Hands-on Engineering

From woodworking and circuit-building to mechanical systems and structural design. Your child makes things that actually work.

Robotics & Technology

NORY's proprietary curriculum makes high-tech accessible for all ages without dumbing it down. Campers build robots that solve real problems not pre-programmed demos.

SummerHoliday Camps
BostonHoliday Camps

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At NORY, we believe every child has a fearless entrepreneur, a curious problem solver, and an empathetic leader inside them. Our job is to build the environment where all three come out. That means real projects with real stakes. Missions that require creativity, collaboration, and grit. Programs where making mistakes is not just okay, it is how growth happens. We call them awesome mistakes, and we celebrate every single one.

Your child will leave NORY with more than what they built. They will leave knowing they can figure hard things out. That confidence is what stays.

Find a Camp Near You

Inquisitive learners become empathetic leaders

Across all our NYC and Boston locations, NORY campers spend their days doing what actual engineers, designers, and scientists do: they identify a problem, design a solution, build a prototype, test it, fail, rebuild it, and present it to the world.

The projects change every session. The skills your child builds? Those are permanent.

Every NORY program is built on three disciplines that work together:

Design Thinking

Using the same framework as the Standford d. school, your child will learn how to use empathy as an engineering tool. 

Masters Ages 8-12

What camp looks like for your 8-12 year old:

Masters go deep. Instead of a new project every day, they often work on a single multi-day arc something complex enough that it doesn't fully exist until Thursday.

This week, your 11-year-old might spend the week building a programmable robot that navigates an obstacle course they designed themselves. They'll write the logic. Debug when it goes the wrong direction. Revise. And by Friday, run a timed competition against their campmates.

The best part? They'll be able to explain exactly why their robot turns left instead of right in terms a mechanical engineer would recognize.

What they're actually developing: systems thinking, computational logic, mechanical engineering fundamentals, advanced fabrication techniques (woodworking, 3D design principles, circuitry), and the confidence to tackle problems that don't have a clear answer yet.

Example projects: robotics programming and competition, engineering machines with gears and cam systems, structural design under constraint, invention that solves a real-world problem, app and product design

Explorers Ages 3-4

What camp looks like for your 3-4 year old:

Your Explorer's entire day is built around one truth: young kids learn by doing, not sitting still. Every project is designed to feel like play and work like a lesson in creativity, coordination, and problem-solving all at once.

This week, your 3-year-old might build a marble run from scratch, engineering the angles until the marble actually makes it through. They'll work next to a friend, negotiate who gets which piece, and feel the specific pride of a thing they built actually working.

We don't grade them. We don't rush them. We let them figure it out.

What they're actually developing: fine motor skills, spatial reasoning, early STEM vocabulary, collaborative instincts, and most importantly the habit of trying again when something doesn't work.

Example projects: sensory science experiments, structure building challenges, simple circuit art, creative engineering with everyday materials

Inventors Ages 5-7

What camp looks like for your 5-7 year old:

Inventors are ready to take ownership. They don't just assemble, they design. They don't just follow steps, they propose improvements. And when something breaks, they're the ones who say "wait, let me try something."

This week, your 7-year-old might spend two days engineering a bridge out of balsa wood and tape that has to hold a specific weight. They'll make a blueprint first. Test it. Reinforce the weak points. And on the final day, they'll put it under load in front of the whole group.

That's not a craft. That's applied physics and your kid will know the difference.

What they're actually developing:
blueprint thinking, iterative design, basic physics and engineering concepts, verbal presentation skills, and real creative confidence.

Example projects:
cam mechanisms, working circuits and LED art, rubber band-powered machines, structure stress tests, intro robotics challenges  

Every camp promises STEM. Here's how we actually deliver it.

Most enrichment programs give kids a kit with a pre-determined outcome. Follow the instructions, get the result, go home.

That's not what happens at NORY.

We work backwards. Before your child touches a single material, they learn why the project matters. Who does it help? What problem is it solving? This isn't a philosophical exercise it's the foundation of every real innovation that has ever happened.

We embrace "awesome mistakes." When a structure collapses or a robot goes rogue, we don't call it failure we call it data. Your child learns to ask: "What did I learn from that? What would I do differently?" That question is more valuable than any project they take home.

We never just answer "just because." Every "why" gets a real answer at NORY. Why does the bridge need to be triangulated? Why does the robot veer left? Why does that circuit need a resistor? Your child will leave camp with vocabulary that matches their curiosity.

NORY parent, UWS

She came home and spent two hours trying to rebuild the project from memory. She wanted to make it better.

What Parents Say

NORY parent, Brooklyn

He's usually too shy to present anything. By Wednesday, he was leading the group demo. I don't know what you did, but please keep doing it.

NORY parent, Boston

The daily newsletter gave us so much to talk about at dinner. We finally understood what she was actually building and why.

My daughter loved the NORY holiday camp. She was a little nervous that first morning and left NORY so excited to return back the next day. 

NORY parent, Tribeca

He had an incredible time. I’ve never seen him get so comfortable with a drop off camp before. He was so proud of his creations! 

NORY parent, UES

NORY parent, FiDi

NORY camp was an absolute pleasure for my family. We are first timers and we will highly recommend this camp to everyone!

10+ locations across NYC and Boston. One standard of awesome.

Whether you're on the Upper West Side or in Cambridge, every NORY site runs the same curriculum, the same protocols, and the same standard of instruction.

New York City

UWS, UES, Brooklyn, FiDi, Tribeca, Gramercy, Downtown
 
Boston

Cambridge and surrounding areas

View Summer CampsView Holiday Camps

Your child has an inventor inside them.
Let's find out what they'll build.

NORY camps fill up fast. Our last break had 40+ families on the waitlist. If you're curious, the best time to look is now.

Go Back to Holiday Camp Listings

Questions? Email us at boston@nory.co

Inquisitive learners become empathetic leaders

Across all our NYC and Boston locations, NORY campers spend their days doing what actual engineers, designers, and scientists do: they identify a problem, design a solution, build a prototype, test it, fail, rebuild it, and present it to the world.

The projects change every session. The skills your child builds? Those are permanent.

Every NORY program is built on three disciplines that work together:

Your child has an inventor inside them.
Let's find out what they'll build.

NORY camps fill up fast. Our last break had 40+ families on the waitlist. If you're curious, the best time to look is now. 

Go Back to Holiday Camp Listings

Questions? Email us at hello@nory.co

10+ locations across NYC and Boston.
One standard of awesome.

Whether you're on the Upper West Side or in Cambridge, every NORY site runs the same curriculum, the same protocols, and the same standard of instruction.

New York City

UWS, UES, Brooklyn, FiDi, Tribeca, Gramercy, Downtown
 
Boston

Cambridge and surrounding areas

View Summer CampsView Holiday Camps

Give your child the confidence to solve problems. The curiosity to ask why.
And the drive to make a difference.

Give your child the confidence to solve problems. The curiosity to ask why.
And the drive to make a difference.

Hands-on Engineering

From woodworking and circuit-building to mechanical systems and structural design. Your child makes things that actually work.

Robotics & Technology

NORY's proprietary curriculum makes high-tech accessible for all ages without dumbing it down. Campers build robots that solve real problems not pre-programmed demos.

Using the same framework as the Standford d. school, your child will learn how to use empathy as an engineering tool.

Design Thinking