12 Math Programs for High School Students in Delaware
- Stephen Turban
- 4 hours ago
- 9 min read
By participating, you will gain practical technical skills, direct industry exposure, and a network of valuable connections with experts and peers. These math programs are essential for sharpening analytical tools and testing career hypotheses in fields like data science or engineering before you commit to a long-term academic path.
What math programs are available for high schoolers in Delaware?
Delaware is home to several universities and organizations that offer academic programs in mathematics and related quantitative fields to high school students. You can find opportunities ranging from summer workshops and research mentorship programs to dual-enrollment courses offered by local institutions and national organizations. Through these programs, you can explore topics such as mathematical modeling, statistics, data science, and theoretical mathematics while strengthening your analytical and problem-solving skills.
To help you navigate these options, we have curated a list of 12 math programs for high school students in Delaware.
If you’re looking for online STEM summer programs, check out our blog here.
Location: University of Delaware, Newark, DE (Non-residential)
Cost: Free (Participants receive a $600 stipend)
Dates: June 22 – 26
Application Deadline: May 19
Eligibility: Rising 11th and 12th graders at a Delaware high school; requires prior Algebra and Geometry knowledge
This five-day program at the University of Delaware focuses on the practical application of numbers to solve societal issues. You will benefit from working alongside UD graduate students and guest lectures by professors to learn the fundamentals of mathematical modeling. The program prioritizes students who have completed honors-level algebra, as the projects require a strong foundation in functional logic. You will gain hands-on experience using math to simulate real-world scenarios, preparing you for competitions like the M3 Challenge. Not only is the program free, but you will also receive a $600 stipend awarded for your participation and final presentation.
Location: Remote
Dates: Summer (June–August), Fall (September–December), Winter (December–February), and Spring (March–June)
Application Deadline: Spring (January), Summer (May), Fall (September), Winter (November)
Eligibility: Current high school students with a minimum unweighted GPA of 3.3/4.0
Cost: Varies; full financial aid is available
The Lumiere Research Scholar Program provides a selective environment for high schoolers to engage in advanced mathematical inquiry from anywhere. You will benefit from working 1-on-1 with a PhD mentor to produce a university-level independent research paper in a field such as pure mathematics, statistics, or applied engineering. This program allows you to dive into complex topics such as number theory and abstract algebra that are rarely covered in depth at the high school level. You will gain hands-on experience in the formal research process, from initial literature reviews to final documentation and proofreading. The program concludes with a finished academic paper, which serves as a powerful testament to your quantitative skills for college admissions.
Location: University of Delaware, Newark, DE
Cost: Free; A stipend of up to $30.00 every two weeks is allotted to each UBC student as long as the student is making academic progress in their classes.
Dates: Six weeks (typically mid-summer), wherein students are invited to stay for 2 weeks on campus
Application Deadline: Contact the University of Delaware Upward Bound office
Eligibility: Upward Bound Classic serves First-Generation high school students from Delaware who come from low-income families
The Upward Bound Summer Academy is an intensive residential program at the University of Delaware that focuses on academic mastery and college readiness. You will benefit from daily classes in mathematics, English, and science, specifically designed to bridge the gap between high school grades. The program provides a comprehensive support network, including 1-on-1 tutoring and career counseling. You will gain hands-on experience in a work-study environment, allowing you to see how academic skills translate into professional roles. While not strictly a math program, this is a solid option for students who want a structured, supportive environment to boost their confidence in quantitative subjects.
Location: Virtual
Dates: Spring/Fall (15 weeks); Summer (10 weeks, June–September)
Application Deadline: Multiple deadlines throughout the year for seasonal cohorts
Eligibility: High school students in 10th or 11th grade with a 3.67+ GPA
Cost: Varies; financial aid is available
The Horizon Academic Research Program is one of the few global opportunities that allows high schoolers to choose between quantitative and qualitative research tracks. You will benefit from a structured mentorship under a university professor or PhD scholar as you explore the mathematical foundations of data science, machine learning, or economics. The program focuses on high-level academic output, requiring you to develop a 20-page research paper designed for submission to prestigious peer-reviewed journals. Beyond the research itself, you will receive a formal letter of recommendation and detailed project feedback to aid your future academic pursuits. This program is ideal for students looking to prove their ability to innovate and solve complex problems at a professional level.
