35 STEM Camps for Kids By Region

STEM — science, technology, engineering, and mathematics — is not just a set of school subjects. It is the foundation of virtually every high-growth career field of the next decade: data science, artificial intelligence, software engineering, cybersecurity, biotech, and robotics. According to the National Science Foundation’s NCSES 2026 STEM Talent Report, employment in STEM occupations is projected to grow 6% from 2024 to 2034 — three times faster than the projected 2% growth in non-STEM roles. For children who are curious about how data, code, and systems work, summertime offers a wonderful time to start exploring those interests. 

Summer camps are one of the most effective early on-ramps. They remove the pressure of grades, introduce kids to peers who share their interests, and offer the freedom to experiment and fail — which is exactly how science and engineering actually work. For students from groups underrepresented in STEM fields, including girls and students of color, research shows these experiences can be especially formative — particularly during the middle school years, when girls’ confidence in STEM subjects tends to drop sharply at precisely the age when interest and identity are still forming. 

This guide brings together two things parents need: a regional directory of 35 vetted STEM summer camps across the United States, and a practical toolkit for finding, organizing, and affording STEM camp experiences — including platforms, scheduling tools, financial aid resources, and tax benefits most parents never use.

PART ONE

35 STEM Camps for Kids, By Region

The camps below are organized by region and cover a range of disciplines — coding, engineering, mathematics, space science, data, and AI — for children from kindergarten through 12th grade. Prices and session details change year to year; contact programs directly to confirm current rates before registering.

 Northeast

The Northeast offers a strong mix of university-backed STEM programs and independent coding and science camps, particularly in Massachusetts, Connecticut, and New York.

1. LINX Science Camps

Location: Wellesley, Massachusetts

Ages: Kindergarten–Grade 8

Price: Contact for current pricing

When: July–August

Length: 5 days

Best For: Younger children in the K–8 range looking for a broad, exploratory introduction to science in a structured day-camp setting — a good first STEM experience rather than a deep-dive into any single discipline.

2. Explore Engineering — University of Connecticut

Location: Storrs, Connecticut

Ages: Current high school sophomores and juniors

Price: Contact UConn for current pricing (includes housing, meals, materials)

When: Late June–early July

Length: 5 days

Hosted by UConn’s College of Engineering. Strong preparation for students considering engineering or CS degrees.

Best For: High schoolers who are already considering engineering or computer science as a college major and want genuine university campus exposure before applying — particularly useful for students who would benefit from seeing what an engineering program looks like from the inside.

3. Governor’s Institutes of Vermont

Location: Northfield, Vermont

Ages: Current high school students (especially juniors)

Price: Sliding-scale tuition based on household income

When: Mid-July

Length: 8 days

One of the few fully income-adjusted STEM programs in the region — worth applying regardless of income level.

Best For: Income-conscious families — the sliding-scale tuition structure makes this one of the most financially accessible residential STEM programs in the Northeast without compromising on academic quality. Also well-suited to students who thrive in a smaller, community-oriented environment.

4. SigmaCamp

Location: Sharon, Connecticut

Ages: Ages 12–16

Price: Contact for current pricing; financial aid and sibling discounts available

When: Mid-August

Length: 8 days

Intensive math and science focus. Well regarded for students who find standard curricula unstimulating.

Best For: Students who find standard school curricula too slow or too narrow — particularly strong for kids with a deep, self-directed interest in math and science who are ready for a more intellectually demanding peer group.

5. NextGen Bootcamp

Location: 185 Madison Avenue, New York, New York (in-person and live online)

Ages: Current high school and gap year students

Price: Contact for current pricing; early-bird discounts available

When: June–August

Length: 2 weeks

Small-group coding intensives (8–15 students) with dedicated tracks in Python for Data Science, AI and Machine Learning, Java, Computer Science, and Web Development. One of the few NYC summer programs with an explicit data science curriculum.

Best For: High schoolers with a specific interest in data science, AI, or software engineering who want a structured, skills-first program with real career relevance — and for students who need flexibility, since both in-person NYC and live online formats are available.

The eastern Mid-Atlantic and New York regions offer a wide age range — some camps start as young as four — with particular strength in math enrichment and space/aerospace programming.

6. Lancaster Science Factory

Location: Lancaster, Pennsylvania

Ages: Ages 4–14

Price: Contact for current pricing

When: June–August

Length: 5 days

Best For: Youngest campers in the group — one of the few structured STEM programs serving children as young as 4, making it an ideal first science exposure for curious elementary-aged kids.

