|
Sr. No.
|
Idea
Title
|
Basic
About
|
Benefits
|
Area of
Innovation
|
|
1
|
Solar-Powered
Water Purification System
|
A model
that demonstrates purifying water using solar energy.
|
Provides
clean drinking water using renewable energy, ideal for remote areas.
|
Environmental
Science
|
|
2
|
Wind-Powered
Phone Charger
|
A small
wind turbine that generates electricity to charge a phone.
|
Demonstrates
renewable energy in a practical application.
|
Renewable
Energy
|
|
3
|
DIY
Rainwater Harvesting Model
|
A system
that captures and stores rainwater for later use.
|
Promotes
water conservation and sustainable living practices.
|
Environmental
Engineering
|
|
4
|
Simple
Circuit with Paper
|
Creating
a functional electrical circuit using paper and conductive ink.
|
Teaches
basic electronics and the principles of conductivity.
|
Electrical
Engineering
|
|
5
|
Magnetic
Levitation Train
|
A working
model of a maglev train that uses magnets for levitation.
|
Explains
the principles of magnetism and frictionless transportation.
|
Physics
|
|
6
|
Eco-Friendly
Mini Greenhouse
|
A small,
self-sustaining greenhouse model for growing plants.
|
Demonstrates
sustainable agriculture practices and plant growth conditions.
|
Botany
& Agriculture
|
|
7
|
Air
Pressure-Powered Rocket
|
A simple
rocket propelled by air pressure from a pump.
|
Introduces
students to concepts of pressure, thrust, and Newton's laws of motion.
|
Aerodynamics
|
|
8
|
Earthquake-Resistant
Building
|
A model
that shows how buildings can be designed to withstand earthquakes.
|
Highlights
the importance of civil engineering in disaster prevention.
|
Structural
Engineering
|
|
9
|
DIY
Spectroscope
|
A
homemade device that splits light into its spectral components.
|
Teaches
students about light waves and the electromagnetic spectrum.
|
Optics
|
|
10
|
Plant
Growth Under Different Lights
|
A
comparison of plant growth under various types of light (e.g., LED,
sunlight).
|
Shows the
effect of light wavelength on photosynthesis and plant health.
|
Biology
|
|
11
|
Solar
Oven
|
A box
that uses solar energy to cook food.
|
Demonstrates
the use of renewable energy for cooking, promotes eco-friendly practices.
|
Renewable
Energy
|
|
12
|
Water
Filtration System
|
A DIY
water filter that cleans dirty water using different layers of materials.
|
Teaches
the basics of water purification and filtration techniques.
|
Environmental
Science
|
|
13
|
Lemon
Battery
|
Creating
electricity using lemons, copper, and zinc.
|
Demonstrates
basic electrochemistry and alternative energy sources.
|
Chemistry
|
|
14
|
Model
Wind Turbine
|
A small
wind turbine that generates electricity to light up LEDs.
|
Introduces
the concept of wind energy and renewable power generation.
|
Renewable
Energy
|
|
15
|
Algae
Biofuel Production
|
A model
showing how algae can be used to produce biofuel.
|
Explains the
process of biofuel production and the potential of algae as a sustainable
energy source.
|
Biotechnology
|
|
16
|
Water
Cycle in a Box
|
A model
that demonstrates the water cycle, including evaporation and precipitation.
|
Helps
visualize the processes of the water cycle in a controlled environment.
|
Earth
Science
|
|
17
|
Periscope
Construction
|
A simple
periscope using mirrors and cardboard.
|
Demonstrates
the principles of light reflection and practical optics.
|
Physics
|
|
18
|
Solar-Powered
Robot
|
A small
robot that operates using solar energy.
|
Teaches
about solar power and basic robotics.
|
Robotics
|
|
19
|
Balloon-Powered
Car
|
A car
model propelled by the air released from a balloon.
|
Explains the
principles of propulsion and Newton’s Third Law of Motion.
|
Mechanics
|
|
20
|
pH
Indicator from Red Cabbage
|
A natural
pH indicator using red cabbage to test the acidity of substances.
|
Teaches
about pH levels, acids, and bases using natural resources.
|
Chemistry
|
|
21
|
Simple
Hydraulic Arm
|
A working
model of a hydraulic arm using syringes and tubing.
|
Demonstrates
the principles of hydraulics and mechanical advantage.
|
Mechanical
Engineering
|
|
22
|
DNA
Extraction from Strawberries
|
A model
demonstrating how to extract DNA from strawberries using household items.
|
Introduces
the basics of genetics and molecular biology.
|
Genetics
|
|
23
|
Floating
Egg Experiment
|
Experiment
showing how saltwater affects the buoyancy of an egg.
|
Teaches
about density, buoyancy, and the properties of solutions.
|
Chemistry
|
|
24
|
Miniature
Biogas Plant
|
A
small-scale model that produces biogas from organic waste.
|
Demonstrates
the production of renewable energy from waste materials.
