Search for Science Fair Projects

1000 Science Fair Projects with Complete Instructions

Applied Mathematics is a way to use math to solve problems in the real world, like in economics, engineering, and medicine.
Examining Gender and Math Ability
Applied Mathematics Science Fair Project
Medium
Do boys really do better in math than girls? Let's find out!
Counting Change: A Mathematical Analysis
Applied Mathematics Science Fair Project
Hard
How many ways can you make change for $10,000 using pennies, nickels, dimes, quarters, and half-dollars? Find out in this fun and educational project!
Music Math: Playing Notes with Equations
Applied Mathematics Science Fair Project
Hard
Have you ever wondered how to play music notes with mathematical equations?
Exploring Binary Sequences
Applied Mathematics Science Fair Project
Hard
Have you ever wondered what happens when you convert a counting number to binary and back? Find out in this project!
Counting Raisins in Cereal
Applied Mathematics Science Fair Project
Hard
How many raisins are in your favorite cereal? Find out with this fun experiment!
Predicting Stock Market Fluctuations
Applied Mathematics Science Fair Project
Hard
Learn how to use math and data to predict stock market fluctuations and make money!
Optimizing Cell Phone Service
Applied Mathematics Science Fair Project
Hard
Find out how to get the best cell phone service in Kern County by optimizing the placement of cell phone towers!
Uncovering Hidden Math in Nature
Applied Mathematics Science Fair Project
Hard
Have you ever wondered why flowers have petals in certain numbers or why leaves are arranged in a certain way? Join us as we explore the hidden math in nature!
Power Plant Placement
Applied Mathematics Science Fair Project
Hard
Can you figure out the best place to build a power plant? Use math and linear programming to find the optimal location in Southern California!
Unraveling the Rubik's Cube
Applied Mathematics Science Fair Project
Hard
Can you figure out the secret behind the Rubik's Cube? Join us as we explore the mathematics of how the average variegation of a Rubik's Cube changes as sequences of moves are repeated on it.
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