Anatosaurus & Brachosaurus
Come face to face with life-size models of Anatosaurus and the giant, long-necked Brachosaurus. Meet creatures that ruled Earth millions of years ago.
Exhibits
150+ hands-on exhibits, one big collection
The park's exhibits are spread across two galleries, three cabins, a physics hall, a maths gallery and a wall of science kits, covering light, electricity, motion, the human body, space, maths and more.
Outdoor Gallery
21 exhibitsRockets, dinosaurs, machines and big open-air models of how the world works.
Sun Dial
Tell the time the way people did for thousands of years, using only the Sun. The pointer's shadow moves slowly as the day goes by.
Solar Power Radio
A radio that plays using nothing but sunlight. It shows how the Sun's energy can quietly power the gadgets we use.
Pythagoras Theorem
A hands-on model that proves a² + b² = c² for right-angled triangles. Watch the famous maths rule actually fit together.
Wave Motion
See how a wave travels and carries energy without dragging everything along with it. The same idea explains water, sound and light.
Newton's Third Law
Push one way and you get pushed back the other. Every action has an equal and opposite reaction, just like a launching rocket.
Simple Camera
A lens gathers light and forms a clear picture, exactly like the camera inside your own eye. See how images are made.
Mass and Inertia
Heavy things are hard to start moving and hard to stop. That stubbornness is called inertia.
Planetary Motion
Watch the planets loop around the Sun in their giant orbits. See why some finish a lap in months and others take many years.
Pin Hole Camera
A single tiny hole turns the world into an upside-down picture. It's the simplest camera ever, with no lens at all.
Gear Train
A row of connected gears passes motion from one wheel to the next, changing speed and force along the way.
Types of Gears
Spur, bevel and more, each gear shape does a different job. See how the right gear solves the right problem.
Worm Wheel
A screw-shaped gear turns a wheel slowly but with great strength. It's how heavy loads are moved a little at a time.
Bell Tower
Ring the bells and hear how their size and shape change the sound. Bigger bells make deeper notes.
Nipkov's Disc
A spinning disc full of holes was the very first way pictures were scanned for television. Watch an image appear hole by hole.
Play with Mirror
Tilt and turn mirrors to bend light, multiply objects and write secret reversed messages. Reflection is full of surprises.
1 + 1 < 1
A puzzle where the whole somehow looks smaller than its parts. It shows how easily our sense of size can be fooled.
Straight Bar Passing a Parabola
A perfectly straight rod slides smoothly through a curved slot. Surprisingly, straight lines can trace out a curve.
Vortex
Watch water spin into a swirling funnel, just like a tornado or a whirlpool. Spinning pulls everything in toward the centre.
GSLV Rocket Model
A model of India's Geosynchronous Satellite Launch Vehicle, the powerful rocket that carries heavy satellites high above the Earth.
PSLV Rocket Model
A model of India's Polar Satellite Launch Vehicle, the dependable workhorse rocket that has launched satellites for countries worldwide.
Indoor Gallery
15 exhibitsLight, electricity, magnetism and mind-bending illusions, all under one roof.
Mirror Maze
Step into a maze built entirely of mirrors. Reflections send your image bouncing everywhere, so finding the way out is half the fun.
Water Cycle
Watch water evaporate, form clouds and fall again as rain. It's the same endless journey water makes around the Earth every day.
Quiz Corner
Test what you know with quick, fun science questions. Every answer teaches you something new.
Lenz's Law
Drop a magnet down a metal tube and watch it fall in slow motion. A moving magnet creates currents that gently push back against it.
Curie Point
Heat a magnet and at a certain temperature it suddenly loses its magnetism. That special temperature is called the Curie point.
Test Your Reaction
How fast can you respond? This game measures your reaction time and shows how quickly your brain talks to your hands.
Head on a Platter
Clever mirrors make it look like your head is sitting on a plate, with no body in sight. Your eyes believe it even when you know it's a trick.
How an LED Works
See what happens inside a tiny LED as electricity turns straight into light. It's the same light glowing in your phone and your bulbs.
Infinity Well
Two mirrors face each other and bounce light back and forth, creating a glowing tunnel that seems to fall on forever.
Colour Shadow
Shine red, green and blue lights together and your shadow splits into surprising colours. Light mixes in ways paint never could.
Anti-Gravity Mirror
Stand beside this mirror and it looks like you're floating in the air, defying gravity. It's all a clever reflection.
Total Internal Reflection
Watch light get trapped and bounce along a curving stream of water. This is exactly how optical fibres carry the internet as light.
Tyndall Effect
Shine a beam through a cloudy liquid and the path of light lights up. It's the same reason we can see sunbeams through fog and mist.
