12 Math Programs for High School Students in Texas
If you’re a high school student interested in mathematics, joining a structured math program can be an exciting way to explore the subject beyond your classroom. Math programs often blend coursework, problem-solving sessions, and mentorship from professors or graduate students. These programs help you develop advanced analytical skills and gain insight into mathematical thinking.
Texas is home to many universities and institutes that offer math-focused programs. These programs cover topics from pure mathematics to data science and computational modeling. With access to experienced mentors, collaborative environments, and research opportunities in Texas, you can deepen your understanding of math while connecting with peers who share your passion.
To help you get started, we’ve put together a list of 12 math programs for high school students in Texas.
1. Texas Tech University’s Anson L. Clark Scholars Program
Location: Texas Tech University, Lubbock, TX
Cost/Stipend: No cost; $750 stipend provided
Dates: June 22 – August 7
Application Deadline: February 16
Eligibility: Students at least 17 years of age by the program start date, and should graduate in this or the next year (U.S. and International)
The Anson L. Clark Scholar Program at Texas Tech University is a highly selective, free 7-week summer research program for high school juniors and seniors. Limited to just 12 participants, the program offers intense, hands-on research experience in specialized academic areas, including advanced mathematics, under the close mentorship of university faculty. Scholars are paid a stipend for their contributions and are required to conclude the program by submitting a detailed research report on their findings.
2. Veritas AI
Location: Virtual
Cost: Varies depending on program type. You can apply here.
Dates: Multiple 12-15-week cohorts throughout the year, including spring, summer, fall, and winter
Application Deadline: On a rolling basis. Spring (January), Summer (May), Fall (September), and Winter (November)
Eligibility: Ambitious high school students located anywhere in the world
Veritas AI, created and led by Harvard graduate students, offers specialized programs for high school students eager to explore artificial intelligence. The AI Scholars Program is a 10-session introductory boot camp designed to help students build a foundation in AI, machine learning, and data science while working on real-world applications. For students with prior experience, the AI Fellowship with Publication & Showcase provides a more advanced opportunity to collaborate 1:1 with mentors from leading universities on an independent project. Participants also receive guidance from Veritas AI’s publication team to help them publish their research in high school journals. You can also check out some examples of past projects here.
3. NASA Office of STEM Engagements (OSTEM) Internships
Location: Virtual / NASA centers across the country
Cost/Stipend: No application cost; stipend is provided, based on academic level and session length
Dates: Summer (10-week program, from late May or early June to August); Fall (16-week program, from late August or early September to mid-December); Spring (16-week program, from mid-January to early May)
Application Deadline: Summer: February 27 | Fall: May 22
Eligibility: U.S. citizens, full-time students (high school through graduate level) aged 16 at the time of application, with a 3.0/4.0 GPA
NASA’s Office of STEM Engagement offers paid internships across the U.S., giving high school students interested in mathematics a chance to contribute to real NASA projects. While OSTEM internships span multiple STEM disciplines, many placements involve mathematical modeling, computation, and data analysis relevant to applied mathematics. One notable project centers on data visualization and analysis of snow season data (2017–2020), where you will identify and correct data errors, prepare archives, and create visual reports and metadata. Strong skills in data analysis and scripting are preferred, as participants play an active role in preparing research outputs for the broader snow science community.
4. Lumiere Research Scholar Program — Math Track
Location: Remote
Cost: Varies depending on program type; full financial aid available
Dates: Multiple cohorts throughout the year, including summer (June - August), Fall (September - December), Winter (December - February), and Spring (March - June)
Application Deadline: Varying deadlines based on cohort. Spring (January), Summer (May), Fall (September), and Winter (November)
Eligibility: You must be currently enrolled in high school and have an unweighted GPA of 3.3 out of 4
The Lumiere Research Scholar Program enables high school students to conduct independent research guided by Ph.D. mentors. Over 12 weeks, you will collaborate closely with your mentors on projects across diverse fields such as applied mathematics, computer science, and AI. By the end, each participant produces a research paper, gaining meaningful exposure to academic research methods. The program offers a structured yet flexible framework for exploring advanced STEM and interdisciplinary topics. You can find more details about the application here.
5. My Introduction to Engineering (MITE)
Location: University of Texas, Austin, TX
Cost/Stipend: $100 (payment only required upon acceptance)
Dates: 5 days in the summer
Application Deadline: Typically in March
Eligibility: Rising high school junior in the U.S. with a strong interest in engineering, and have an SAT Math score of 620+, ACT Math score of 26+, or an AP Calculus score of 3+
The My Introduction to Engineering (MITE) program is a five-day residential summer camp at UT Austin designed for high school juniors interested in engineering, science, and mathematics. You will participate in hands-on project work, team engineering challenges, and interactions with engineering faculty, students, and alumni. You'll reside in dorms on campus, fully immersed in a collaborative setting where you'll experience authentic engineering practices firsthand. While MITE primarily emphasizes engineering, participants strengthen mathematical foundations through applied problem-solving and quantitative project work.
