Live, teacher-led classes
FORGET BORING STEAM ONLINE CLASSES.
From circuits to coding to interactive AI projects, kids 8-15 create builds they can actually play with — sparking creativity, problem-solving, and lasting skills
AS SEEN ON
OUR HANDS-ON STEAM COURSES & KITS FIT PERFECTLY
AT EVERY STAGE of LEARNING from CURIOSITY and
DISCOVERY to CONFIDENCE and CREATIVITY
SPARK INTEREST AND BUILD FUTURE-READY SKILLS WITH
FUN,
INTERACTIVE
PROJECTS
OUR HANDS-ON STEAM COURSES & KITS FIT PERFECTLY AT EVERY STAGE of LEARNING from CURIOSITY To DISCOVERY to CONFIDENCEand WITH CREATIVITY SPARK INTEREST AND BUILD FUTURE-READY SKILLS WITH
Program Path
Understand the Modules
The full program spans about 4 months. Kids start by building the arcade, then unlock AI, and finish with advanced creativity
Get Your Child Building
Start with a $9 Intro Class to try it out — or jump straight into the Full Course and begin the journey from day one.
Creativity + problem-solving
Kits shipped when needed
Beginner friendly, ages 8–15
Module 1
6 weeks
Build the Arcade Game
Kit: $97 + shipping
Everything needed to build the base game.
Kids assemble a mini basketball arcade, wire sensors, program the scoreboard, and customize lights & sounds.
- Beginner-friendly electronics & coding
- Complete shipped starter kit
Module 2
6 weeks
Add AI Power
AI Kit: ~$150 + shipping
Additional hardware to enable AI features.
Upgrade the arcade with motion tracking, smarter scoring, or voice responses. Guided setup for new AI hardware.
- Intro to computer vision & ML
- Hands-on AI feature building
Module 3
6 weeks
Advanced AI & Creativity
$180/module classes
Builds on Modules 1-2; optional add-ons may be suggested — no new kit required*
Students design custom features, explore advanced AI, and present a one-of-a-kind arcade.
- Personal projects & challenges
- Demo day & highlight video ready
*Optional add‑ons may be suggested during Module 3 based on project goals
All-In Bundle Save $1,900+
WHAT'S INCLUDED & BONUSES
Everything listed below is included — all in one accessible price for your child. Each item shows its value, but you'll only pay once.
Included
$250
Hands-On Hoop Game Kit (Ready to Use!)
All parts pre-soldered, labeled, and tested. Kids start building right away — no shopping or setup
Included
$600
6 Live AI Adventure Classes
Learn sensors (computer vision), rules (algorithms), and feedback (machine learning) while building the arcade.
Included
$300
Weekly 1-Hour Catch-Up Session
Extra support so your child never falls behind — they always finish with the group.
Included
$150
Small Group Classes (10-20 kids)
Individual attention + the fun of building together.
Included
$400
Expert Instruction
Led by a University of Michigan grad, EE with 15+ years at Apple, Samsung & TI.
Bonuses Included with enrollment
Bonus
$350
Tripod + Workbench Camera Setup
Bonus
Real-time instructor view for smooth troubleshooting — zero tech headaches for parents.
Bonus
$200
Graduation Highlight Video
Bonus
Personalized highlight reel of your child’s build journey — ready to share.
ALL OF THAT FOR ONE ACCESSIBLE PRICE
EVERYTHING LISTED ABOVE IS INCLUDED FOR YOUR CHILD — NO SEPARATE PAYMENTS OR ADD-ONS.
6-Week AI Adventure:
Everything Included
Hoop kit, 6 live AI classes, weekly catch-ups, tripod camera setup, highlight video, small-group coaching, and expert instruction.
All-In Bundle Save $1,900+
Hands-On, Not Screen-Time
Real building with sensors, code, and creativity — guided live by an expert
Future-Ready Skills
Kids learn the foundations behind robotics, self-driving, and smart devices
Small Groups = Confidence
10-20 kids max so everyone participates and finishes with the group
Parent Spotlight Future-Ready AI
AI is the new literacy - flip your child from user to creator.
Through sensors, algorithms, and feedback loops, kids build the same building blocks behind robotics, self-driving cars, and smart devices — while creating a playable arcade they're proud to demo.
- Hands-on, not just screen-time
- Computer Vision • Algorithms • ML
- Confidence for tomorrow
Sensors Vision / Inputs
Rules Algorithms
Feedback Machine Learning
Parents say it's the most fun way to learn real AI
Give your child the ultimate STEAM adventure!
