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.
Objective: To create an interactive working model that demonstrates the concept of a balanced diet using a rotating mechanism with an arrow pointer. The model will showcase the different types of food groups that make up a balanced diet, allowing for an engaging explanation of their nutritional roles. Materials Required: Steps to Build the Model: … Read more
Objective: To create a working model that demonstrates the process of waste management, including the collection of waste from households, apartments, and factories, and the recycling process in a recycling factory. Materials Required: Steps to Build the Model Waste Management Working Model: How It Works: https://www.youtube.com/@howtofunda
Objective: To create a DIY working model that demonstrates global warming, the greenhouse effect, and the impact of human activities on climate change, using visual elements like a ball for Earth, a factory, forest, ice melt, thunderstorm, and bad agricultural practices. Materials Required: Steps to Build the Model Global Warming & Greenhouse Effect Working Model: … Read more
Objective: To create an interactive model that helps students learn different punctuation marks and their uses. The model will feature a rotating mechanism with an arrow pointer that highlights a punctuation mark, allowing for easy reference and learning. Materials Required: Steps to Build the Model English Working Model on Punctuation Marks: How It Works: Example … Read more
Objective: To demonstrate the different types of angles formed when a transversal crosses parallel lines (corresponding, alternate interior, alternate exterior, and consecutive interior angles) using simple materials like color paper, straws, and cardboard. Materials Required: Steps to Build the Model Angles on Parallel Lines: Detailed Description of Each Angle Type: How It Works: https://www.youtube.com/@howtofunda
Objective: To build a fun and interactive buzzer wire game that tests steadiness and hand-eye coordination using simple electrical components. Materials Required: Steps to Build Buzzer Wire Game Science Project: How to Play: https://www.youtube.com/@howtofunda
Objective: To create a visually appealing and educational working model that explains the types of determiners (e.g., articles, demonstratives, possessives, quantifiers, etc.) using cardboard and colored paper. Materials Required: Steps to Build the Model on Types of Determiners: https://www.youtube.com/@howtofunda
Objective: To create an interactive working model that explains simple machines (lever, pulley, inclined plane, etc.) using a match board concept powered by LED lights, a 9V battery, a buzzer, and conductive materials. The goal is to match the type of simple machine with its correct description or example. Materials Required: Steps to Build Simple … Read more
Objective: To create an interactive working model that helps students understand and match different types of verbs (e.g., action verbs, linking verbs, helping verbs, etc.) using LED lights, a 9V battery, a buzzer, and conductive materials. Materials Required: Steps to Build English Grammar Working Model on Types of Verbs: How It Works: https://www.youtube.com/@howtofunda
Objective: To create a visually appealing, educational working model using cardboard and colored paper that explains different figures of speech, along with their definitions and examples. Materials Required: Steps to Build the Model: Final Touch: https://www.youtube.com/@howtofunda
Concept: This working model demonstrates different types of angles (acute, obtuse, right, straight, etc.) and their properties. Using LED lights, a 9V battery, a buzzer, and conductive materials like nails or wires, the project enables students to match the name of an angle type with its visual representation or degree measure. Materials Required: LED lights … Read more
An Algebraic Expressions Working Model is an interactive educational tool designed to help students understand and match algebraic expressions effectively. This model uses LED lights, a 9V battery, a buzzer, and conductive materials like nails or wires to create a “match board” concept. The left side of the board displays a series of algebraic expressions … Read more
Here’s how to design a Geometrical Park Working Model that incorporates key geometric concepts like points, lines, shapes, triangles, angles, and parallel lines. This park will creatively combine these ideas into an interactive and visually engaging model. Concept: The park represents different geometric concepts through its layout and attractions. For example: Materials Needed: Step-by-Step Instructions: … Read more
Here’s how to create a Trigonometric Ratios Table Working Model using cardboard, color paper, and a rotating mechanism. This model will visually display the trigonometric ratios in an interactive way. Concept: The model demonstrates the trigonometric ratios (sinθ\sin \thetasinθ, cosθ\cos \thetacosθ, tanθ\tan \thetatanθ, cscθ\csc \thetacscθ, secθ\sec \thetasecθ, cotθ\cot \thetacotθ) for standard angles (0°, 30°, 45°, … Read more
Here’s a creative Pythagoras Theorem working model idea using a tree theme, combining math with a nature-inspired design. This project visually demonstrates the theorem with an engaging setup. Concept: The model illustrates Pythagoras’ Theorem (a2+b2=c2a^2 + b^2 = c^2a2+b2=c2) using a tree and its surroundings. The tree trunk and the ground form the two legs … Read more