6. Texas State University - Honors Summer Math Camp
Location: Texas State University, San Marcos, TX
Cost: $6,600; need-based financial aid available
Dates: June 21 – August 1
Application Deadline: Round 1: February 15 | Round 2: March 15 | Round 3: April 16
Eligibility: High school students are eligible to apply
The Honors Summer Math Camp (HSMC) is a six-week, residential program at Texas State University designed for high school students who want to explore advanced mathematics in a close-knit academic community. The curriculum emphasizes problem-solving, collaboration, and independent thinking through daily lectures, challenging problem sets, and discussions. A major feature of the program is the opportunity for returning campers to conduct original mathematical research under the guidance of Texas State faculty, with topics chosen from various research areas.
7. PRIMES USA
Location: Virtual
Cost/Stipend: Fully-funded
Dates: Year-long
Application Deadline: November 18
Eligibility: High school juniors and sophomores (or home-schooled students of the same age) residing in the United States outside the Greater Boston area.
PRIMES-USA is a year-long, tuition-free research program in mathematics for motivated high school students nationwide. You will be mentored by MIT faculty and graduate students, progressing through four stages: advanced readings, guided research, independent study, and final presentation. The program culminates in a research paper and a presentation at the PRIMES Fall-Term Conference, with many student papers proving suitable for journal publication or competition entry. This remote program provides intense, sustained exposure to collegiate-level mathematical research.
8. MathQuantum High School Fellowship
Location: Virtual
Cost/Stipend: None
Dates: July 14 – July 25
Application Deadline: February 13
Eligibility: High school students
MathQuantum is a two-week virtual summer program designed for high school students eager to explore the connection between mathematics and quantum information science (QIS). Funded by the U.S. National Science Foundation, the program covers key topics like linear algebra, quantum mechanics, and cryptography. You’ll engage in coding labs, interactive discussions with mentors, and complete a mini project based on what you learn. The curriculum also delves into the ethical dimensions of QIS and introduces tools like ion traps and QLab. In addition, participants may join the Qubit by Qubit summer camp and attend sessions on academic and career pathways in quantum science.
9. Stanford University Mathematics Camp (SUMaC)
Location: Virtual
Cost: $3,580 (online) and $8,575 (residential); financial aid available
Dates: Session One (Online): June 16 – July 4 | Session Two (Online): July 7 – 25 | Residential Session: June 22 – July 18
Application Deadline: February 3
Eligibility: Students in 10th or 11th grade at the time of application
At SUMaC, you’ll immerse yourself in advanced mathematics for three to four weeks, tackling subjects like abstract algebra, number theory, and algebraic topology. The program offers a four-week residential experience at Stanford and a three-week online version — both featuring a mix of lectures, group problem-solving, and independent study. You’ll explore how advanced mathematical ideas connect to other disciplines and work on a final research project to present at the end. Along the way, you’ll collaborate closely with a small, motivated community of students who might share your passion for mathematics.
10. New York Math Circle High School Summer Program (HSSP)
Location: NYU Courant Institute, New York, NY (in-person); Online (Zoom and Remote options)
Cost: In-person: $1,095 | Remote: $975 | Zoom: $795; need-based financial aid available
Dates: July 22 – August 8
Application Deadline: March 1 (early); April 5 (regular)
Eligibility: High school students; all applicants must take a qualifying exam and have a background in Algebra I or higher
The New York Math Circle’s High School Summer Program is a three-week deep dive into advanced mathematical thinking beyond typical school coursework. Admission is determined by a placement exam, and classes emphasize proof writing, problem-solving, and understanding mathematics from both classical and modern viewpoints. Sessions take place in person at NYU or online, with Fridays set aside for team activities, games, and creative challenges. Guided by experienced instructors and TAs, you’ll engage in open discussions and multiple solution approaches. The focus is on reasoning and discovery, encouraging you to think independently rather than memorize procedures.
11. Illinois Tech - Math in Action: Real-World Problem Solving
Location: Virtual
Cost: $300 + $100 (registration fee)
Dates: June 16 – June 20
Application Deadline: May (tentative, based on previous years)
Eligibility: Rising 9th-12th graders (ages 14–17)
Illinois Tech’s Math in Action is a virtual program designed to help high school students apply abstract mathematical concepts to real-world problems. Conducted over five days via Zoom, the program deepens your understanding of mathematics while demonstrating how these ideas translate into practical solutions across various applications. The program offers an engaging mix of theory and application for students eager to connect math with everyday contexts.
12. LSU Virtual Math Circle
Location: Virtual
Cost: $1,200
Dates: Offered in Summer (3 weeks) and Fall/Spring (semester-length format)
Application Deadline: Varies by term
Eligibility: High school students (grades 9–12)
The LSU Virtual Math Circle (VMC) immerses motivated high school students in mentored mathematical research, working on original problems often in areas like combinatorics, graph theory, probability, and number theory. You will join a team (3–6 participants) and will be guided by mathematician mentors from LSU and partner institutions nationwide. Across each term, you will engage with primary mathematical sources, formulate conjectures, write formal proofs (often using LaTeX), and present your findings in colloquium-style lectures.
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