Location: Delaware Technical Community College, Wilmington and Georgetown campuses, DE
Cost: Free
Dates: Six weeks during the summer
Application Deadline: Not mentioned
Eligibility: U.S. citizens or legal residents between the 8th and 11th grade (under 18 by June 1st) with a dedicated interest in pursuing a STEM degree. You will learn that priority is given to applicants who meet both the federal low-income (Title IV) and first-generation college student criteria.
Hosted by Delaware Technical Community College, this six-week program is designed to strengthen the academic skills of students historically underrepresented in STEM. You will benefit from hands-on experiences in mathematics and technology intended to increase your interest in pursuing high-level quantitative careers. The program provides a "bridge" experience, allowing you to live and learn on a college campus to ease the transition to post-secondary education. You will gain hands-on experience exploring diverse career paths through field trips and meetings with STEM professionals. This fully-funded opportunity ensures that financial barriers do not prevent talented students from succeeding in advanced math and science.
Location: University of Delaware, Newark, DE
Cost: $5,495; limited need-based scholarships may be available
Dates: July 19 – August 8
Application Deadline: May 1; Feb. 15: Priority deadline to submit applications for international students
Eligibility: Rising high school juniors and seniors with a minimum 3.0 CGPA
The Edge Summer College Program at the University of Delaware provides a full-immersion experience in the collegiate academic environment. You will benefit from enrolling in up to two college-level courses taught by UD faculty, earning up to six transferable credits before you graduate high school. While the coursework is rigorous, the program also includes college-readiness workshops led by admissions experts to help you navigate the application process. You will get a taste of independence and community building by living and learning alongside motivated students from around the world. This residential program is a solid option for students looking to demonstrate their readiness for the academic workload of university.
Location: ICAT Lab at STAR Campus, University of Delaware, Newark, DE
Cost: $2,500; financial aid is available. The discounted price is $2,250 through April 1.
Dates: July 6 – 10
Application Deadline: June 1
Eligibility: Rising high school sophomores, juniors, and seniors interested in engineering, robotics, artificial intelligence, computer science, and programming
Hosted on the University of Delaware’s Newark campus, this academy applies mathematics to the cutting edge of engineering and artificial intelligence. You will benefit from learning the complex algorithms, sensors, and control systems required to operate self-driving vehicles. Throughout the week, you will utilize ROS, Python, and C++ to program robotic vehicles and test them in parking and racing simulations. You will gain hands-on experience working with the Connected and Autonomous Research Laboratory (CAR Lab) at the University of Delaware and UD’s Department of Computer and Information Sciences, working alongside university researchers to solve real-world problems in spatial navigation and autonomous decision-making. The program culminates in a high-energy competition where you race your final project against other teams to prove your technical proficiency. You will learn to implement and optimize autonomous algorithms using ROS, Python, and C++ while applying theoretical robotics to hands-on parking and racing simulations. By collaborating in teams to design and build autonomous systems, you will also gain professional communication skills and critical insights into high-growth careers in robotics.
Location: Delaware State University (Online or Dover Campus, DE)
Cost: Not publicly available, check the application for current fees
Dates: 5 weeks on-campus or 8 weeks online
Application Deadline: Rolling; check Delaware State University portal; early application is encouraged due to limited spots
Eligibility: Incoming DSU first-year students and local high school seniors
MP2 is a specialized program at Delaware State University designed to ensure students have a mastery-level foundation in math before starting their degrees. You will benefit from a self-paced, mastery-based approach that allows you to "test out" of material you already know while receiving video tutorials for areas where you struggle. The program includes regular video conferences with instructors and access to peer tutors to support exam success. You will gain hands-on experience in the quantitative reasoning required for STEM and business majors. Depending on your progress, you may earn college credits toward graduation before your first semester officially begins.
