Test Acids and Bases using indicators that you make yourselves, using substances one can find at home or at nearby supermarkets. Safest way to play around with Acids and other strong chemicals

Play with acids and bases in a safe environment. No worrying about accidents or hurting yourselves. Get up, close and personal with a variety of acids, bases and salts to understand their chemical properties.

Explore male and female Endocrine glands and their secretions using an interactive 3D model. Understand sex determination in human beings through an activity.

Certain animals exhibit metamorphosis. Understand this concept by getting up close and personal with one such species.

What changes do our bodies undergo during puberty and adolescene ? Take a peak inside our bodies, and find out for yourselves

Create a bee farm and build out the best surrounding ecosystem to maximize production of wax and honey

Create a cattle farm and build out the best surrounding ecosystem to maximize dairy production while keeping them in best health

Create a fish farm and build out the best surrounding ecosystem to maximize fish breeding and meat production

Create a poultry farm and build out the best surrounding ecosystem to maximize production & breeding of domestic fowls while keeping them in best health

Gather samples of various plant and animal tissues. Put them under the microscope to observe their shape, texture, color and cell structures

Learn concept of buoyancy and Archimedes Principle through lab experiment and apply that in real life.

How are elements getting held together to form compounds ? Create bonds and find out for yourselves !! This simulation allows you to create bonds for elements and compounds commonly used in our daily lives.

Get an up close and personal view of Rutherford's Gold foil experiment. Feel the intensity as the alpha particles bombard into the gold foil. Play a game of valency and find out how much you real know about K, L, M, N shells and valence electrons.

Objective is to understand how sound travels in different medium. A sound producing device is used that sends out a beep every second. Watch how sound waves travel in Air. When sound is sucked out of a bell jar containing the sound device, watch what happens to the volume of sound. Does sound propagate in vacuum ? Compare speed of Sound waves in air with that in water and in a solid steel rod.

Objective is to demonstrate how light bends (due to refraction or reflection) when it travels from medium to another. Explore what happens when light moves from rarer to denser medium, and vice-versa. Understand when does refraction take place, versus total internal reflection. Snell's law comes in handy to understand the concept of bending of light. Additionally learn how a change of medium causes an impact to bending of light. Concept of refractive index is elucidated. Watch what happens to the angle of refraction when medium is changed.

Observe a human skeleton from close quarters. Control the movements of its joints to understand the working of our joints

Gather samples of unicellular and multicellular organisms from their respective habitats. Put them under the microscope to observe the structure of the organism and its cell organelles.

Gather samples of uni cellular and multi-cellular organisms from their respective habitats. Put them under their microscope to observe the shape, texture, color and cell structures

Gather samples of uni cellular and multi-cellular organisms from their respective habitats. Put them under their microscope to observe the shape, texture, color and cell structures

Objective here is to help understand the forces acting on an object traveling in a circular motion. A common real life example is taken to depict this scenario. A person standing on a merry-go-round without any support, tries to balance himself in the ride. A curious mind will wonder what causes such a person to slip and fall away from the ride due to various forces acting on him.

There are so many changes happening around us daily - some that happen quite naturally, while some others are caused by us humans. Here's an opportunity to categorize these changes, to understand them better, and determine which of these changes are reversible.

You get to play with Acids, Bases and Salts again. Pass electric current through various solutions to check which ones are good versus poor conductors of electricity !

Extending the concepts of Electricity and Chemistry, we find out the workings of an Electro-Chemical cell. Play with Galvanic and Electrolytic Cells to find out for yourselves

Balancing chemical equations can indeed be fun, if you switch on the play mode On ! Set off various types of chemical reactions and balance the corresponding chemical equations, in this fun-filled simulation.

Balancing chemical equations can indeed be fun, if you switch on the play mode On ! Set off various types of chemical reactions and balance the corresponding chemical equations, in this fun-filled simulation.

Take lead in extracting scarce natural resources. Find ways of conserving them

Playing with Fire is dangerous. But we allow you to do so with an objective of understanding the chemistry behind fire and flame.

Explore the various consequences that affect our planet like soil erosion, drought, floods, air and water pollution across different continents. Identify unique plants and animals specific to certain regions and track the migration path of a few organisms.

Get a 3D view of the human brain. Put a human hand on extreme cold of hot objects to understand how our reflex actions work. Additionally you get to observe plants in a garden to understand different types of tropism.

If you ever thought a farmer's job is easy, give it a shot yourselves. Perform all the processes from soil preparation through to harvesting. Your job as a farmer is to ensure a healthy and optimal crop production. Game On !!

Objective here is to show the workings of a DC motor, and explain what makes a coil to rotate, as well as change its speed. Fleming’s Left Hand is used to explain the direction of motion of the coil, in conjunction with force acting upon the coil. A user is allowed to “play with” the DC motor parts and understand the impact of changes they make to those parts.

Make deforestation happen and analyze its impacts on our planet earth. Take corrective action to conserve the biodiversity of our planet.

Perform various experiments to understand diffusion in gases and liquids.

