Students rotate through guided builds, coding practice, and design challenges.
Hands-on learning blocksHands-on robotics, coding, 3D printing, and engineering design for K-8 students in Flushing, Queens. Try a class for free — no commitment required.
Camp in Action
Every photo is from a real AI Future class. See the builds, the focus, and the energy firsthand.
Group instruction with real STEM tools
Hands-on robotics building
Coding and robot testing
Student focusing on robot control
Small-group project support
Students rotate through guided builds, coding practice, and design challenges.
Hands-on learning blocks
Small groups make it easier for campers to ask questions, debug, and try again.
Collaboration and support
Campers finish with projects they can talk about, improve, and share with family.
Projects with a purposeSkill Building
Each topic is taught through guided projects, so students can connect big ideas to things they actually make.
Students learn how mechanisms, sensors, motors, and iteration come together to solve a challenge.
Campers practice logic, sequencing, and creative coding, then apply it to websites and interactive projects.
Students turn ideas into digital models using beginner-friendly design tools and spatial thinking.
They learn how designs become physical prototypes and why testing matters before printing.
Students break big challenges into smaller steps, test solutions, and learn from what does not work yet.
Campers practice explaining their ideas, sharing decisions, and communicating like young inventors.
A Better Summer
This summer, give your child more than screen time. Give them a place to build, code, design, test, improve, and create real projects.
Students keep growing while school is out with structured, meaningful STEM challenges.
Campers design, build, troubleshoot, and improve instead of only watching lessons.
Every project gives students something real to explain, present, and feel proud of.
Project-Based Camp
Students are most motivated when their work has a purpose. Camp projects help them move from idea to prototype to presentation.
Students identify a real-world problem and create a printable prototype that responds to it.
Campers test, adjust, and refine their robot through hands-on engineering challenges.
Older students learn how to present their product, idea, or prototype through a simple web page.
Students practice the engineering design process from brainstorming to final explanation.
Campers learn to turn sketches and concepts into printable 3D models.
Real Tools
We keep the technology parent-friendly and student-ready: enough depth to build real skills, enough guidance to make beginners feel capable.
When available, students may work with 3D printers such as Bambu Lab A1 or Bambu Lab P1S, along with robotics kits and guided design tools.
Age Appropriate
Students join activities matched to their grade level, confidence, and readiness for more advanced tools.
Early engineering, creativity, building challenges, and simple robotics concepts.
Hands-on STEM challenges, building, problem solving, and beginner coding.
Robotics, coding basics, design thinking, and creative technology projects.
3D printing, Tinkercad, web development, engineering design, and real-world invention projects.
Trusted STEM Learning
AI Future is built for families who want a serious STEM environment that still feels exciting, supportive, and approachable for kids.
Camp Details
A clear, parent-friendly program for students who want to build, code, design, and create during the summer.
Families can request a preferred week in the form. Our team will confirm availability, exact schedule, and the best group for your child's age and experience.
Questions Parents Ask
The essentials parents ask before reserving a STEM summer camp spot.
Limited Seats
Seats are limited. Claim a free trial class and use code COACH for $50 off while this limited-time summer camp promotion is available.