Location: Various campuses of Wilmington University, DE (Online or In-person), and dual enrollment offered at local high schools. Check high school eligibility here.
Cost: $150 for the 3-credit course+$30 per semester registration fee
Dates: Multiple starts; Summer I and Summer Semester classes begin May 11
Application Deadline: Not clearly mentioned
Eligibility: High school juniors/seniors with a 2.7+ GPA and qualifying placement score. Check here for entry prerequisites.
Wilmington University offers high schoolers the chance to enroll in MAT 205 as part of their dual enrollment program and also the early college credit program. You will benefit from a curriculum that introduces algebra, probability, and statistics at a collegiate level. After reviewing linear functions, algebraic topics include solving and graphing quadratic and exponential functions. Topics of study in probability include counting principles, combinations, permutations, compound events, mutually exclusive events, and independent events. The course is available in various formats, including seven-week accelerated blocks or standard fifteen-week semesters. You will gain experience in data analysis, specifically focusing on measures of algebra, probability, and statistics, including central tendency and dispersion. Through this program, you can earn college credits while fulfilling high school graduation requirements.
Location: Virtual (residential option available)
Cost: $3,750 for the virtual option with 100% financial aid available to eligible students. Check here for the financial aid applications
Dates: Session One (June 15 – July 3); Session Two (July 6 – July 24)
Application Deadline: February 2
Eligibility: Rising high school sophomores and juniors
SUMaC is globally recognized as one of the most selective and rigorous math intensives for high-achieving youth. You will benefit from choosing between two advanced tracks: Abstract Algebra and Number Theory, or Algebraic Topology. The camp focuses on pure mathematics, where you will engage in daily live discussions and solve stimulating problem sets that go far beyond standard classroom proofs. You will get the opportunity to collaborate with your peers, work with Stanford teaching assistants, and attend guest lectures from mathematicians who use these abstract concepts in research and industry. SUMaC courses are not for credit or grade—they are designed for pure mathematical enrichment, where you can expect a heavy and engaging workload of assignments to complete outside of the live class meeting times, similar to college.
11. MIT PRIMES-USA
Location: Virtual
Cost: Free
Dates: Year-long (January to December)
Application Deadline: December 1
Eligibility: High school sophomores and juniors residing in the US, outside the greater Boston area (at least 50 miles from Boston). Check here for additional recommended criteria.
PRIMES-USA is a year-long online research program that matches talented students from across the country with MIT faculty and graduate students. You will benefit from mentored research in advanced mathematics, beginning with a focused reading phase to build the necessary theoretical foundations. Throughout the year, you will formulate original questions and analyze complex problems, culminating in a final research paper. You will gain hands-on experience in academic communication by presenting your findings at the annual PRIMES Fall Conference. This program is highly prestigious and serves as a pipeline for students looking to contribute to professional publications while still in high school.
Location: Virtual
Cost: $1,600 per course, financial aid available
Dates: January 26 – May 15
Application Deadline: January 5
Eligibility: High school students in grades 9–12. Some courses have specific prerequisites, which you can check here
This program offers advanced, credit-bearing math courses that are typically not available in Delaware high schools. You will benefit from self-paced instruction in subjects like Multivariable Calculus, Number Theory, and Differential Equations. Throughout the semester, you will have access to expert instructors during optional office hours to assist with rigorous problem sets. You will gain hands-on experience in constructing formal proofs and applying abstract concepts to physical systems. Every course completed earns Stanford Continuing Studies credit, providing a formal university transcript for your college applications.
Stephen is one of the founders of Lumiere and a Harvard College graduate. He founded Lumiere as a Ph.D. student at Harvard Business School. Lumiere is a selective research program where students work 1-1 with a research mentor to develop an independent research paper.
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