STEM Education for Teachers

Build a solar‑powered car/fan to experience renewable energy in action. Observe how sunlight angle affects speed. Covers energy conversion: light → electrical → mechanical.

Build a Home Energy Detective (LED vs bulb) with simple, safe materials. Learners observe cause–effect and record basic data. Covers foundational concepts in Sci/Tech/Math.

Create working paper/board circuits with LEDs, switches, and sensors. See how electricity flows in a closed path and how inputs control outputs. Covers circuit basics, series/parallel, and signals.

Build and control a fan using motors and sensors. Experiment with blade angle and temperature‑based switching. Covers feedback, energy conversion, and simple control.

Test materials to slow melting and observe heating/cooling effects. See solids, liquids, gases in action. Covers heat transfer and states of matter.

Observe states of matter through heating and cooling experiments. Watch ice melt, water boil, and balloons expand. Covers thermal expansion and phase changes.

Measure weather and Earth systems with simple instruments. Record wind, rain, microclimate, and observe water/erosion cycles. Covers data collection and Earth science basics.

Build an automatic temperature-controlled fan using thermistor sensors. Design circuits that respond to heat. Covers smart automation and temperature sensing.

Turn motion into electricity with a hand‑crank generator. Light an LED and feel the effort. Covers electromagnetic induction and energy conversion.

Build an automated plant watering system using soil moisture sensors. Design smart irrigation that activates when soil is dry. Covers plant care automation and sensor technology.

Test what plants need to grow by creating controlled experiments. Compare plants with and without water, light, or nutrients. Covers plant biology and fair testing.

Investigate light with shadows, sundials, mirrors, and lenses. Relate shadow length to time and explore reflection/refraction. Covers basic optics and Sun–Earth geometry.

Create a mini water cycle model in a jar. Observe evaporation, condensation, and precipitation. Covers Earth’s water cycle and weather patterns.

Measure weather and Earth systems with simple instruments. Record wind, rain, microclimate, and observe water/erosion cycles. Covers data collection and Earth science basics.

Build a working model of human lungs using balloons and bottles. Demonstrate breathing mechanics and air pressure changes. Covers respiratory system function.

Create a maze to study how plants grow toward light. Watch seedlings navigate obstacles to reach sunlight. Covers plant behavior and light response.

Explore balance and stability through hands-on experiments. Test how weight distribution affects equilibrium in different shapes and structures. Covers physics of balance.

Measure and track pulse rates using digital sensors. Compare resting vs active heart rates and analyze cardiovascular fitness data. Covers heart function and health monitoring.

Compare soil erosion between bare earth and grass-covered areas using controlled water simulation. Observe how plant roots prevent erosion. Covers environmental protection.

Model food chains and test how different 'beak' shapes help animals catch specific prey. Simulate ecosystem relationships and survival adaptations. Covers ecology and evolution.

Create interactive storybooks with pop-up lights and glowing elements. Build circuits into paper pages to enhance storytelling. Merges creative writing with electronics.

Draw functional circuits using conductive ink pens and make LEDs light up. Create artistic greeting cards with working electronic elements. Combines art with electronics.

Build an interactive quiz board where LEDs light up for correct answers. Design logical OR circuits to create educational games. Covers interactive learning systems.

Build an automatic night lamp using light sensors. Design circuits that respond to darkness and adjust brightness automatically. Covers sensor-based automation.

Create sound with vibrating bands or buzzers. Experiment with length/tension and timing. Covers waves, frequency, and signal timing.

Explore magnets: make a compass and an electromagnet crane. Test distance/turns vs strength. Covers magnetic fields, poles, and electromagnetism.

Represent information with LEDs and explore randomness. Practice binary digits and simple probability. Covers data encoding and statistics basics.

Create a water leak detection system using conductivity sensors and alarm circuits. Build safety devices that protect against water damage. Covers environmental monitoring.

Represent information with LEDs and explore randomness. Practice binary digits and simple probability. Covers data encoding and statistics basics.

Test how different surfaces affect car motion down ramps. Compare smooth vs rough surfaces and measure speed differences. Covers friction and motion.

Build pulley systems and test how multiple pulleys reduce the force needed to lift weights. Compare single vs compound pulley advantages. Covers mechanical advantage.