Understand and appreciate how diverse the animal and plant kingdom are. Get up close and personal with a select set of interesting animals and plants species

Understand and appreciate how diverse the animal and plant kingdom are. Get up close and personal with a select set of interesting animals and plants species

Determine why a door knob is usually placed at the far end of a door, away from the hinges.

Set off earthquakes with varying intensities and watch how P-Wave and S-Wave travel across earth's layers. Also witness the impact of higher intensities (Richter) of earthquakes on buildings on the surface of earth. Understand the importance of Hypocenter and Epicenter, and how they relate to earthquake intensities.

Designing and creating circuits could never have been more fun. In a safe environment, explore how a fuse works. Play with more such real applications of circuits in our daily lives.

Objective here is to help a user explain (or understand) the difference between conventional direction of current versus direction of flow of electrons in a conductor. Students also get to understand why the brightness of a bulb changes when we change an external resistor in the circuit. Interactive aspects include ability to change the conductor, and resistors to see the impact of those changes in the circuit.

Understand the basics of electricity with this simulation. What constitutes a circuit ? What is essential to make current flow in a circuit ? Interact with electric circuits to get answers to these questions and much more.

Bringing Electricity and Chemistry together always produces excitement. Perform various types of experiments in Electrolysis and Electroplating to understand movement of ions during the process and the end results.

Explore and determine the focal length of various concave and convex mirrors. You get to extract spherical mirrors from objects which are used in real life and then take them to a Physics lab to conduct your experiments.

Explore and determine the focal length of various concave and convex lenses. You get to extract lenses from objects which are used in real life and then take them to a Physics lab to conduct your experiments.

Push a drawer containing a 100kg weight. Pull objects using magnetic and electro static forces. Get a feel of gravitational forces on Mars and Moon. May the Force be with you !!

Push a heavy box on different types of surfaces to get a feel of strong frictional forces. Understand how oil and grease can help you overcome friction. If you thought friction exist only on solid surfaces, think again. We take you to a lake to find out what friction means in water. And we let you get a feel of air drag for objects experiencing a free fall.

Magnets are fun to play with anyway, aren't they ? This simulation is designed to take the fun element to a greater level while strengthening your concepts on magnetization and de-magnetization

Gather samples of uni cellular and multi-cellular organisms from their respective habitats. Put them under their microscope to observe the shape, texture, color and cell structures

Examine different types of plants to understand their parts. Observe and analyze how the part of plants differ for herbs, shrubs and trees.

Examine different types of plants to understand their parts. Observe and analyze how the part of plants differ for herbs, shrubs and trees.

Determine various methods of transferring heat. This interactive 3D simulation lets you explore heat without getting burnt !

Observe and analyze the structure of DNA. Try your hands at Mendel's experiment to get a firm understanding of laws of inheritence in Plants and Animals. Participate in interesting quizzes too !!

Demonstrate working of a hydraulic lift, and determine what it takes to lift an automobile. End objective is to impart a better understanding of Pascal’s Law.

Experience motion on inclined plane. Put boxes on an inclined plane of varying friction and adjustable height. Find the minimum force required to move it up/down.

Equilibrium reactions are those in which the reactants do not convert into products completely. As a result, the percentage yield of such reactions is low. Explore how we can move a reaction forward or backward, by changing various physical properties such as temperature, concentration, pressure, volume etc to increase yield.

This simulation encompasses various key biological processess taking place in the human body.

Does light travel in a straight line or can it bend ? Try bending a tunnel to check this out for yourselves. Build a periscope to help a sailor navigate a submarine. Put your concepts of light through more such exciting applications. You get to be a detective as well as you decode a cryptic message and destroy the evidence - using nothing but concepts of light !!

Does light travel through certain objects ? How are shadows formed ? Is Eclipse a form of a shadow ? Get answers to these type of questions and much more, as you play with lights and shadows. And yes, you get to make your own pin hole camera as well !!

There are ice particles in clouds which become charged due to vibrations. Move clouds and generate lightning between clusters of positive and negative charge. Understand the difference in intensity of Lightning in the three cases.

Travel to the Arctic region, venture out in hot deserts and explore the depths of our oceans to get up close and personal with animals and plants in their natural habitats

Measure pressure in gases and liquids using a manometer. This simulation allows a user to explore how pressure changes in liquids due to change in density or depth. A can crusher experiment is used to demonstrate pressure changes in case of gases.

Play around with a variety of metals and non-metals to understand their physical and chemical properties. You can be as destructive as you need out here -- without hurting yourselves of course !!

Understand where one can find various micro-organisms. Collect samples and put them under the microscope to observe the shape, texture, color of microorganisms

Understand where one can find various micro-organisms. Collect samples and put them under the microscope to observe the shape, texture, color of microorganisms

Understand where one can find various micro-organisms. Collect samples and put them under the microscope to observe the shape, texture, color of microorganisms

Understand where one can find various micro-organisms. Collect samples and put them under the microscope to observe the shape, texture, color of microorganisms

Understand where one can find various micro-organisms. Collect samples and put them under the microscope to observe the shape, texture, color of microorganisms

Understand the concept behind Nitrogen cycle. Analyze the interdependence of living organisms, and benefits they derive out of Nitrogen cycle.

