It’s time for bright ideas! In this camp, Apprentices will work with key STEAM skills to create their own RGB lamp. Using a combination of coding, 3D modeling, 3D printing, and circuit-building, they’ll plan, design, and build a creation straight out of their imagination. During this camp, they’ll take their builds all the way from a pen-and-paper concept to a fully functional light feature, which they can proudly bring home at the end of the week. Let’s get building!

Loops! Jumps! Hair-pin bends! What's the most exciting roller coaster you can imagine? Now come and come build it. In this camp, apprentices join a team of like-minded engineers to dream up, design and construct a twisty downhill run. They'll turn cardboard, paper, straws and other household materials into a roller coaster... for marbles!

Apprentices will learn every step of the design process as they research, prototype, test and assemble their marble run. By the end of the week they'll have built a fascinating, gravity-defying structure, that combines creativity with their new engineering skills. Let's Get Building!

Push, pull, lift or flip your opponent's robot out of the arena to claim victory and become the Steamoji Robo Battle Master! In this week-long camp, you’ll combine a whole suite of STEAM skills to design, prototype, code and build your very own battle robot that will face off against your fellow campers at the end of the week.

You will learn:

• Coding - Code a Micro:bit microcontroller as the “brain” of your battle bot
• Engineering - Planning, prototyping, evaluating and improving
• 3D Printing - Use 3D design and printing to make additional components for your robot

Welcome to RoboCity, a city powered by imagination, engineering, and moving machines!

In this hands-on STEM camp, young makers will design and build their own robots while creating a miniature city where their inventions can live, move, and shine.

Campers will:

• Build two original robots using creative materials and beginner electronics
• Bring their robots to life with code
• Design and construct elements of a growing mini city
• Explore circuits, batteries, LEDs, and more
• Collaborate to combine their creations into one shared Robot Metropolis

This is more than just building projects, campers will learn to think like engineers, problem-solve like designers, and collaborate like real-world architects and robotics teams.

Creativity meets coding. Engineering meets imagination. Welcome to RoboCity!

Loops! Jumps! Hair-pin bends! What's the most exciting roller coaster you can imagine? Now come and come build it. In this camp, apprentices join a team of like-minded engineers to dream up, design and construct a twisty downhill run. They'll turn cardboard, paper, straws and other household materials into a roller coaster... for marbles!

Apprentices will learn every step of the design process as they research, prototype, test and assemble their marble run. By the end of the week they'll have built a fascinating, gravity-defying structure, that combines creativity with their new engineering skills. Let's Get Building!

Start with your brainpower and finish with a bang! In this physical computing camp, apprentices combine coding with a series of other STEM activities to bring their programming skills into action!

It’s all about connecting the digital world and the real world. The goal? Create a motion-sensor machine that can launch an object, play a game or simply say “hello”. To get there, apprentices will learn to code an Arduino microcontroller, and connect it to a device they’ve built using electrical engineering and fabrication skills. Come and see how far your skills can go – literally!

It’s time for bright ideas! In this camp, Apprentices will work with key STEAM skills to create their own RGB lamp. Using a combination of coding, 3D modeling, 3D printing, and circuit-building, they’ll plan, design, and build a creation straight out of their imagination. During this camp, they’ll take their builds all the way from a pen-and-paper concept to a fully functional light feature, which they can proudly bring home at the end of the week. Let’s get building!

Art history meets game strategy in this camp. Steamoji Junior Apprentices (ages 5-7) will invent and build their own art-inspired mini-games, merging artistic skills with critical thinking to combine the gallery with the game world.

Every day is a creative bonanza where their imaginations set the scene and game design brings the structure, resulting in a collection of fun games that they’ve plotted and crafted themselves.

From pens and markers to sculpting and LED lights, Apprentices will use classic and contemporary design principles as a springboard for their own unique artwork. It’s a place where math and art meet up to make magic. So – who’s ready to play?!

Start with your brainpower and finish with a bang! In this physical computing camp, apprentices combine coding with a series of other STEM activities to bring their programming skills into action!

It’s all about connecting the digital world and the real world. The goal? Create a motion-sensor machine that can launch an object, play a game or simply say “hello”. To get there, apprentices will learn to code an Arduino microcontroller, and connect it to a device they’ve built using electrical engineering and fabrication skills. Come and see how far your skills can go – literally!

Have you ever wondered:

• How do self-driving cars see the road?
• How does facial recognition detect a face?
• How can a computer use a camera to control real-world devices?

In Coding the Future, campers dive into the world of computer vision and artificial intelligence using Python and OpenCV to answer these questions and more!

Throughout the week, they will:

• Build foundational Python programming skills
• Learn how computer vision systems process images and video
• Use OpenCV to create interactive, vision-based programs
• Combine computer vision with an Arduino to control electronic components
• Explore the relationship between AI and computer vision

By the end of the camp, students won’t just understand how AI “sees”, they’ll build their own working system that connects software and hardware together!