7. Montgomery College Youth Summer Programs 

Location: Rockville, Maryland (multiple MC campuses) 

Ages: Grades 1–12 

Price: Varies by camp; youth scholarships available for qualifying families 

When: June–August Length: 1 week per session; multiple sessions available across the summer

Best For: Families in Montgomery County and the broader DC/Maryland corridor looking for flexible, affordable, week-by-week STEM programming across a wide range of disciplines — particularly strong for families with multiple kids at different grade levels, since the grade 1–12 range means siblings can often attend the same campus in the same week.

7. MathTree

Location: Rockville MD; Washington D.C.; Alexandria, Arlington, and Vienna VA

Ages: Grades 1–9

Price: Contact for current half-day and full-day pricing

When: June–August

Length: 2 weeks

Best For: Students in the DC/Maryland/Virginia corridor who need structured math enrichment during summer — particularly useful for kids who are ahead of grade level and need challenge beyond what school provides.

8. New York Math Circle

Location: New York, New York

Ages: Students entering Grades 9–12

Price: Contact NYMC for current tuition; financial aid available

When: Late July–early August

Length: 3 weeks

Rigorous mathematical problem-solving. Strong pipeline for students considering quantitative fields, including data science, statistics, and finance.

Best For: Mathematically advanced high schoolers with a serious interest in pure mathematics, statistics, or quantitative fields — not a general STEM camp; best for students who genuinely love math for its own sake.

9. Summerside Camps

Location: Philadelphia, Pennsylvania

Ages: Pre-K–Grade 8

Price: Contact for current weekly pricing

When: June–August

Length: 1–4 weeks

Best For: Families in the Philadelphia area looking for a reliable, multi-week day camp option that keeps younger children engaged with STEM and learning without the intensity of a specialty program.

10. Virginia Space Flight Academy

Location: Wallops Island, Virginia

Ages: Ages 11–15

Price: Contact VASFA for current pricing

When: Late June–late July

Length: 7 days

Unique aerospace and mission-simulation experience. Builds systems thinking skills foundational to engineering and data careers.

Best For: Students fascinated by aerospace, astronomy, or systems engineering — the Wallops Island location provides access to a working NASA facility that few other youth programs can match.

The Southeast’s proximity to NASA facilities gives it a natural concentration of aerospace and space-science programs, complemented by strong university-hosted engineering camps.

11. Club Scientific

Location: Multiple U.S. and international franchise locations

Ages: Ages 6–12

Price: Varies by location

When: June–August (some year-round locations)

Length: 5 days

Best For: Younger children ages 6–12 who need a low-pressure, fun introduction to science concepts — good for families who want STEM exposure without committing to a specialty or residential program.

12. Engineering Technologies Summer Camp — Sandhills Community College

Location: Pinehurst, North Carolina

Ages: Students entering Grades 6–9

Price: Contact Sandhills CC for current pricing

When: July

Length: 4 days

Best For: Students in the Carolinas entering middle school who want hands-on engineering exposure in a short, affordable format — a strong gateway program before committing to a longer or more expensive camp.

13. National Flight Academy

Location: Pensacola, Florida

Ages: Students entering Grades 3–12

Price: Contact NFA for current program pricing

When: Contact to schedule

Length: 1, 3, or 6 days

Aviation and STEM simulation. Exceptional for students drawn to aerospace, data systems, or engineering.

Best For: Students drawn to aviation, aerospace, or defense who want immersive simulation-based learning — the tiered 1/3/6-day program structure also makes it accessible for families who want to try before committing to a longer program.

14. NC School of Science and Mathematics Summer Programs

Location: Brevard, Durham, and Wilson, North Carolina

Ages: Students entering Grades 5–12

Price: Contact NCSSM for current pricing

When: June–July

Length: 1–2 weeks

Hosted by one of the country’s leading STEM-focused public high schools. Highly regarded for academically motivated students.

Best For: Academically motivated students in grades 5–12 across the Southeast who want a genuine academic challenge in a university-adjacent environment — particularly strong for students considering selective STEM high schools or competitive college programs.

15. Space Camp

Location: Huntsville, Alabama

Ages: Ages 9–18

Price: Contact Space Camp for current pricing; year-round programs available

When: Year-round

Length: 5 days (standard)

The most well-known aerospace camp in the U.S. offers mission simulations, robotics, and engineering challenges. Scholarships available for qualified applicants.