Brownian Movement
Tiny particles jiggle and dance about with nobody touching them. It proves that everything is made of molecules that never stop moving.
Jacob's Ladder
A spark of electricity climbs up two metal rods like a glowing ladder. High voltage heats the air and the arc rises.
Cabin 1
31 exhibitsForces, machines, energy and the makings of the Earth.
Solar Fan
A little fan that spins on sunlight alone. It shows how solar cells turn light straight into electricity.
Collection of 20 Rocks
Twenty different rocks to see and compare. Each one tells a story about how the Earth was made.
Collection of 20 Minerals
A set of twenty minerals in many colours and shapes. They are the natural building blocks of rocks.
Coupled Pendulum
Two pendulums hung together quietly pass their swing back and forth. Watch energy travel from one to the other.
Timer
A simple device that measures the seconds ticking by. Time is one of the most important things scientists measure.
Electromagnetic Induction
Move a magnet near a coil and electricity appears. This is how power stations make the current in your home.
Inclined Plane
A ramp makes it far easier to lift a load. It's one of the simplest machines ever invented.
Linear Expansion
Heat a metal rod and it grows a little longer. Most things expand when they warm up and shrink when they cool.
Lever, a Simple Machine
A bar balanced on a point can lift heavy things with little effort. The lever is a simple machine you use every day.
Periscope
Look around a corner using two angled mirrors. Submarines use the very same trick to see above the water.
Borosilicate Glass Kit
Special glass that doesn't crack when heated quickly. It's why science labs use it for beakers and flasks.
Resistance in Series
Connect resistors one after another and see how, together, they slow the current down even more.
Floating Magnet Set
Ring magnets float above one another, held up by invisible forces. Like poles always push apart.
Simple Motor
A coil, a magnet and a battery spin into a tiny motor. It's the heart of every fan and toy car.
Current vs Wire Length
See how a longer wire lets less current flow. Length changes a wire's resistance.
Electric Bell
Press the switch and an electromagnet makes the hammer ring the bell again and again.
Resistance in Parallel
Connect resistors side by side and more current can flow. This is how the wiring in your home is arranged.
24V Sound System
A low-voltage sound setup that shows how electrical signals become the music you hear.
Heating Effect of Current
Electricity flowing through a wire makes it heat up. It's how heaters, toasters and old bulbs work.
Solar Light & Panel
A solar panel catches sunlight and lights a lamp. Clean energy straight from the Sun.
Resistance vs Material
Different materials carry current differently. Some let it flow easily, others resist it.
Geometry Box
The classic set of compass, ruler and protractor for drawing perfect shapes and angles.
Robot Kit
Build and control a simple robot. The first step into the world of robotics and coding.
Optical Kit
Lenses, mirrors and prisms to bend and split light any way you like.
Different Types of Shapes
A hands-on set of flat and solid shapes to hold and compare. Geometry you can touch.
Archimedes Screw
Turn the handle and a spiral inside lifts water uphill. An ancient invention still used today.
Musical Instruments
Try different instruments and hear how each makes its own sound. Music is science you can listen to.
Why We Have Seasons
A model showing why we get summer, winter and the seasons as the Earth circles the tilted Sun.
Phases of the Moon
See why the Moon looks different every night, from a thin sliver to a full bright circle.
Geo Board
A board of pegs and rubber bands for making shapes and exploring geometry by hand.
Crystal Structure
Models of how atoms stack in neat, repeating patterns to form crystals like salt and diamond.
Cabin 2
11 exhibitsElectricity, magnetism and the building blocks of life.
DNA
A twisted-ladder model of DNA, the code inside every living thing that decides how it grows.
Different Sounds
Explore high notes, low notes and noise, and find out what makes each sound different.
Magnetic Material Finder
Test which objects a magnet sticks to and discover which metals are magnetic and which are not.
Mechanical Effect of Current
An electric current can make things move. See how electricity turns into motion.
Newton's Colour Disc
Spin a disc painted in seven colours and it turns white. White light is really all the colours mixed together.
Mutual Induction
Two coils sit side by side, and a changing current in one creates a current in the other, with no wires touching.
Relay Circuit
A small current switches on a much bigger one. Relays let tiny signals control powerful machines.
Current through a Resistor
Change the resistor and watch the current change. More resistance means less flow.
Windmill
Blowing air spins the blades and does work. The same idea powers giant wind turbines.
Oersted's Experiment
A wire carrying current makes a compass needle move. This was the discovery that linked electricity and magnetism.
Domestic Circuit
A model of the wiring in a home, showing how switches, plugs and lights connect safely.
Cabin 3 · Life Science
23 exhibitsThe amazing machine that is the human body, and the living world.
