In this category, we add all the DIY school science project models for secondary school students (Class 10 / Grade 10).
Class 10 school projects are a very important and turning point for the students.
The models are covered in the following subjects
We have listed all exciting science models (both working and still models) that you can implement with the materials available at home based on the latest syllabus
For these listed projects we have provided detailed explanations including step by step video on how to make this model diy at home.
By following the video instructions students can do themselves develop the models step by step for their science exhibition or science fair
Do these DIY projects, students will get good knowledge on these topics.
A carbon purification working model for industrial pollution focuses on demonstrating how activated carbon is used to filter harmful gases and pollutants in industrial emissions. This model can showcase how industries purify the air they emit by using carbon-based filters to capture volatile organic compounds (VOCs), harmful gases, and particulate matter. Here’s how to create … Read more
Here’s how you can create a wastewater purification working model using cardboard pipes and paper cups to demonstrate different purification stages, such as gravel, coal, sand, and tissue paper filtration. Materials Required: Video Step-by-Step Construction: 1. Create the Frame Using the Cardboard Pipe 2. Prepare the Filtration Stages in Paper Cups You will need four … Read more
Creating a working project that combines rainwater harvesting and water purification is a great way to address water conservation and clean water access. Here’s how you can integrate both systems in a single model: 1. Rainwater Harvesting System: The first part of the project involves collecting rainwater from a surface (like a roof) and storing … Read more
Here are 100 types of agriculture working models for educational science projects, inspired by the Inspire Award Science Projects initiative. These projects range from sustainable farming techniques, smart farming technologies, and innovative tools that improve agricultural productivity and efficiency. Irrigation Systems Drip Irrigation System: Demonstrate efficient water use by delivering water directly to plant roots. … Read more
Here are 100 science project ideas related to alarms that are inspired by the Inspire Award Science Projects initiative. These projects span various themes like electronics, programming, environmental monitoring, and security, focusing on innovative alarm systems: Electronics-Based Alarm Projects Programming and IoT-Based Alarms Environmental and Safety Alarm Projects Mechanical Alarms Home and Personal Safety Alarms … Read more
Creating a drainage cleaner working model can be an innovative way to show how we can clear blockages in drainage systems and prevent waterlogging or flooding. This model will demonstrate how to remove debris from a drainage system using simple mechanical and filtration techniques. Below is a step-by-step guide for building a simple drainage cleaner … Read more
Creating a wastewater treatment working model for a science project exhibition is a great way to demonstrate the basic principles of water purification. The model can simulate the process of filtering and treating wastewater to make it clean and reusable. Here’s a step-by-step guide to building a simple water purification model: Materials Needed: Video Steps … Read more
Creating a highway vertical turbine working model using cardboard and a DC motor as a generator is a fun and educational project. The idea is to use the wind generated by vehicles moving on a highway to turn a vertical-axis wind turbine (VAWT), which in turn drives the DC motor to generate electricity. Here’s a … Read more
Using syringes to model the human heart is an effective way to demonstrate how the heart functions. Here are some likely questions you might encounter at a science exhibition, along with detailed answers: 1. How does your model represent the human heart? Answer: My model uses syringes to represent the chambers of the heart and … Read more
When presenting a blood circulatory system working model at a science exhibition, you’ll likely face various questions from visitors. Here are some common questions along with their answers to help you effectively explain your model: 1. How does the heart pump blood through the circulatory system? Answer: The heart pumps blood through two main circuits: … Read more
Creating a working model of the human blood circulatory system with LED lights can be an engaging way to visualize how blood flows through the body. The LED lights can represent oxygenated (bright red LED) and deoxygenated blood (blue LED), and a simple pump can simulate the heart pumping blood. Materials Needed: Video Steps to … Read more
Creating a water fountain working model using a DC water pump motor, a plastic bottle, and a plastic tray can be a fun and educational project. Below are the materials you’ll need and the step-by-step instructions for building it. Materials Needed: Video Steps: 1. Prepare the Water Reservoir (Plastic Bottle) 2. Set Up the Plastic … Read more
To make a working model of a Vertical Axis Wind Turbine (VAWT) using cardboard pipes, a DC generator motor, and an LED light, follow these steps: Materials Needed: Video Steps: 1. Design the Blades 2. Assemble the Rotor 3. Build the Turbine Shaft 4. Mount the Shaft and Motor 5. Wiring the LED Light 6. … Read more
A hydraulic lifting fan working model is a simple and creative way to demonstrate how hydraulics can be used to lift a fan, and how a DC motor powers the fan. Here’s a step-by-step guide to build this model using 2 syringes, 1 DC motor, a fan blade, a 9V battery, and a switch. Materials … Read more
Building a traffic light working model using three different color LED lights, a 9V battery, and three switches is a great way to demonstrate the traffic light working principle. Here’s a step-by-step guide to create this model: Materials Needed: Video Steps to Build the Model 1. Prepare the Base: 2. Mount the LEDs: 3. Wiring … Read more