Build a catapult and test how launch angle affects projectile range. Collect data on optimal angles for maximum distance. Covers projectile motion and physics.

Design and build paper airplanes and gliders to test flight performance. Experiment with wing shapes, weights, and launch angles. Covers aerodynamics and flight principles.

Experiment with floating and sinking using clay boats and various objects. Test how shape affects buoyancy and carrying capacity. Covers density and buoyancy principles.

Investigate bicycle mechanics including wheel motion, braking systems, and mass effects on performance. Test friction, momentum, and stopping distances. Covers transportation physics.

Build a motorized lift with safety limit switches to prevent over-travel. Design automatic elevator controls with up/down limits. Covers automation and safety systems.

Build gear trains and lever systems to understand mechanical advantage. Test how gear ratios and lever arms multiply force and change speed. Covers simple machines.

Design and build bridges using limited materials, then test their strength-to-weight ratio. Optimize for maximum load capacity with minimum materials. Covers structural engineering.

Follow the engineering design cycle to optimize fan blade efficiency. Design, test, analyze, and improve blade geometry for maximum airflow. Covers iterative design process.

Create sound with vibrating bands or buzzers. Experiment with length/tension and timing. Covers waves, frequency, and signal timing.

Investigate light with shadows, sundials, mirrors, and lenses. Relate shadow length to time and explore reflection/refraction. Covers basic optics and Sun–Earth geometry.

Measure weather and Earth systems with simple instruments. Record wind, rain, microclimate, and observe water/erosion cycles. Covers data collection and Earth science basics.

Measure weather and Earth systems with simple instruments. Record wind, rain, microclimate, and observe water/erosion cycles. Covers data collection and Earth science basics.

Build a Symmetry & Patterns Explorer with simple, safe materials. Learners observe cause–effect and record basic data. Covers foundational concepts in Math/Art.

Short Product Description Build a real working windmill and explore renewable energy through hands-on mechanical engineering! Kids assemble the tower, blades, and rotating hub to understand how wind p

Short Product Description Build a fully functional hydraulic crane using syringes and water-powered actuators! Kids explore real hydraulic principles by assembling a crane that lifts, lowers, and move

Short Product Description Build a strong, realistic mini suspension bridge using precision-cut wooden parts and engineering principles! Kids explore real-world bridge design while assembling a stable

Short Product Description Build a working mechanical car lift using real lever mechanisms! Kids assemble a mini workshop-style lift that raises and lowers a toy car using gears and levers—just like re

Short Product Description Build your own mechanical racing car powered purely by winding and releasing stored elastic energy! Kids assemble the chassis, wheels, and wind-up mechanism to create a car t

Short Product Description A fascinating biomimicry project where kids build a fully functional mechanical hand that moves using strings and linkages—just like real tendons! This hands-on kit helps chi

Machines & Motion Series Short Product Description A fun hands-on physics kit where kids build a balancing robot that uses adjustable counterweights to find perfect equilibrium. With every tweak,

Short Product Description A high-energy physics kit where kids build a powerful wooden catapult and experiment with projectile motion, energy transfer, and accuracy challenges. Fun, fast to build, and

Short Product Description A hands-on hydropower project where kids build a working water wheel and explore how flowing water creates rotational energy. Perfect for curious young engineers who love rea

Short Product Description A delightful ecology-themed DIY project where kids build their own wooden bird feeder, hang it outdoors, and observe real birds up close. Perfect for young nature explorers!

Short Product Description A hands-on weather science project where kids build a working mini weather station and measure real wind speed, wind direction, and rainfall. Perfect for young meteorologists

Short Product Description A super-fun mechanical engineering kit where kids build a working miniature ATM with gears, cranks, and a sliding dispenser! Learn how real ATMs use mechanisms to move and re

Short Product Description Build a fully functional railway crossing gate and discover how real safety barriers work! Kids assemble the base, pivoting arm, signal lens, and elastic return mechanism to

Short Product Description Launch foam airplanes at high speed using a kid-built elastic-powered launcher! Children assemble the wooden frame, angled launch arm, and rubber-band tension system, then te

Short Product Description Build a stunning rotating Ferris Wheel entirely from scratch! Kids assemble the wooden base, support pillars, rotating wheel, and seat cabins to create a working mechanical s