Human Body Parts
A model showing the main parts of the human body and where they all sit.
Hydra
A tiny freshwater animal with waving arms. Cut it into pieces and each piece can grow into a whole new one.
Human Ear
A giant model of the ear showing how it catches sound and helps you hear and keep your balance.
Respiratory System
Follow air from your nose down to your lungs and back. This is how you breathe.
Lungs with Heart
A model of the lungs and heart working as a team to send oxygen around your body.
RNA
A model of RNA, the helper molecule that carries instructions from your DNA to build your body.
Human Eye
A big model of the eye showing how its lens focuses light so that you can see.
Animal Cell
A look inside the tiny building block of all animals, including you.
Human Skin
The layers of skin up close, your body's largest organ and its first line of defence.
Amoeba
A single-celled creature that changes shape to move and to eat. Life can be just one cell.
Human Thigh
A model of the thigh showing the big muscles and bone that help you walk and run.
Teeth with Tongue
A model of teeth and tongue showing how you bite, chew and taste your food.
Chromosome
Tightly packed bundles of DNA that carry all your features from your parents to you.
Lungs Glass Model
A working glass model that puffs up and deflates to show exactly how your lungs breathe.
Kidney with Bladder
A model of the kidneys and bladder, the filter that cleans your blood and makes urine.
Human Brain
A model of the brain, the control centre that lets you think, feel, move and remember.
Plant Cell
A look inside the building block of every plant, complete with its green chloroplasts.
Human Heart
A model of the heart, the tireless pump that pushes blood to every corner of your body.
Frog Anatomy
A model of a frog's insides, a classic way to learn how an animal's organs fit together.
Life History of a Frog
Follow a frog from egg to tadpole to adult, an amazing change called metamorphosis.
Nervous System
The body's wiring of nerves that carries lightning-fast messages between your brain and the rest of you.
Digestive System
Follow food on its journey through the body and learn how you get energy from a meal.
Circulatory System
The network of vessels that carries blood, oxygen and food all around your body.
Physics Hall
32 exhibitsMotion, light, heat and electricity you can see in action.
The Globe
A spinning model of the Earth showing its countries, oceans and the way it tilts.
Centrifugal Force
Spin something in a circle and it feels flung outward. It's the force you feel on a merry-go-round.
Persistence of Vision
Flip quick pictures and your eyes blend them into moving film. It's the secret behind every cartoon.
Moment of Inertia
See why some shapes are easier to spin than others. Where the mass sits really matters.
Magic Flower
A paper flower opens all by itself on water. Surface tension creeps up the petals and unfolds them.
Inertia of Motion
A moving object wants to keep moving. That's why you lurch forward when a bus suddenly brakes.
Surface Tension
See how water's stretchy skin lets small things float and pulls drops into neat little beads.
Cam Shaft
A spinning shaft with bumps turns round motion into up-and-down motion, just like in a car engine.
Reflection & Transmission
See how light bounces off some surfaces and passes straight through others.
Conservation of Energy
Energy is never lost, only changed from one form to another. Watch it transform before your eyes.
Image in a Curved Mirror
Curved mirrors can shrink, stretch or flip your reflection. See how spoons and funhouse mirrors work.
Ampere's Model
A model showing how electric currents create magnetism, named after the scientist André-Marie Ampère.
Double Cone Uphill
A double cone that mysteriously seems to roll uphill. Your eyes are fooled, but gravity is not.
Fleming's Left Hand Rule
A simple hand trick that predicts which way a wire will move in a magnetic field.
Inertia at Rest
An object at rest wants to stay at rest. Whip the cloth away and the dishes hardly move.
Centrifuge
Spin tubes very fast to separate mixtures, exactly the way science and medical labs do.
Merry Go Round
A spinning ride that shows how circular motion and the outward push really feel.
Two Types of Generator
See how spinning a magnet makes electricity, in both AC and DC generators.
Picture Projector
See how a bright lamp and a lens throw a large, clear picture onto a screen.
U-tube Manometer
A U-shaped tube of liquid that measures the pressure of a gas by how far the liquid moves.
How Pulleys Work
Pulleys and ropes let you lift heavy loads with ease. See the clever mechanics behind a crane.
Geological Clock
A clock that squeezes Earth's whole 4.5-billion-year story into 12 hours. Humans appear in the last few seconds.
Tide Dial
A dial showing how the Moon's pull drags the seas to make high and low tides.
Saturn's Rings
A model of Saturn and its dazzling rings, made of countless pieces of ice and rock.
Leo Constellation
Learn to spot Leo the Lion, one of the easiest star patterns to find in the night sky.
Solar System Model
The Sun and its whole family of planets laid out so you can see how they are arranged.
