Give young minds the tools to imagine, code, build, and bring intelligent machines to life. Explore AI, robotics, coding, and engineering through hands-on projects designed to make learning practical, exciting, and unforgettable.
Face & object detection algorithms
Visual Scratch blocks + native Python 3
Hands-on projects that turn abstract theory into tangible, working machines.
Explore computer vision, neural models, and voice recognition interactively.
Create autonomous rovers, robotic arms, bipedal humanoids, and smart devices.
Begin with playful visual block coding and transition smoothly to text Python.
Structured learning paths tailored for beginners, young builders, and advanced teens.
Real hardware, practical engineering challenges, and intelligent creations you can actually see, touch, and command.
Build an expressive companion that wags its tail, purrs when petted, and smiles on face detection.
Build This Project
Create an autonomous vehicle that stays in lanes, obeys road signs, and navigates obstacles independently.
Build This Project
Build an environmental IoT monitor that senses soil moisture, tracks sunlight, and triggers irrigation pumps.
Build This Project
Program a spoken voice assistant that understands natural voice queries and responds with LED animations.
Build This Project
Wire up agile differential drive motors and remote smartphone gamepad controls to compete in friendly soccer games.
Build This Project
Explore space robotics with a 6-wheel rocker-bogie passive suspension designed for climbing extreme planetary terrain.
Build This Project
Learn kinematics and servo motor coordinates to pick, rotate, and sort objects by color automatically with precision claws.
Build This Project
Train a custom vision classifier to recognize plastics vs organics, actuating a servo sorting gate automatically.
Build This ProjectMore than a toy — Quarky is a state-of-the-art programmable micro-controller built for children. Packed with 35 RGB LEDs, touch sensors, speaker, Bluetooth, and expansion slots, it transforms from a cuddly desk companion into self-driving cars, rovers, and humanoid walkers.
Engineered to grow alongside your child. Choose the kit tailored to your learner's current age and experience level.
The gentle on-ramp to coding. Learn visual drag-and-drop algorithms, light synthesis, sound triggers, and foundational robotics.
Build autonomous vehicles, line-following racers, and robotic pets. Introduces optical sensors, ultrasonic sonar, and Python coding.
The complete engineering package. 10+ robot transformations including robotic arms, soccer bots, and complete Python AI vision workflows.
Supercharge your core kit with specialized engineering add-ons. From 360° omni-wheels to quadruped spider walking and robotic grippers.
Learn vector kinematics, 360-degree drifting, and zero-radius rotational steering.
Assemble a bipedal robot that dances, balances, and walks using synchronized servo kinematics.
Explore biological gaits inspired by animal locomotion. 8 servos enable crawling over obstacles.
NASA-style rocker-bogie differential suspension with 6 motors for conquering rugged planetary terrain.
A pedagogical roadmap created by engineers and educators to ensure frustration-free mastery at every milestone.
What is an algorithm? What makes a machine think? Explore lights, sounds, and logic games.
Build animations, digital instruments, simple arcade games, and wired circuits.
Assemble mechanical wheels, ultrasonic sensors, DC motors, and track-following cars.
Train machine learning datasets, computer vision face filters, and speech recognition bots.
Develop Python autonomous systems, multi-axis robotic arms, and capstone science projects.
Demystify machine intelligence. Click an AI concept to see real-time computer vision simulation and understand how Quarky perceives reality.
Children train these exact computer vision pipelines using friendly graphical drag-and-drop blocks, then deploy them directly onto physical Quarky robots.
Select any configuration to see how Quarky's modular frame, servos, sensors, and code adapt to distinct engineering challenges.
The classic starter configuration. Two independently driven wheels with a smooth rear castor ball enable precise spins, forward sprints, and responsive directional turning.
Bring coding, AI and robotics to life with structured textbooks and activity-based workbooks designed by premier STEM educators.
Illustrated computational thinking, sequencing, conditionals, and logical patterns for early learners.
Step-by-step game physics, interactive sprite animation, and arcade design missions.
From text syntax to real-world robot control scripts, automated games, and OpenCV camera filters.
Maze navigation quests, sumo arena rules, rover rescue scenarios, and puzzle-solving engineering logs.
We bridge the gap between high-level future technology and joyful, accessible childhood curiosity. Your child doesn't just watch videos — they construct, program, test, and celebrate real accomplishments.
Hands-on physical kits turn screen time into productive engineering.
Develops persistence and debugging mindset through trial and success.
Introduces real AI, logic, computer vision, and Python naturally.
Certified child-safe electronics with no exposed live high voltages.
Give students hands-on experience with AI, robotics, coding and emerging technologies through structured curriculum, hardware, teacher training, and continuous classroom support.
Complete multi-student hardware sets with shared inventory trays.
Grade 1–12 mapped teacher slide decks, workbooks, and assessments.
Hands-on pedagogy workshops to empower educators with zero tech anxiety.
Student showcase challenges with medals, certificates, and recognition.
See what kids around the globe are dreaming up and constructing with StemSpace kits and software.
"Trained an AI model to distinguish recyclable cardboard from plastics. Built a 2-chute motorized sorting bin that won 1st place in our school science fair!"
"Built an assistive device using Quarky that watches hand gestures via webcam and speaks the translated phrases aloud to help hard-of-hearing classmates."
"Brother and sister team assembled a 6-wheel rover to navigate our backyard obstacle course, logging temperature and obstacles in real-time."
Real feedback from parents who watched their children develop genuine technological fluency and pride.
Tips, guides, and pedagogy insights for parents and teachers navigating 21st-century technology education.
Demystify algorithms with tangible, interactive visual tools that make intelligent computing intuitive and creative for young minds.
Read Article →
Discover the specific milestones when children are ready to bridge graphical block-coding and authentic text-based programming.
Read Article →
A practical roadmap for school administrators, principals, and educators to implement hands-on robotics labs on accessible budgets.
Read Article →Everything you need to know about kits, coding compatibility, school curricula, and technical support.
Join thousands of curious kids, parents, and educators in the StemSpace community. Discover weekly new projects, downloadable code templates, and exciting STEM challenges.
We respect your privacy. Unsubscribe anytime.