Best For: The broadest appeal of any camp in this section — suitable for nearly any child ages 9–18 with any level of interest in space, science, or engineering, and one of the most recognizable programs for parents who are new to STEM camp planning.

Many of the South’s strongest STEM camps are hosted or funded by flagship state universities, giving students genuine campus exposure alongside technical programming.

16. Elite University Summer Camps

Location: Austin and Houston, Texas

Ages: Ages 5–12

Price: Contact for current weekly pricing

When: June–early August

Length: 1 week

Best For: Younger children ages 5–12 in Texas who need a structured, affordable weekly STEM option — good for parents looking to fill summer weeks without a large financial or logistical commitment.

17. J.B. Speed Outreach Program — University of Louisville

Location: Louisville, Kentucky

Ages: Grades 3–12

Price: Contact U of L for current fees

When: Mid-June–late July

Length: 5 days

Best For: Students in the Louisville area from grades 3–12 who want direct university engineering exposure — the wide grade range makes it one of the few programs in the region that works for both younger kids and high schoolers in the same family.

18. LSU Summer Engineering Camps

Location: Baton Rouge, Louisiana

Ages: Grades 7–12

Price: Contact LSU for current pricing

When: June–July

Length: 1 or 3 weeks

University-backed engineering and tech programs. Strong for students exploring engineering, computing, and data pathways.

Best For: Students in grades 7–12 across the Gulf South who want a substantive university-hosted STEM experience — the 1 and 3-week format options give families meaningful flexibility depending on schedule and budget.

19. UA Engineering Camps — University of Arkansas

Location: Multiple sites across Arkansas

Ages: Grades 1–11

Price: Contact UA for current pricing

When: June–July

Length: 1 week

Best For: Students across Arkansas, particularly those in smaller cities or towns with limited local STEM programming — the multi-site structure makes university-quality engineering exposure more geographically accessible than most programs in the region.

20. VAMPY — Western Kentucky University

Location: Bowling Green, Kentucky

Ages: Students completing Grades 7–10

Price: Contact WKU for current residential pricing (typically covers room, board, books)

When: Mid-June–mid-July

Length: 3 weeks

Residential gifted program with intensive STEM, writing, and humanities tracks. One of the most academically rigorous summer programs in the region.

Best For: Highly gifted students completing grades 7–10 who are ready for a genuinely rigorous residential academic program — not suited for casual campers; best for students who have outpaced their school environment and are ready for demanding intellectual peers.

The Midwest’s STEM camp landscape is largely university-driven, with strong programs in mathematics, engineering, and environmental science.

21. Young Nebraska Scientists Camp

Location: Multiple sites across Nebraska

Ages: Students entering Grades 6–12

Price: Contact YNS for current pricing; scholarships available

When: June–mid-July

Length: 3–7 days

Best For: Students across Nebraska, including those in rural areas far from major cities — the multi-site structure is specifically designed to bring university-quality STEM programming to communities that would otherwise have no access to it.

22. UW-Green Bay Technology Camps

Location: Green Bay, Wisconsin

Ages: Students entering Grades 6–12

Price: Contact UW-Green Bay for current pricing

When: Late June–late July

Length: 3–5 days

Best For: Students in Wisconsin and the upper Midwest entering middle or high school who want a short, focused technology program without the cost or commitment of a residential camp.

23. The Henry Ford Summer Camps

Location: Dearborn, Michigan

Ages: Students entering Grades 2–8

Price: Contact The Henry Ford for current pricing

When: Late June–early August

Length: 1 week

Design, engineering, and innovation focus. Unique museum setting connecting historical and modern technology.

Best For: Students with an interest in design, innovation history, and hands-on engineering — the museum setting provides a uniquely immersive environment that connects historical invention to modern technology in ways few other camps can.

24. SD Mines Camps — South Dakota School of Mines & Technology

Location: Rapid City, South Dakota

Ages: Students entering Grades 7–12

Price: Contact SD Mines for current pricing

When: Early June–mid-July

Length: 3–6 days

University-hosted engineering and technology camps from a leading STEM institution.

Best For: Students in the Dakotas and surrounding Great Plains states who want university-level STEM exposure — South Dakota Mines is a respected engineering institution, lending real credibility to these programs for students considering engineering or applied science majors.