Short Product Description Build a fully functional mechanical clock tower powered by gears! Kids assemble layered wooden panels, interlocking gears, axles, and a clock face to create a beautiful worki

Short Product Description Build your own mechanical walking dog! The Robo Dog Pet – DIY Kit teaches kids how crankshafts, linkages, and gears work together to create life-like movement. Once assembled

Machines & Motion Series Short Product Description Build a real working music box! With the Music Box Maker – DIY Kit , kids assemble a hand-cranked pin drum and sound comb to create magical melod

Short Product Description Build your own mesmerizing moving artwork! The Kinetic Sculpture – DIY Kit lets kids create a beautifully balanced motion-art machine powered by simple gears and a hand crank

Short Product Description Build a magical moving carousel! The Pop-Up Carousel – DIY Kit lets kids create a beautiful rotating ride with seats that move up and down using linked cam mechanisms. It’s a

Short Product Description Bring animals to life with motion! The Animated Zoo – DIY Kit lets kids build a moving zoo where each animal performs a different motion using cams, followers, and linkages.

Short Product Description Build your own mini city! The Smart City Builder – DIY Kit lets kids design roads, buildings, intersections and moving city features using modular wooden tiles. It’s a hands-

Short Product Description Build your own working construction loader! The Construction Vehicle – DIY Kit lets kids assemble a detailed mechanical earthmover with a functioning lift-and-scoop arm. Perf

Short Product Description Build your own working mini conveyor belt and explore how real factories move products! The Mini Factory Conveyor – DIY Kit lets kids assemble a functioning belt-and-roller s

Short Product Description The Creator Box is the ultimate open-ended STEM building kit packed with laser-cut wooden parts, connectors, rods, wheels, and tools that let kids build hundreds of different

Short Product Description Build a working elevator model using pulleys, ropes, and a hand-crank! This DIY kit lets kids explore how real lift systems move people and materials inside buildings. A hand

Short Product Description Build a fully functional robotic arm that grips, lifts, and rotates—just like real industrial robots! This hands-on kit teaches kids how linkages, pivots, and gears work toge

Short Product Description Build a beautifully engineered butterfly that flaps its wings using real cam-and-linkage mechanics! Kids explore biomimicry and motion design as they assemble gears, cams, an

Short Product Description Build a real working wind compass and learn how direction, magnetism, and wind movement work together! Kids assemble a rotating pointer, magnetic components, and a PETG dial

Short Product Description Build a real working domino drop machine that teaches kids the basics of sequencing and cause-and-effect! By assembling gears, a rotating index wheel, and a timed pusher, chi

Short Product Description A fun hands-on physics game where kids build a balancing beam with acrobat figures and test how weights, positions, and forces affect equilibrium. A perfect introduction to b

Short Product Description A thrilling STEM puzzle kit where kids build their own magnetic maze and guide a steel ball through twists and turns using a magnetic wand. Perfect for exploring magnetism, h

Short Product Description A creative engineering kit where kids design and assemble their own functional marble run using funnels, tracks, slopes, and support pillars. Perfect for introducing gravity,

Short Product Description A fun, high-energy STEM kit where kids build their own working catapult and experiment with launch power, angles, and projectile distance. Perfect for young engineers who lov

Short Product Description A hands-on science lab where kids explore temperature, heat transfer, and insulation using real measurement tools. Build your own experiment station and compare how hot vs. c

Short Product Description A fascinating hands-on kit that lets kids see sound ! Build your own vibration demo screen, connect a sound source, and watch sound waves create real patterns. Perfect for yo

Short Product Description A hands-on aerodynamic testing module that extends your Mini Wind Tunnel system. Kids assemble a transparent airflow chamber, add test sections, and explore how air moves aro

Short Product Description A fun and interactive electronics project where kids build a light-reactive cube! The Light Chaser follows or reacts to light using a photo-sensor and LED circuit. Perfect fo

Short Product Description Kids build a real working solar-tracking system that follows the direction of light—just like modern solar panels! With gears, pivots, and a functional solar panel, this hand

Short Product Description This ingenious DIY Drawing Machine lets kids create stunning geometric spiral patterns using real gears and mechanical motion! A perfect blend of engineering and art, this ha