Heat Switch (Bimetallic Strip)
Two metals joined together bend when heated and flip a switch. This is how a thermostat works.
Conductor and Insulator
Find out which materials let electricity pass through and which ones block it.
Power Loss in Transmission
See why electricity loses a little energy as it travels along long power lines.
Demonstration Dynamo
Turn the handle and generate your own electricity, just like a bicycle dynamo.
Types of Meters
A look at the different meters that measure current, voltage and resistance.
Battery Eliminator
A device that runs gadgets from the wall instead of batteries by lowering the voltage.
Maths Gallery
25 exhibitsShapes, numbers and patterns that make maths click.
Tangram
Seven flat pieces that fit together to make endless pictures. A puzzle that secretly teaches geometry.
Hollow Sphere
A ball that's empty inside, used to explore the surface area and volume of a sphere.
Hollow Cylinder
A tube shape for comparing the space inside with the surface wrapped around it.
Patterns with Triangles
See how simple triangles tile together to build bigger shapes and beautiful patterns.
Construction of a Parabola
Draw a smooth curve using only straight lines and careful steps. Maths can be beautiful.
Angle Sum of a Triangle
Discover why the three angles inside any triangle always add up to 180 degrees.
Angle Sum of a Quadrilateral
See why the four angles inside any four-sided shape always add up to 360 degrees.
Magnifying Measure
A tool that enlarges tiny markings so you can measure with extra accuracy.
The Value of Pi
Discover where the famous number pi comes from by measuring around and across circles.
Perpendicular Line Segment
Learn to draw two lines that meet at a perfect right angle, every time.
Exterior Angles of a Polygon
Explore the angles on the outside of shapes like pentagons and hexagons.
Algebra Identities
Hands-on blocks that prove algebra formulas like (a + b)² really do work.
Powers of Two
See how numbers double again and again, growing astonishingly fast.
Magnetic Alphabets
Magnetic letters you can arrange to build words and learn to spell, hands-on.
Fraction Discs
Coloured discs split into halves, thirds and quarters make fractions easy to see.
Linking Cubes
Snap cubes together to count, add and build, a playful way to learn numbers.
Game of Place Value
A game showing how a digit's place, ones, tens or hundreds, changes its value.
Geometric Stencils
Stencils for tracing perfect circles, squares and triangles in a flash.
Trundle Wheel
Roll this wheel along the ground and it clicks off each metre. A fun way to measure long distances.
Wooden Abacus
Slide the beads to add and subtract. One of the oldest counting tools in the world.
Roman Number Kit
Learn how the Romans wrote numbers using letters like I, V, X and L.
Design Your Own Fraction
Create and compare your own fractions and see how the parts make up a whole.
Dummy Currency Notes
Play-money notes for learning to count cash, give change and plan a budget.
Set of Maps
A set of maps to explore your district, your state, your country and the world.
North, South, East & West
Learn the four main directions and how to find your way using a compass.
Science Kits & Models
16 exhibitsWorking kits and models that bring big ideas down to the bench.
Geodesic Sphere
A ball built from many flat triangles, strong and light, a favourite of engineers.
Syphon Fountain
Water seems to defy gravity, flowing up and over before splashing down. Air pressure does the trick.
Archimedes' Principle
Drop an object in water and it pushes some out. That's exactly why heavy ships can float.
Energy from a Speed Breaker
A speed bump that makes electricity every time a vehicle rolls over it. Clever, clean power.
Chemistry Kit
Beakers, tubes and safe chemicals for trying real, hands-on experiments.
Bulging of the Earth
Earth isn't a perfect ball, it bulges around the middle. See why spinning makes it so.
Bell Making Kit
Discover how metal bells are shaped and tuned to ring out different musical notes.
Heater and Rheostat
Turn a dial to control the current and watch a coil glow hotter or cooler.
Water Level Indicator
An alarm that tells you when a tank is full, using a little electricity and water.
Static Electricity
Build up tiny charges that make your hair stand up and tiny sparks jump.
Daniel Cell
A simple wet battery from the early days of electricity, made with metals and liquid.
Astrolabe
An ancient star-finder that helped sailors and astronomers measure the sky.
Mars Orbiter
A model of India's Mangalyaan, the spacecraft that reached Mars on its very first try.
Food Nutrients Testing Kit
Simple tests that reveal the starch, sugar, fat and protein hidden in your food.
3-in-1 Robotic Kit
Build three different robots from one kit and learn how machines are programmed to move.
Telescope
Point it at the night sky and bring the Moon, the planets and distant stars up close.
And a 30-seat planetarium too.
Alongside all of these exhibits, the park runs a full dome planetarium and a science video theatre. There's far more to see than any single visit can hold.
Plan your visit