Embark on an exciting summer adventure with our unrivaled STEM camps that promise a blend of innovation and fun! Dive into the world of robotics, coding, and engineering, where young minds can create and build groundbreaking projects. Our expertly curated programs are designed to spark curiosity, turn theories into practice, and empower students with hands-on experiences. Perfect for budding inventors and future tech leaders, our camps offer an unforgettable opportunity to develop critical thinking, creativity, and teamwork skills. Let your child experience a summer of discovery and inspiration that turns learning into a thrilling voyage!
Camps
How STEM Summer Camps Actually Differ
“STEM camp” covers a lot of ground, and the right fit depends on the discipline and your child’s age. Coding camps teach programming; robotics camps build and program machines; engineering camps focus on design and construction; science camps run labs in biology, chemistry, or physics; and STEAM camps fold in art and design. Most strong programs pick a lane rather than sampling a bit of everything — so match the camp’s focus to what your child is actually curious about, then use the search at the top of the page to narrow by activity, age, and location.
What’s taught, by age
- Ages 6–10: Block-based coding (Scratch, ScratchJr), LEGO Spike and WeDo robotics, and intro science kits. The goal is logic and confidence — not typed syntax yet.
- Ages 11–13: Text-based coding (Python, JavaScript), VEX IQ robotics, 3D design and printing, and hands-on engineering challenges.
- Teens 14+: Real tools and languages — Python, Java, C#/Unity for game development, Arduino and Raspberry Pi for hardware, plus AP Computer Science prep and pre-college programs hosted on university campuses.
What separates a strong STEM camp
- Kids build something they keep. The best programs send campers home with a finished project — a game, a robot, a working circuit — not a stack of worksheets.
- Real tools, not toys. Ask which software, kits, and hardware they use, and whether it’s age-appropriate and current.
- Instructors with a STEM background. Engineers, CS teachers, or graduate students run technical subjects better than general counselors.
- Small groups for hands-on work. Roughly one instructor per 8–10 kids keeps everyone on the equipment; larger ratios mean more waiting, less building.
Day camp, intensive, or residential?
Younger kids usually do best in weekly day camps close to home. Older students who want depth can look at multi-week intensives or university-hosted programs — many colleges run residential STEM camps for teens that double as a first taste of campus life. Search by location and age at the top of the page to see what’s available near you.
STEM Camp FAQs
What age should a child start a coding or STEM camp?
As early as 6. Camps for young kids use block-based tools like Scratch and LEGO robotics that teach the logic behind programming without typed code. Formal languages like Python usually start around age 11.
Does my child need prior experience to attend a STEM camp?
Usually not. Most camps offer beginner tracks and group campers by skill or grade. If your child already codes or builds, ask whether there’s an intermediate or advanced track so they’re challenged rather than repeating the basics.
What’s the difference between a robotics camp and a coding camp?
Robotics camps build and program physical machines using kits like LEGO Spike, VEX, or Arduino — kids see their code move something in the real world. Coding camps focus on software: games, apps, or websites in languages like Scratch, Python, or JavaScript. Many camps blend the two.
Are day camps or residential programs better for STEM?
Day camps suit younger kids and families who want a local, weekly option. Residential and university-hosted programs suit motivated teens who want to go deep on a subject and experience campus life. Match the format to your child’s age and how independent they are.
How much do STEM summer camps cost?
Prices range widely — from low-cost community and library programs to premium university intensives and residential teen camps. Check each camp’s listing for current pricing, and ask what materials, take-home kits, or equipment the fee includes.