Short Product Description Build your own mini wind farm and discover how clean, renewable energy is generated! This hands-on kit teaches kids how wind turbines work, how electricity is produced, and h

Short Product Description Kids build a working ON/OFF switch and learn how everyday home switches control electricity! This hands-on kit introduces basic circuits, LEDs, and safe wiring through a fun

Short Product Description A hands-on aerodynamics lab that lets kids test airplanes, observe airflow, and understand how lift works! This DIY wind tunnel brings real aerospace science into your home o

Short Product Description A hands-on electronics project where kids build a working traffic signal with real LEDs! This DIY kit introduces circuit basics, sequencing logic, and how real city traffic l

Short Product Description Build a real working hovercraft that glides on air! Kids learn how air pressure, lift, and engineering design work together to create smooth motion using a fan-powered air cu

Short Product Description Build a real solar-powered robot car that runs using sunlight—no batteries required! Kids learn how solar energy transforms into motion using a motor and simple circuits. Wha

Short Product Description Create your own storytelling theater using light and shadows! Kids build a real shadow-play stage and bring characters to life while learning how light, opacity, and distance

Short Product Description A powerful multi-experiment STEM station where kids explore wind, solar, and mechanical energy all in one setup! This hands-on kit helps young engineers understand how differ

Short Product Description A hands-on logic and electronics learning kit where kids build real working circuits using colourful puzzle blocks! This engaging board transforms abstract circuit concepts i

Short Product Description Build your own wiggly, vibrating robot! The SpinBot Arm uses an eccentric motor to create fun, unpredictable movements that kids can experiment with. Once assembled, the robo

Short Product Description A fun, screen-free learning system that gets kids moving while they learn. LearnMove Starter turns your TV into an interactive motion classroom where kids jump, stretch, danc

Short Product Description Bring stories to life using motion! StoryMotion turns storytelling into a physical adventure where children act, gesture and move to control what happens next in the story wo

Short Product Description Jump, move and solve! MathMotion turns math practice into an energetic game where kids answer math problems using movement — making learning fast, fun and memorable. How it W

Short Product Description Learn colors, draw with motion, and create art in an interactive way. ArtMotion blends creativity and movement — kids use gestures to mix colors, reveal shapes and complete a

Short Product Description The most fun way for kids to stay active at home! SmartFitness Junior uses full-body motion tracking to turn exercise into a game — helping kids build strength, stamina and a

Short Product Description A revolutionary kit that teaches coding using full-body motion! Kids use gestures, movements and logic blocks to control characters, create algorithms and solve coding puzzle

Short Product Description A family motion-gaming console designed for interactive play. Family Play Arena turns your TV into a party arena where two players compete in motion-based games — great for b

Short Description A hands-on anatomy adventure! Kids explore the human body by assembling realistic organs, bones, and body systems. Perfect for young learners curious about how their bodies work. Wha

Short Description A smart interactive globe that brings the world to life! Scan with the companion app to see 3D animals, weather patterns, landmarks , and fun facts pop up on your screen. What’s Insi

Short Description A smart geography + history game board where kids explore the world using an app-enabled car that unlocks historical events, cultures, monuments, and civilizations as it moves. What’

Short Description Travel the world without leaving home! Kids use the VR headset and app to explore tourist destinations, monuments, cultures, and historic places in immersive 360° virtual reality. Wh

Short Product Description Turn your child’s learning time into a hands-on, interactive adventure! The AR Physics Kit blends a colorful board game with advanced augmented reality to help kids visualize

Short Product Description Chemistry becomes exciting when kids can see it! The AR Chemistry Kit transforms complex science topics into interactive 3D models, animations, and guided lessons that pop ou

Age Group: 8–14 years Skill Level: Beginner to Intermediate Product Overview: The Line Follower Robot DIY Kit introduces children to the fundamentals of robotics, electronics, and logical thinking thr

Learn Beyond Pages. Experience Knowledge. Fat Brain Labs AR Tech Magazine is a first-of-its-kind interactive learning magazine that combines physical reading with Augmented Reality (AR) to turn curios

Learn Beyond Pages. Experience Knowledge. Fat Brain Labs AR Tech Magazine is a first-of-its-kind interactive learning magazine that combines physical reading with Augmented Reality (AR) to turn curios