Boise campus

Summit Summer Camps

Our main Boise campus offers the full Summit summer camp experience, with 13 weeks of rotating themes in engineering, robotics, coding, science, design, and more.

Each week brings a new hands-on experience, so students can join for one week or come back all summer long.

Built for ages 5-12

May 26 – Aug 22

Mon – Fri: 8:30am – 4 pm

Camp Tuition — $450 per week

Your tuition covers instruction, materials, and a full week of hands-on STEM.

Cancellation Policy: Plans change? Partial refunds or swaps available — See FAQ Page

Week 1:
May 26-29

RoboBuilders &
Machine Masters

Turn Imagination into Motion

K–2 learn robotics basics, grades 3–4 engineer gear-driven machines, and grades 5–6 tackle sensor-based designs through guided problem-solving.

Week 2: June 1-5

Minecraft Engineering

Build worlds. Solve problems. Learn engineering.

K–2 explore engineering through Minecraft building and teamwork, grades 3–4 design bridges, dams, and circuits, and grades 5–6 solve advanced virtual engineering challenges.

Week 3: June 8-12

Maker Machines &
Simple Circuits

Hands-on science that sparks curiosity.

K–2 explore gears, pulleys, and motion, grades 3–4 combine circuits and machines, and grades 5–6 engineer multi-part systems through iterative design challenges.

Week 4:
June 15-19

Critical Eye for AI

Build the brains behind the bots.

K–2 explore logic games and patterns, grades 3–4 design simple AI stories, and grades 5–6 build beginner AI projects through creative problem-solving.

Week 5:
June 22-26

Engineering, Digital Creation, & Coding

Engineer It. Code It. Build It. Bring Your Ideas to Life.

K–2 create stories with block coding, grades 3–4 program interactive story games, and grades 5–6 explore Python basics through creative, story-driven projects.

Week 6:
June 29-July 3

Indoor Drone Lab

Master the skies… indoors!

K–2 experiment with gliders and flight games, grades 3–4 plan indoor drone missions, and grades 5–6 design advanced flight paths through strategic problem-solving.

Week 7: July 6-10

Engineer-Forward Game Designers Camp

Think like an engineer. Build like a developer.

Ever wonder how your favorite games are made? In this camp, you're not just playing games — you're building them. Campers learn real engineering skills like problem-solving, logical thinking, and iterative design as they bring their own game worlds to life.

Week 8: July 13-17

3D Printing Challenge Lab

Turn imagination into tangible creations.

K–2 design simple shapes, grades 3–4 print and refine functional parts, and grades 5–6 create multi-part prototypes through iterative engineering challenges.

Week 9:
July 20-24

Light, Motion, & Maker Lab

Build things that move, glow, and amaze.

K–2 explore color, motion, and light, grades 3–4 build art-based engineering projects, and grades 5–6 tackle advanced team STEAM challenges.

Week 10:
July 27-31

Cyber Detectives

Crack codes. Solve mysteries. Think like a pro.

K–2 explore patterns and puzzles, grades 3–4 learn basic encryption and logic games, and grades 5–6 tackle coding and cryptography through team challenges.

Week 11:
August 3-7

Future Inventors Expo

Create. Innovate. Showcase.

K–2 explore invention basics, grades 3–4 design and build functional prototypes, and grades 5–6 engineer complex solutions for a capstone showcase.

Week 12:
August 10-14

Math Through Magic & Engineering

Make numbers come alive.

K–2 explore math through interactive games, grades 3–4 apply math in mini engineering projects, and grades 5–6 tackle real-world team problem-solving.

Week 13:
August 17-22

Slingshot Cars & Crash Science

Launch it. Crash it. Engineer it better.

K–2 experiment with ramps and vehicles, grades 3–4 build multi-step projects, and grades 5–6 design team-based physics and engineering challenges.

Our Camps integrate these core values throughout the sessions

Explore objects, materials and events

Make observations and ask questions

Engage in investigations

Learn how to compare, classify, sort and order materials and data

Record observations through words, pictures, charts and graphs

Use a variety of tools to extend observations

Identify patterns and relationships

Work collaboratively with others

Share and discuss ideas and listen to new perspectives