25. Summer Illinois Mathematics Camp

Location: Urbana, Illinois

Ages: Students entering Grades 8–12

Price: Contact U of Illinois for current pricing

When: June

Length: 5 days

Rigorous mathematical problem-solving hosted by the University of Illinois. Strong preparation for students considering quantitative fields.

Best For: Students entering grades 8–12 with a strong math aptitude who are considering quantitative majors such as data science, statistics, economics, or computer science — one of the most academically focused programs in the Midwest, hosted by a top-tier research university.

The western seaboard runs from Alaska to Southern California. Bay Area and Silicon Valley camps lean heavily into coding, AI, and the tech industry, reflecting their proximity to the world’s largest concentration of data science and software employers.

26. Alaska Summer Research Academy — University of Alaska Fairbanks

Location: Fairbanks, Alaska

Ages: Students entering Grades 6–12

Price: Contact UAF for current tuition

When: July

Length: 2 weeks

Environmental science, field research, and data collection in a genuinely unique setting.

Best For: Students with a serious interest in environmental science, field research, or data collection in natural systems — the Fairbanks setting provides access to ecosystems and research infrastructure unavailable anywhere else in the country.

27. Chip Camp — Brigham Young University

Location: Provo, Utah

Ages: Students completing Grades 7–8

Price: Contact BYU for current pricing

When: Late June–early July

Length: 3 days

Computer hardware and systems focus. Excellent introduction to how computers actually work at the hardware level.

Best For: Students who want to understand computers at the hardware and systems level rather than just writing code — ideal for kids who ask how things work, not just how to use them.

28. ProjectFUN — DigiPen Institute of Technology

Location: Redmond, Washington

Ages: Ages 5–18

Price: Contact DigiPen for current pricing by course

When: Mid-June–mid-August; weekend courses year-round

Length: 1, 2, or 4 weeks

Game design, programming, and digital art. DigiPen is a respected game-development college, lending these programs real industry credibility.

Best For: Students interested in game design, interactive media, or creative technology who want instruction grounded in a real college-level game development curriculum — the DigiPen pedigree gives this program more depth and career relevance than most game-design camps.

29. SiliconValley4U

Location: San Ramon, San Jose, San Francisco, and other Bay Area sites; online courses also available

Ages: Ages 4–18

Price: Contact SiliconValley4U for current enrollment pricing

When: Spring and summer; year-round online

Length: Varies by course

AI, machine learning, Python, and coding camps. One of the few programs for younger children explicitly covering AI and data science concepts.

Best For: Younger Bay Area students ages 4–18 who want explicit exposure to AI, machine learning, and Python in an accessible format — one of the few programs in any region that introduces data science concepts to elementary-age children.

30. Tech Rocks

Location: San Francisco, San Jose, and San Mateo, California

Ages: Ages 7–13

Price: Contact Tech Rocks for current pricing

When: Year-round

Length: 1–5 days

Coding and technology with a balanced approach to screen time and outdoor activity.

Best For: Elementary and middle school students in the Bay Area who need a shorter, lower-cost technology program with a healthy balance between screen-based learning and outdoor activity.

These programs operate across multiple states or at national scale. If you don’t see an ideal option in your region above, one of these is likely available near you.

31. AwesomeMath

Location: Dallas TX; Ithaca NY; Tacoma WA

Ages: Middle and high school students

Price: Contact AwesomeMath for current residential and commuter pricing

When: June–July

Length: 2.5 weeks

Intensive mathematical problem-solving. Strongly recommended for students who want to pursue data science, statistics, or quantitative research.

Best For: Students with serious mathematical talent considering careers in data science, quantitative finance, statistics, or academic research — the intensity level is high; best for students who have already excelled in competition math or advanced coursework.

32. Destination Science

Location: Texas, Washington, Northern CA, Southern CA, New York

Ages: Grades 1–6

Price: Contact for current pricing by location

When: Mid-June–mid-August

Length: 5 days

Best For: Younger students in grades 1–6 who need a fun, accessible weekly STEM option in one of several major metros — a good starting point for families new to STEM camps who want to test a child’s interest before committing to a longer or more intensive program.

33. Camp Invention

Location: 1,600+ locations nationwide

Ages: Kindergarten–Grade 6

Price: Varies by location; scholarship track available

When: June–August

Length: 5 days

Run by the National Inventors Hall of Fame. Design thinking, innovation challenges, and hands-on engineering for younger children. One of the most accessible structured STEM experiences in any region.