Use various storage and preservation techniques to preserve various types of food items to increase their shelf life

Mirror mirror on the wall - who's the smartest of 'em all !! Understand properties of plane and spherical mirrors, and apply them in real life situations. Check out what happens if you used a convex or a concave mirror on your dessing table mirror

It’s quite fascinating to understand how the reproduction function works in single celled organisms, versus that in plants and animals. Keep your curiosity alive and experiment with the reproduction function in different types of organisms

Determine how Newton's laws impact common daily occurances. We take you to a park to let you explore and find out for yourselves.

Have you ever wondered how food is getting digested in humans and ruminants? This simulation allows you to understand the process of digestion in different food constituents. Explore human tooth and tongue through interesting activities.

Did you ever wonder as to how plants get nutrition ? What do they "eat" to grow ? Run this simulation to figure it out for yourselves

Play a variety of games with the modern periodic table, with an objective to understand arrangement of elements and their rationale

Explore as a scientist, some of the changes that occur around us on a regular basis. Analyze the physical and chemical changes that substances undergo.

Gather samples of various plant and animal tissues. Put them under the microscope to observe their shape, texture, color and cell structures

Using 6 different DC circuit templates, determine how voltage and current can be divided in a circuit

Demonstrate conservation of energy, and conversion of potential to kinetic energies & vice-versa.

Split white light into 7 colors, and and reassemble them to form white light again !! Welcome to the wonderful world of prisms. Refract light under various conditions, including that when your prism is immersed in a liquid. Change the shape of your prism as well and check out the impacts of doing so.

Hear your voice rebound or reverberate. We take you on a journey to the mountains where play creator. Summon up mountains, grow trees and yell. Will you hear your voice rebound ? You also get to yell in a concert hall to understand the wonderful effects of reverberation Lastly - we put you on a mission to identify enemy submarines from a warship, using SONAR.

Understand how the reproduction process works in animals. Fuse gametes from male and female bodies and check it out for yourselves. An exciting quiz awaits you as well

Understand how the reproduction process works in animals. Fuse gametes from male and female bodies and check it out for yourselves. An exciting quiz awaits you as well

Understand how the reproduction process works in animals. Fuse gametes from male and female bodies and check it out for yourselves. An exciting quiz awaits you as well

Interesting are the ways that plants reproduce. Do all plants reproduce using a single mechanism? This simulation lets you explore the reproduction function in plants to give rich plant biodiversity

The air we breathe in is crucial for us to live. But what exactly happens when we breathe in and breathe out. Is the respiration process different for different types of animals and for plants ? Run this simulation to find out for yourselves

Explore what happens when earth’s rotation or revolution is suddenly paused. Also understand how seasons differ in northern and southern hemispheres on Earth

Apply the principle of moments to an everyday scenario – that of a see-saw, where we have a beam balancing on a pivot. Explore how the see-saw can be balanced by positioning weights on different points on either side of the pivot.

Separate a substance from a mixture of materials. Understand various separation techniques using mixtures that you commonly find in your sourroundings

Use various techniques to separate Solids from liquids Different liquids from a mixture of liquids

If you thought a simple pendulum is boring... think again. ScholAR attempts to ignite excitement into this seemingly theoretical topic. Concepts as well as applications of pendulum are explored to intensify the learning process

Explore how different real life objects can be categorized into different groups based on their properties

How loud can you scream ? How sharp is your pitch ? Lets get people screaming to understand properties of sound and the waves it produces. Get an elephant to rumble and watch the sound waves travel miles away.

How do you distinguish between Specific Heat and Latent Heat ? Conduct experiments to get a clear understanding of these concepts.

Take a spin around the solar system in your own custom built space ship. Veer off to find interesting celestial objects in our Milky Way galaxy

Understand molecular structure of different objects (solids, liquids and gases) Perform various experiments to change the states (evaporation, condensation, sublimation, etc..)

Ever wondered how much a mole of common salt really weighs ? Or for that matter what is a volume of 3 moles of the Oxygen we breathe. This simulation allows you to play with various elements and compounds and interpret them in mole, mass and volume.

Plot Speed versus Time and Speed versus Distance graphs as a car is driven through various types of ideal and real-life driving conditions. Concept of ETA (estimated time of arrival) is also elucidated on this simulation

Things move inside our body isn't it --eg: blood, our food etc. How exactly do they move, and where do they go ? This simulation lets you explore, observe and analyse these aspacts of the human body

Using a real-life situation of boats in a river, demonstrate how 2 forces (vectors) add to cause a resultant force. Direction and magnitude of resultant force are the key learning aspects.

Demonstrate what makes a boat sink or float on various water bodies. Objective is to impact better understanding of buoyancy.

We humans are vulnerable to various diseases. It is critical we understand the causes of such illness. You get to play a medical inspector , and analyze the cause of infection for some of your friends

Explore these concepts in real life scenarios. Explore work done by friction when you make a car skid on different types of surfaces, power of a motor to drive up the elevator, and similalry, all of these quatities in a water park setting. Understand how these concepts are obseved in day to day activities.