"Activity before Concept, Concept before Vocabulary". That is how one should learn science. Selected 25 experiments/activities from the high school physics, chemistry and biology syllabi to help students learn science through experiments. These experiments will help them learn concepts better and forever.  Let’s move children away from rote learning.  

All the experiments are split into two modules of 25 experiments each. Both the modules are independent and can be done in any order. You can do only the one you like. 

In Module 1, you would do the following experiments:

• Nutrient identification: Know the nutrients in your food
• Stem cross-section: Observing the cross-section of stem under the microscope
• Observe different cells present in blood under a microscope
• Electrolysis of Water
• Charles' Law
• Chemistry of Dry Ice
• Law of conservation of mass
• Vitamin C: Which Juice Has the Most?
• Different Types of Chemical Reactions
• Crystallization of Salts
• DNA extraction: Extract DNA from anything, even your own
• Effect of temperature on curd setting
• Compare the effectiveness of different agents such as soaps, deodorants and hand sanitizers against the bacterial growth
• Reproduction in Yeast: What Makes Bread, Beer and Wines?
• Oersted experiment: Studying magnetic field produced by electric current
• Making a DC motor
• Light as a wave
• Hooke’s Law: Finding the Hook’s Constant of Different Types of Spring
• Action of saliva on starch: Effect of temperature
• Playing with static electricity
• Bursting a balloon (Finding Pressure on the Balloon)
• Reflection and refraction
• Explore the Factors Affecting the Resistance of the Wire
• Separation Techniques

"Activity before Concept, Concept before Vocabulary". That is how one should learn science. Selected 25 experiments/activities from the high school physics, chemistry and biology syllabi to help students learn science through experiments. These experiments will help them learn concepts better and forever.  Let’s move children away from rote learning.

All the experiments are split into two modules of 25 experiments each. Both the modules are independent and can be done in any order. You can do only the one you like.

In Module 2, you would do the following experiments:

• Electroplating: Coating Metal over Metal
• Boyle's Law
• Fruit battery
• Smoky rings (Charles's and Boyle's law)
• Science Involved in Solubility
• Make Your Own Soap
• Precipitation experiments
• Reactivity Series: Comparing the reactivity of Elements
• Gel electrophoresis: Macromolecules separation and analysis
• Antimicrobial effectiveness: Inhibiting the growth of bacteria
• Mold observation: Microscopic observation of moulds
• Diffusion: Investigate The Impact Of Cell Size In Diffusion
• Identifying sugar content in sugar, jaggery and honey
• Making rollercoaster
• Defects of vision: Correction of myopia and hypermetropia
• Make Electromagnet (permanent and temporary)
• Newton's Laws of Motion
• Eddy current braking
• Neutralization reaction
• Neither solid nor liquid - Oobleck
• Gauss Rifle: Magnetic Linear Accelerator
• Pond biodiversity: Exploring the hidden world of microbes
• Paper Recycling: Reprocess Your Waste Paper for Reuse
• What Effect Do Ultraviolet Rays Have on Yeast Colony Growth?
• Ohm's Law: Relationship Between Current and Voltage

"Activity before Concept, Concept before Vocabulary". That is how one should learn science. Selected 23 experiments/activities from the middle school physics, chemistry and biology syllabi to help students learn science through experiments. These experiments will help them learn concepts better and forever. Let’s move children away from rote learning.

All the experiments are split into two modules of 23 experiments each. Both the modules are independent and can be done in any order. You can do only the one you like.

In Module 1, you would do the following experiments:

• Stem cross-section: Observing the cross-section of stem under the microscope
• Chemistry of Dry Ice
• Flame Test
• Crystallization of Salts
• Hand Hygiene: How Clean Is Your Hand?
• Oersted experiment: Studying magnetic field produced by electric current
• Filtration of water
• Smoky Splash
• Mixture or compound
• Ammonia Fountain reaction
• Rainbow of Natural Dyes: Extracting the Colour of Natural Dyes
• Observing Plant and Animal cell
• Ripening of banana
• The Guard cell: Observe the stomata in a leaf peel
• Action of saliva on starch: Effect of temperature
• Playing with static electricity
• Reflection and refraction
• Coloured shadows
• Making kaleidoscope/Periscope
• Sounds in Outer Space: Effect of Air in Sound Intensity
• Floating leaf disc: Observe leaf disc floating in water due to oxygen bubble
• Osmosis in dried raisins/potato
• Making a parachute

"Activity before Concept, Concept before Vocabulary". That is how one should learn science. Selected 23 experiments/activities from the middle school physics, chemistry and biology syllabi to help students learn science through experiments. These experiments will help them learn concepts better and forever. Let’s move children away from rote learning.

All the experiments are split into two modules of 23 experiments each. Both the modules are independent and can be done in any order. You can do only the one you like.

In Module 2, you would do the following experiments:

• Make Your Own Soap
• Making of electromagnet
• Chromatography: Revealing the True Components of Colours
• Gauss Rifle: Magnetic Linear Accelerator
• Invisible ink
• Plasmolysis: Contraction of plant protoplast due to water loss
• Pond biodiversity: Exploring the hidden world of microbes
• Pectinase enzyme activity: Extract the apple juice using pectinase
• Natural Indicator - Make Your Own pH Paper
• Elephant toothpaste
• Making a lava lamp
• Making a fire extinguisher
• Transpiration: Explore plants perspiration
• Finding presence of starch in leaves: Iodine test
• Paper Recycling: Reprocess Your Waste Paper for Reuse
• What Effect Do Ultraviolet Rays Have on Yeast Colony Growth?
• Burning Candle: Experiment to demonstrate that oxygen is required for burning
• Emptying a bottle with pressure
• Spectrometry: Finding wavelength of different lights
• Conduction in metal
• Making simple electric circuits
• Making a Magnetic Compass
• pH Testing: Investigating the Nature of Household Items

The joy of making and expressing yourself creatively and the fun of giving shape to your ideas can not be expressed in words. Tinkering is all about that.  The application of science to create something useful and solve the problem is what tinkering is all about. If you fail, try again - that is the critical essence here. Some of the prototypes you would design and build are –

• Roller Coaster
• Maglev Train
• Line follower robot
• Fastest finger first project/ Dismantling and assembling an IC Engine
• Light sign
• Water level switch/Bike Assembly
• Vacuum cleaner
• Bubble machine
• Make a battery using fruits, vegetables and metal electrodes
• Make a periscope using mirrors and cardboard or plastic tubes
• Make a DC motor and make it work using a solar panel
• Make an alarm circuit that starts buzzing before the water tank starts overflowing
• Make a light spot dance using sound
• Make a fire extinguisher
• Make a soap film to simulate the cell membrane

An ideal course for beginners to understand Arduino & Arduino (Sketch) Programming, Internet of Things, building basic circuits, and a few robots. No prior knowledge of coding or programming language is needed.

In this project-based course, you will build a variety of electronic circuits using Arduino boards. You would gain hands-on experience on Internet of Things as well as learn about Arduino Architecture and Arduino Programming. After this course, students would be able to build circuits and do programming on their own.

The module will cover the following theory and hands-on projects.

• Arduino Uno overview
• Arduino Uno sketch programming
• Arduino Uno project hands-on
• Automated Light Switch
• Automated Soil Moisture Management
• IR-based intrusion detection
• Weather monitoring system
• Smart street lighting
• Remote fan controller
• Line follower robot