Best For: Students in kindergarten through grade 6 anywhere in the country — the 1,600+ location footprint makes this the most geographically accessible structured STEM program on this list, and the design-thinking focus builds foundational problem-solving skills that transfer across all STEM disciplines.

34. National Computer Camps

Location: Fairfield CT and Atlanta GA

Ages: Current high school students

Price: Contact NCC for current weekly pricing

When: Mid-June–mid-July

Length: 2 weeks

One of the longest-running computer education camps in the country. Strong for students exploring software development, data, and AI pathways.

Best For: High schoolers in Connecticut or Georgia who want a substantive two-week residential computing experience — one of the longest-running computer education programs in the country, with a track record that gives it more credibility than newer entrants.

35. Summer Institute for the Gifted (SIG)

Location: 20+ campuses nationwide including Yale, Princeton, UCLA, UC Berkeley, Boston University, Emory, and others

Ages: Ages 5–17

Price: Contact SIG for current tuition; residential and commuter options available

When: Late June–early August

Length: 3 weeks

An academically rigorous program for gifted and talented students. STEM tracks include AI Robotics, Mathematics, Computer Science and Technology, and Engineering. One of the few programs offering AI-specific courses at the middle and high school level.

Best For: Academically gifted students ages 5–17 who want a comprehensive, multi-subject enrichment experience at a prestigious university campus — the AI Robotics and Computer Science tracks make it particularly relevant for students with data science and technology interests, and the 20+ campus options give families meaningful geographic choice. 

🤖 AI & Data Science Spotlight:  As artificial intelligence and data science reshape virtually every industry, a new wave of camps has emerged specifically focused on these disciplines. Beyond the regional camps above, the following programs are worth knowing about for older students (typically Grades 6–12) with a specific interest in data, AI, or machine learning:

•      iD Tech Camps — AI and machine learning courses at 30+ university locations nationwide. Explicit AI curriculum since 2022.

•      Girls Who Code Summer Immersion Program — Free for rising juniors and seniors. Intensive introduction to computing, data, and AI for young women.

•      MIT Day of AI — Free MIT-developed curriculum introducing AI concepts at all age levels. Available to students and families who register independently.

•      Inspirit AI — Online AI program for high school students, taught by Stanford and MIT students.

•      Lavner Camps AI Revolution — AI and robotics focus at 30+ university locations.

PART TWO

Finding, Organizing, and Affording STEM Camps

Summer STEM camp planning has quietly become one of the most stressful recurring projects in a parent’s calendar. The best spots at popular programs fill by February. Every camp has its own intake form. Waitlists are managed by email. And the costs can quickly become prohibitive. Here is a practical breakdown of the tools, platforms, strategies, and financial resources that make the process manageable.

Camp research has improved significantly as a category — there are now dedicated platforms that let you search, filter, compare, and register across dozens of programs without visiting each camp’s website individually. The resources below are worth bookmarking before you start. Most are free for parents to use, and several also handle financial aid applications directly, which saves a separate round of outreach.

📅 Timing tip:  Begin your search in October or November for the following summer. Popular STEM programs — especially those hosted at universities — fill their cohorts months before most parents start looking.

Scheduling and Logistics Tools

Once you’ve selected camps, keeping everything organized across multiple kids, sessions, pickup times, and carpools is its own project. The tools and resources below are specifically useful for the parent coordination side of summer camp.

Calendar Apps & Spreadsheets 

Carpooling

Blogs and Guides Worth Bookmarking

YouTube

STEM camp costs have risen substantially. For families whose advertised prices are not workable, the following resources offer a layered approach to quality summer programming at a fraction of the cost.

YMCA camps are the most reliable low-cost option nationwide. Programs run for nearly a million kids every summer with sliding-scale pricing adjusted to household income. Financial aid applications typically open in early spring. Use the YMCA location finder to find your nearest branch and ask specifically about camp scholarship availability.

Boys & Girls Clubs run affordable summer programs nationwide, frequently including STEM tracks at very low cost.

City and county parks departments are chronically underappreciated as STEM resources. Many offer structured science, technology, and engineering programming at a small fraction of the cost of private camps, often on a sliding-scale or income-based fee structure. Search “[your city] parks and recreation summer camp” to find what’s available locally.

Salvation Army camps nationwide serve low-income families through activities including STEM, arts, sports, and swimming. Weekly fees typically start around $50 per child with additional sibling discounts.

