmaCamp is an overnight summer camp for students aged 12–16 who are interested in mathematics and science. The camp provides an immersive environment where students can explore advanced topics beyond the standard school curriculum.​

• Activities: Participants attend lectures and workshops led by university professors and researchers, engage in hands-on experiments, and participate in team-based problem-solving competitions. The program also includes recreational activities to foster a sense of community among campers.​

• Application Deadline: April 15, 2025.​

• More Information: sigmacamp.org

24. Jane Street Academy of Math and Programming (AMP)

• Location: Jane Street's office in New York City.​

• Dates: Three-week program typically held in July; specific dates vary annually.​

• Description: Jane Street AMP is a summer program for students who have completed 12th grade and are interested in mathematics and computer programming. The program introduces participants to the principles of functional programming and mathematical problem-solving in a collaborative environment.​

• Activities: Students engage in interactive lectures, coding exercises, and group projects. Topics include functional programming languages, algorithmic problem-solving, and applications of mathematics in finance and technology.​

• Application Deadline: March 12, 2025.​

• More Information: janestreet.com/amp