|
Environmental
Engineering
|
|
25
|
Electromagnetic
Crane
|
A crane
that uses an electromagnet to lift metal objects.
|
Explains
electromagnetism and its practical applications in lifting heavy objects.
|
Physics
|
|
26
|
Model
Ecosystem in a Bottle
|
A
self-sustaining ecosystem model using plants, water, and soil in a bottle.
|
Shows the
balance of natural ecosystems and the importance of biodiversity.
|
Ecology
|
|
27
|
Homemade
Stethoscope
|
Building a
simple stethoscope to listen to heartbeats.
|
Introduces
basic concepts of sound and the functioning of the human heart.
|
Biology
& Health Science
|
|
28
|
Paper
Chromatography
|
Separating
pigments in ink using chromatography paper.
|
Teaches
about the components of mixtures and the process of chromatography.
|
Chemistry
|
|
29
|
Energy-Generating
Pedometer
|
A model
pedometer that generates energy from walking.
|
Demonstrates
kinetic energy conversion into electrical energy.
|
Energy
Science
|
|
30
|
Acid Rain
Model
|
A
simulation showing the effects of acid rain on different materials.
|
Raises
awareness about environmental pollution and its impact.
|
Environmental
Science
|
|
31
|
Water
Rocket
|
A rocket
powered by water and air pressure.
|
Demonstrates
principles of aerodynamics and propulsion.
|
Physics
|
|
32
|
Plant-Based
Biodegradable Plastics
|
Creating
biodegradable plastic using plant starch.
|
Teaches
about sustainable materials and alternatives to conventional plastics.
|
Material
Science
|
|
33
|
Simple
Solar Water Heater
|
A model
that uses solar energy to heat water.
|
Demonstrates
the principles of solar thermal energy and energy conservation.
|
Renewable
Energy
|
|
34
|
Oobleck
Non-Newtonian Fluid
|
Creating
a non-Newtonian fluid using cornstarch and water.
|
Introduces
the concepts of fluid dynamics and material science.
|
Chemistry
|
|
35
|
Light-Tracking
Robot
|
A robot
that follows a light source.
|
Demonstrates
robotics, sensors, and the principles of light.
|
Robotics
|
|
36
|
Homemade
Battery Using Coins
|
Creating a
battery using coins, vinegar, and paper towels.
|
Teaches
about electrochemistry and alternative energy sources.
|
Chemistry
|
|
37
|
Wind-Powered
Water Pump
|
A small
wind turbine that powers a water pump.
|
Demonstrates
renewable energy and mechanical engineering principles.
|
Renewable
Energy
|
|
38
|
Density
Tower
|
Creating
a tower of liquids of different densities that don’t mix.
|
Teaches
about density, buoyancy, and the properties of liquids.
|
Chemistry
|
|
39
|
Sound
Wave Visualization
|
A model
that visualizes sound waves using a speaker and sand.
|
Introduces
the properties of sound and wave behavior.
|
Physics
|
|
40
|
Mini
Hydroponic Garden
|
A model
of a soil-less garden that uses nutrient-rich water.
|
Demonstrates
alternative agriculture techniques and sustainable farming.
|
Agricultural
Science
|
|
41
|
Simple
Windmill
|
Building
a working windmill that generates electricity.
|
Explains
the conversion of wind energy into electrical energy.
|
Renewable
Energy
|
|
42
|
Balloon
Barometer
|
A simple
barometer made from a balloon and jar to measure air pressure.
|
Teaches
about atmospheric pressure and weather prediction.
|
Meteorology
|
|
43
|
Homemade
Electroscope
|
A device
that detects static electricity using simple materials.
|
Introduces
electrostatics and the principles of electric charge.
|
Physics
|
|
44
|
Electric
Fruit Clock
|
Creating
a clock powered by the chemical reaction in fruit.
|
Teaches about
chemical energy and the principles of galvanic cells.
|
Chemistry
|
|
45
|
Simulated
Volcano
|
A model
volcano that erupts using baking soda and vinegar.
|
Demonstrates
chemical reactions and the principles of volcanic activity.
|
Geology
|
|
46
|
Magnet-Powered
Car
|
A model
car that moves using repelling magnets.
|
Explains
magnetism and propulsion using magnetic forces.
|
Physics
|
|
47
|
Solar-Powered
Desalination Unit
|
A model
that uses solar energy to desalinate saltwater.
|
Demonstrates
renewable energy and water purification techniques.
|
Environmental
Science
|
|
48
|
Simple
Seismograph
|
A device
that records ground movement during a simulated earthquake.
|
Teaches
about seismic waves and how earthquakes are measured.
|
Geophysics
|
|
49
|
Plant
Hormone Experiment
|
Testing the
effects of plant hormones on seed germination.
|
Introduces
plant biology and the role of hormones in growth.
|
Botany
|
|
50
|
Electromagnetic
Motor
|
Building
a simple motor using a battery, wire, and magnet.
|
Demonstrates
electromagnetism and the basic principles of electric motors.
|
Physics
|