Enroll today for just $120/month
No hidden fees • 100% Fun guaranteed
Weekly live classes
(60-75 min)
Step-by-step guidance & recordings
Quick help between sessions
Highlight video of your child’s build
Give your child the ultimate STEAM adventure!
- Electronics & sensors basics
- Coding: inputs -> logic -> outputs
- AI concepts (vision, smart scoring)
- Creativity & problem-solving
What the Kit Includes
- Hoop, ball, build materials
- Microcontroller, sensors, LEDs, buzzer
- Tripod/stand for easy setup
- AI kit (Module 2): camera & add-ons
*Optional add‑ons may be suggested during Module 3 based on project goals.
What Sets Us Apart?
Playtime That Builds Real Skills
Every project feels like play — whether it's coding lights, building circuits, or creating interactive AI experiences. Behind the fun, kids are learning problem-solving, creativity, and confidence.
Everything Delivered to You
No shopping lists, no stress. We ship a complete kit with all the parts — hoop, sensors, LEDs, and more — right to your door so your child can start building from class one.
Memories That Last
See an optional highlight video that follows kids from their first build steps to the finished game — complete with badges that mark milestones along the way.
HAVE MORE QUESTIONS?
The AI Arcade Challenge is designed for kids ages 8-15. At this stage, children have the curiosity, focus, and motor skills to enjoy hands-on building while also grasping beginner AI and coding concepts.
Nope! We ship a complete kit directly to your door — including the hoop, ball, sensors, Arduino/microcontroller, LEDs, buzzer, tripod stand, and build materials. Parents don't need to run around for parts.
You can start with a $9 intro class to see if your child enjoys it. After that, you can continue in two ways:
- Monthly Enrollment: $120/month — includes live classes, support, and progress tracking.
- All-In Launch Bundle: $350 (limited-time offer, $2,250+ total value) — includes the full kit, 6 live AI classes, tripod camera setup, highlight video, and expert instruction.
The first kit includes everything your child needs to build the arcade game (hoop, sensors, lights, microcontroller, etc.).
For the AI modules, kids will need extra hardware (cameras, advanced sensors, etc.) to bring artificial intelligence into their projects. Unlike
subscription kits that get delivered and forgotten each month, our kits are reused across future projects, so every purchase keeps building forward.
All you need is a computer or laptop with internet access and Zoom. A smartphone is optional if you'd like to record progress, but we'll provide a stand for easy setup.
Each module is 6 weeks long, with one live session per week (60–75 minutes). After Module 1, kids will have a fully working arcade hoops game. In Modules 2 and 3, they'll add AI features step by step.
Your child will learn how technology really works through hands-on building:
- Basic coding and AI logic (inputs → decisions → outputs)
- How sensors, LEDs, and microcontrollers work
- Creativity and design thinking
- Problem-solving and confidence through real-world projects
We guide kids live, step by step. If something doesn't work, we'll troubleshoot together. And if the issue is on us (like a tricky part or setup), we'll schedule a one-on-one support session or send replacement parts at no extra cost.
Yes. All components are safe, low-voltage, and designed for supervised learning. Parents don’t need advanced tech knowledge — we make it beginner-friendly.
Not at all. The program is beginner-friendly, with optional bonus challenges for advanced learners.
We provide recordings and step-by-step instructions, so your child can catch up anytime.
Most STEM programs are just online lessons or passive watching.
HiWave4Kids combines live teaching, real hardware, and creative storytelling — so kids learn by doing.
They don't just complete a lesson; they build a working arcade game, understand how it works, and earn a highlight video of their journey to celebrate progress.
Classes are 60-75 minutes. Many kids spend an extra 30-60 minutes tinkering or decorating their arcade outside of class.
Younger kids (8-10) may need light help during the first class (like connecting wires). After that, most kids take the lead while parents enjoy watching their progress.
We'll send replacement parts right away — free of charge — so your child can stay on track.
Each kit is designed for one child to build their own arcade. For the best experience (and fewer sibling arguments!), we recommend one kit per child.
Right now, the AI Arcade Challenge is designed for individual families and small group classes online. We may expand to school or group programs in the future.
Yes. Every module is structured to ensure kids complete their build. Even beginners finish with a working arcade game — and later, with AI-powered upgrades they can proudly play and share.
STAND OUT FROM NOISE:
PERSONALIZED VIDEOS TO
CAPTIVATE YOUR AUDIENCE
How it works?
1 
Reserve Your Spot
Pick 1:1 or a small group session, choose your start date, and confirm your shipping address.
2 
We Ship the Kit
A complete box arrives at your door—mini hoop, ball, microcontroller, sensors, LEDs, buzzer, wires, build materials, and a phone tripod.