The Girls Who Code Summer Immersion Program is free for rising juniors and seniors and provides an intensive introduction to computing, data, and AI — directly relevant to students considering future study in data science or related fields.

Camp Invention offers a scholarship track and is consistently among the most affordable structured STEM experiences available nationwide.

For families who need to reduce or eliminate camp costs entirely:

•      Khan Academy — free self-paced courses in math, science, and computing from elementary through college level

•      MIT Day of AI — free MIT-developed AI curriculum for students of all ages; available to anyone who registers

•      Scratch — MIT — free visual programming environment where kids build interactive projects and games

•      Code.org — free structured coding curriculum for K–12 students with summer learning options

💡 Ask the camp directly:  The American Camp Association notes that almost all camps have some form of financial support for families in need — but most families never ask. Contact the program director before assuming a camp is unaffordable. Most programs have scholarship funds that they do not prominently advertise.

Two federal tax benefits apply directly to STEM day camp costs and are chronically underused by working parents.

Summer day camps can qualify for the Child and Dependent Care Credit. For 2024–2025, the credit covers up to 35% of qualifying expenses: up to $3,000 for one child (maximum $1,050 credit) or $6,000 for two or more children (maximum $2,100 credit). The percentage scales with income — higher earners receive at least 20%.

⚠️ Important:  Only day camps qualify. Overnight and sleepaway camps do not qualify, even if they free up a parent to work. This distinction matters when selecting programs and allocating budget.

Dependent Care FSA

If your employer offers a Dependent Care Flexible Spending Account, you can set aside pre-tax dollars specifically to cover qualifying dependent care expenses, including summer day camps. According to Kiplinger, the contribution limit is $5,000 per household for 2025, increasing to $7,500 starting January 1, 2026 — the first increase since the benefit was introduced in 1986. For married couples filing separately, the limits are $2,500 and $3,750, respectively. Depending on your tax bracket, contributing the maximum can meaningfully offset camp costs by reducing your taxable income.

You can use both the FSA and the Child and Dependent Care Tax Credit in the same year, but not for the same dollars. The most common approach: exhaust your FSA funds first on your largest camp expenses, then apply any remaining qualifying out-of-pocket costs toward the tax credit. When registering for any camp, always collect the program’s legal name, address, and Employer Identification Number (EIN) — you will need all three when filing IRS Form 2441.

 Practical Tips for a Smoother Camp Season

•      Register early for discounts; call late for deals. Most programs offer early-bird and sibling pricing, but they also quietly fill empty spots with reduced-rate offers in April and May. Both strategies can work.

•      Mix affordable and specialty camps. A common planning trap is chasing one ideal, expensive program for the whole summer. Most kids thrive equally well at lower-cost parks-and-rec programs alongside one or two specialty STEM experiences.

•      Ask about camperships directly. Call or email the program director before assuming a camp is unaffordable. Most have underpublicized scholarship funds.

•      Use local parent communities. Facebook parent groups and Nextdoor are consistently effective for last-minute openings, honest reviews, and carpool matching.

•      Check with your employer. Some employers partner with specific camps or offer dependent care assistance beyond the standard FSA. HR departments sometimes have lists of preferred programs with negotiated rates.

•      Military families have additional resources. Active-duty and veteran parents may have access to additional camp funding through military family support programs. Contact your installation’s family support office or ask the ACA.

The skills built at a STEM summer camp — mathematical reasoning, computational thinking, comfort with data, and the ability to work through ambiguous problems — are the same skills that define successful data scientists, machine learning engineers, and AI researchers. The National Science Foundation projects that data scientist roles will grow 35% over the coming decade, making this one of the most consequential areas for early academic investment.

For students whose interest in STEM deepens as they get older, the path from a summer coding camp to a graduate degree in data science is shorter than most families realize. If you’re exploring what that path looks like:

•      Master’s in Data Science Programs — compare graduate programs by specialty, format, and institution

•      Data Science Career Guide — what the role actually looks like, from day-to-day responsibilities to salary ranges

•      Data Scientist vs. Data Analyst — understanding the distinction between adjacent roles matters when choosing a program

•      Online Data Science Courses — for older students ready to go beyond summer camp

•      Machine Learning Courses — for students specifically interested in AI and ML pathways

•      AI Learning Resources — foundational concepts for students and parents exploring the field

Camp details change year to year. Always confirm pricing, availability, and dates directly with each program before registering.