Camps

Best STEM Camps for Kids: Types, Costs, and What They Actually Learn

CubHelp Team · February 25, 2026

Why STEM Camps Are Worth Considering

STEM camps go beyond keeping kids busy over the summer. They build problem-solving skills, logical thinking, and creativity through hands-on projects that feel like play. Kids who attend STEM camps are more likely to develop an interest in science and technology - and they often come home excited about what they built.

The STEM camp market has exploded in the last few years. There are now options for every age, interest, and budget. Here is what you need to know to choose the right one.

Types of STEM Camps

Coding Camps

Kids learn programming through games, apps, and projects. Younger kids (6-9) typically use visual/block-based coding (Scratch, Tynker). Older kids (10+) may learn Python, JavaScript, or game development with Unity.

Ages: 6-17 (age-grouped)
Cost: $200 - $600/week (day camp), $1,500 - $4,000 for 2-week residential programs
What they learn: Logic, sequencing, debugging, creative problem solving, basic programming concepts
Top national programs: iD Tech, Code Ninjas Summer Camps, Coding with Kids, theCoderSchool

Robotics Camps

Kids build and program robots using platforms like LEGO Mindstorms, VEX, Arduino, or custom kits. These camps combine engineering, coding, and hands-on building.

Ages: 6-16
Cost: $250 - $700/week
What they learn: Mechanical engineering basics, programming, teamwork (many include competitions), iterative design (build, test, fail, rebuild)
Top national programs: FIRST LEGO League camps, RoboThink, Engineering For Kids, Snapology

Science Camps

General science camps cover experiments in chemistry, biology, physics, and earth science. These are great for curious kids who love asking "why?" and "how?"

Ages: 5-14
Cost: $150 - $500/week
What they learn: Scientific method, observation, hypothesis testing, hands-on experimentation, science vocabulary
Top national programs: Mad Science, Steve Spangler Science Camps, Museum of Science camps (Boston, Chicago, etc.), local university science camps

Engineering Camps

These focus on building, designing, and solving structural challenges. Kids may construct bridges, catapults, go-karts, or model buildings.

Ages: 7-16
Cost: $200 - $600/week
What they learn: Design thinking, structural engineering concepts, materials science, project planning, prototyping
Top national programs: Engineering For Kids, Camp Invention, KidzToPros

Space and Aviation Camps

For kids fascinated by rockets, planets, and space exploration. These camps range from casual introductions to serious simulated missions.

Ages: 9-18
Cost: $300 - $1,200/week (Space Camp in Huntsville, AL runs around $1,000-1,200 for a 5-day residential program)
What they learn: Astronomy, rocket science basics, mission planning, teamwork under pressure, physics concepts
Top programs: US Space and Rocket Center Space Camp (Huntsville, AL), Challenger Learning Centers, NASA visitor center programs, Air and Space Museum camps

What to Look For in a STEM Camp

Instructor qualifications: Are instructors STEM professionals, educators, or college students in STEM fields? Ask about their backgrounds.
Hands-on ratio: Good STEM camps are at least 70% hands-on, building, and doing - not watching videos or listening to lectures
Take-home projects: Kids should come home with something they built, coded, or created. This reinforces learning and gives them pride in their work.
Small group sizes: Look for a 1:8 or better instructor-to-student ratio. STEM activities require individual attention.
Age-appropriate content: A coding camp for 6-year-olds should look very different from one for 14-year-olds. Ask about how they differentiate by age group.
No screen-only camps: Be wary of camps where kids just sit at computers all day. Good STEM camps balance screen time with physical building, teamwork, and outdoor breaks.

Cost Comparison at a Glance

Budget ($150-300/week): Municipal science camps, library STEM programs, local museum camps
Mid-range ($300-600/week): Franchise camps (Mad Science, Engineering For Kids), local robotics clubs, coding day camps
Premium ($600-1,200/week): iD Tech, Space Camp, residential STEM programs, university-hosted camps
Free options: Some libraries, Boys & Girls Clubs, and community centers offer free STEM programming during summer. 4-H also runs STEM camps with low or no fees.

What Kids Actually Take Away

Beyond the specific STEM skills, parents consistently report that their kids come home from STEM camps with:

Confidence: "I built a robot" or "I made an app" - these are powerful statements for a kid
Persistence: STEM projects fail constantly. Kids learn to debug, redesign, and try again.
Interest in learning: A week of hands-on science can spark a curiosity that lasts years
New friendships: Kids bond over shared projects and the excitement of building something together

Find STEM camps and summer programs near you on CubHelp's camp directory.

Frequently Asked Questions

How much do STEM camps cost?

STEM day camps typically cost $150-700 per week depending on the type and provider. Coding and robotics camps average $250-600/week. Residential STEM programs like Space Camp run $1,000-4,000 for 1-2 week sessions. Free options exist through libraries, Boys & Girls Clubs, community centers, and 4-H.

What age is good for STEM camp?

Most STEM camps accept children starting at age 5-6 for general science programs. Coding camps typically start at age 6-7 with visual programming tools like Scratch. Robotics camps usually start at age 6-8. Space Camp and more intensive programs are best for ages 9 and up. Look for age-grouped sessions so your child is learning with peers at a similar level.

Are STEM camps just for kids who are good at math?

No. STEM camps are designed to be engaging for all kids, not just math whizzes. The hands-on, project-based approach appeals to creative thinkers, builders, and curious kids of all skill levels. Many kids who struggle with traditional math class thrive in a STEM camp environment because the learning is active and connected to real projects.