3 
Quick Setup & Check
Before the first class, we guide you through a 5-minute setup: clear table space, plug in the board once, and test Zoom. If anything looks off, we help you fix it.
4 
Weekly Live Build Sessions (60-75 min)
Kids join online and build step-by-step with us: wiring the sensor, coding the scoreboard, adding lights/sounds, and customizing their arcade style. It's fun, paced for beginners, and highly interactive.
5 
Capture the Journey
We ship a tripod as part of the kit. Just set it up before class with a smartphone or tablet, and it will automatically record your child's build sessions. At the end, we edit the clips into a short highlight video of their progress
6
Arcade Night & Beyond
By week six, your child demos a working hoops game they built. We deliver the highlight video, share bonus challenges (timed mode, decorations, LED effects), and your child keeps the game to play proudly at home.
MEET THE INSTRUCTOR
Hi, I'm Ricky - Your STEM Instructor
I'm an engineer with a Master's degree in Electrical Engineering and Entrepreneurship from
the University of Michigan. Over the years, I've contributed to projects involving Apple, Samsung, Texas Instruments, and other leading technology companies.
But what matters most here isn't the corporate work — it's helping kids discover how fun and creative engineering can be. Too often I see kids
glued to phones or stuck in passive online courses. That's why I created HiWave Kids — where every class is interactive, filled with real projects,
playful videos, and milestone badges that celebrate progress.
When your child joins HiWave Kids, they're not just learning — they're building confidence, curiosity, and the mindset of a problem-solver.
Our Blog
DIY Circuit Switch for Kids – Easy STEM Project at Home
Build a DIY ON/OFF switch with your child! Fun, hands-on STEM project that teaches kids how circuits work using simple household materials. Switches are everywhere: from the button that powers on your TV to the tiny click inside your video game controller. But have you ever stopped to think about what a switch really does? In this activity, you and your child will make a working ON/OFF switch using everyday items found at home. Along the way, you’ll discover how electricity flows, why metals conduct, and how engineers use switches to control the world around us.
Read More →
How to Make an LED Blink with Arduino – Easy STEM Project for Kids
Every programmer remembers printing their first “Hello World.” In electronics, the equivalent is making an LED blink. It’s the simplest circuit you can build with Arduino — but also the most powerful idea you can learn: code can control electricity. That one concept is the foundation of everything — from how your TV remote works to how rockets land on Mars. Materials You’ll Need Arduino board (Uno, Nano, or similar) Breadboard (so you can build without soldering) 1 LED (long leg = positive/anode, short leg = negative/cathode) 220Ω–330Ω resistor (to protect the LED from burning out) Jumper wires USB cable & Arduino IDE Parent Tip: Ask your child to guess the role of each part before you explain it. Kids learn better when they make predictions first. Step 1: Build the Circuit Place the LED on the breadboard. Long leg → goes to pin 13 (through the resistor). Short leg → goes to GND. Add the resistor in series with the LED. This is like a “speed bump” that slows down electrons so the LED isn’t overloaded. Double-check: Pin 13 → Resistor → LED (long leg) → LED (short leg) → GND
Read More →
How Kids Already Use AI Every Day (and Why It Matters)
Artificial Intelligence might sound futuristic, but for kids, it’s already part of daily life. From asking Alexa to play music, to seeing recommendations on YouTube, to facing smarter opponents in video games, AI is working behind the scenes in ways children experience every day. For parents, understanding these everyday examples isn’t just interesting — it’s essential.As AI becomes more common in schools, homes, and workplaces, helping kids learn about it early gives them a big advantage. Instead of being passive users of technology, they can grow into confident creators who understand how AI works and how it shapes the world around them.That’s exactly why HiWave4Kids introduces AI through hands-on projects. By building real games and coding simple systems, kids get a fun, practical way to explore AI concepts that stick — preparing them for a future where AI knowledge isn’t optional, but necessary. Everyday Examples of AI Kids Already Use Artificial Intelligence isn’t just in research labs or high-tech companies — it’s quietly woven into the tools and games kids interact with every day. Many children are already using AI without even realizing it, which makes early awareness even more important. Voice Assistants at Home Whether it’s Alexa playing a favorite song, Siri answering a quick question, or Google Home turning on the lights, voice assistants are one of the clearest examples of AI in daily life. These systems use natural language processing to understand kids’ voices and respond instantly. What feels like “magic” to a child is actually AI recognizing patterns in speech and providing smart answers. AI in Games and Entertainment Video games are filled with AI. From non-player characters (NPCs) that react differently based on a player’s moves, to adaptive difficulty levels that adjust to skill, AI shapes how fun and engaging games become. Streaming platforms like YouTube or Netflix also use AI to suggest videos or shows kids are most likely to enjoy next. These behind-the-scenes algorithms constantly learn from viewing habits to make personalized recommendations. Smart Devices Kids Rely On AI also powers many of the devices kids use daily. Tablets, smart TVs, and even some connected toys use AI to recognize patterns, personalize experiences, and improve over time. For example, educational apps often adapt to a child’s progress, giving easier or harder challenges depending on how they perform. This personalization helps keep kids engaged but also shows just how deeply AI is integrated into modern learning and play. Why Early AI Learning Matters for Kids AI is no longer just a futuristic idea — it’s a skill set kids will need to understand as naturally as reading or math. The earlier children are introduced to how AI works, the more comfortable and confident they’ll be with the technology that will shape their future. From Consumers to Creators Most kids interact with AI passively — asking a voice assistant a question or playing a game powered by algorithms. But when they learn the basics of AI early, they begin to shift from consumers of technology to creators. They can start asking smarter questions: “How does Alexa know what I said?” or “Why does YouTube recommend this video?” This curiosity lays the foundation for coding, problem-solving, and innovation. Critical Thinking and Problem-Solving AI learning isn’t just about machines — it’s about teaching kids to think logically, recognize patterns, and troubleshoot problems. These are the same skills engineers, scientists, and innovators use daily. A study from MIT found that when kids engaged in AI-related activities, they demonstrated stronger abilities in pattern recognition and reasoning compared to peers who only consumed digital content. This shows that early exposure helps children think more like problem-solvers than passive users. Future Career Readiness By 2030, experts predict that up to 70% of jobs will require some level of digital and technological literacy (World Economic Forum). Many of those roles will involve AI — from healthcare and education to business and creative fields. Giving kids a head start now doesn’t just make them more tech-savvy; it prepares them for careers that don’t even exist yet but will depend on understanding AI.Early AI learning ensures kids grow up seeing technology not as something mysterious or intimidating, but as a tool they can use to shape their own ideas and future. How Hands-On Projects Make AI Stick Kids learn best when they do more than just watch — they need to touch, build, and experiment. While videos and apps can explain what AI is, hands-on projects give children the chance to experience how it works. This shift from passive learning to active creation is what makes AI concepts memorable and meaningful. Learning by Building, Not Just Watching When kids build something with their own hands, they connect abstract ideas to real outcomes. For example, coding a simple game with AI-powered features helps them see how algorithms affect results in real time. Instead of just hearing “AI makes predictions,” they get to experience it: inputting commands, troubleshooting errors, and celebrating when it finally works. Research in education consistently shows that active learning boosts retention and reduces failure rates compared to passive lessons (Freeman et al., PNAS, 2014). Making AI Fun and Accessible Hands-on projects also make AI less intimidating. A child may not understand the technical details of neural networks, but they can see how sensors trigger lights, or how code changes a scoreboard. These small, playful experiments translate big, abstract concepts into kid-friendly lessons. When learning feels like play, kids stay engaged longer and build confidence in their ability to “figure it out.”By giving kids real projects, parents give them more than knowledge — they give them the confidence to explore, the curiosity to keep asking questions, and the skills to apply AI in practical, creative ways. Bringing AI to Life with HiWave4Kids At HiWave4Kids, we believe kids shouldn’t just hear about AI — they should experience it. That’s why our programs are built around hands-on projects that let children see how technology works while having fun along the way. Real Projects Kids Can Build Instead of passively watching a video lesson, kids dive into projects like coding scoreboards, wiring sensors, and building their own mini arcade game. These activities take AI from something abstract to something kids can touch, test, and share proudly. Every project is designed to spark curiosity and show how technology comes alive in the real world. Support for Parents and Families We make the process simple by shipping complete kits right to your door — no need to hunt for parts or supplies. Kids then join live classes with experienced instructors who guide them step by step, answer questions in real time, and encourage experimentation. Parents can relax knowing their child is engaged, supported, and learning future-ready skills in a safe environment. Preparing Kids for Tomorrow’s World By turning screen time into build time, HiWave4Kids helps kids shift from being passive consumers of technology to confident creators. They gain problem-solving skills, creativity, and resilience — the same traits that will prepare them for tomorrow’s AI-driven careers.Ready to give your child a head start with AI? Enroll in the HiWave4Kids AI Arcade Challenge today and watch them build, learn, and shine.
Read More →Inspiring Kids Through Play, One Project at a Time
HiWave makes STEAM fun and stress-free with the AI Arcade Challenge. Kids ages 9-14 build their own basketball arcade game while learning coding, AI, and problem-solving. We ship a full kit and recording setup to your door—so kids create, parents enjoy, and families treasure lasting memories.