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Mechanical Engineering Project Ideas

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  Difficulty Level 1-4  

Science in the Real World

If you're interested in object motion and like taking mechanical objects apart to see how they work, then it sounds like you'd be interested in applied mechanics. Check out one of the Project Ideas below and you could find the science fair project you're looking for. Here are a few of the topics that are covered:


Which Simple Machines Do I Use the Most?

When you think of a machine, you probably think of computers or robots. But what if I told you that machines have been around for centuries? Would you believe me? Try this experiment to see which of these simple machines you use around your house. You might even use some of them everyday!   Read more...
Difficulty =   1      Add to favorites     Show others like this

Time is Money

How many times have you heard from your parents: "Clean up your room!" or "Don't forget to unload the dishwasher!" By applying principles of industrial engineering and time management, you can speed through your chores and have more time to kick back and relax.   Read more...
Difficulty =   2  –  3      Add to favorites     Show others like this

There's a Machine in My Toy Box! Science Fair Project with Video

"What?! Many of my toys are also machines?" That's right—simple machines! Simple machines are everywhere! Under your feet when you climb stairs, in your hand when you use a utensil to eat your dinner, even in your arm when you throw a ball. Come visit this science fair project and explore the six types of simple machines. Find out how many are hiding under the hinged lid (yes, another simple machine) of your toy box!   Read more...
Difficulty =   2  –  3      Add to favorites     Show others like this

Rubber Bands for Energy

If you've ever been shot with a rubber band then you know it has energy in it, enough energy to smack you in the arm and cause a sting! How can the energy of a rubber band be put to work? In this experiment you will find out how the stretching of a rubber band affects the amount of energy that springs out of it.   Read more...
Difficulty =   3  –  6      Add to favorites     Show others like this

Slinking Slinkies

Want to do a project with a toy your parents, or even grandparents, might have played with? Slinkies are fun toys that also make great science fair projects. In this experiment you can build an inclined plane to compare the walking speed of Slinky to Slinky Jr.   Read more...
Difficulty =   3      Add to favorites     Show others like this

Veggie Snap! Modifying Bending Stresses in a Flexible Rod

Have you ever broken a fishing rod? Or seen a treetop bend over and touch the ground (or even snap off) during an ice storm? These are examples of the effect of bending stresses on flexible rods. There are scientists who actually study this phenomenon and discover ways to prevent breakage, which leads to stronger fishing rods, building materials, car parts, and more. In this science project, you'll explore the bending stresses in flexible rods by testing asparagus stalks.   Read more...
Difficulty =   3      Add to favorites     Show others like this

Soda Straw Robot Simulator

Robots come in many shapes and sizes. Everything from the Mars Rover to a toy dinosaur is a well planned machine designed to suit its purpose. In this experiment you will test different robot designs with an online simulator. How will each robot design respond?   Read more...
Difficulty =   4  –  8      Add to favorites     Show others like this

Gears-Go-Round!

Music boxes, bicycles, and clocks all have one thing in common: GEARS! You might say that gears make the world turn, since they are in so many mechanical instruments. How do they work and how do you know which gears to use? Find out in this simple experiment.   Read more...
Difficulty =   4      Add to favorites     Show others like this

It's All in the Wrist: Moving Water with the Archimedes Screw Pump

Amaze your friends and family by moving water with just a few turns of your wrist! Nope, it's not a magic trick. It's simply an Archimedes screw. In this science project, you will build a very simple pump, called an Archimedes screw, to transfer water from a low-lying location to a higher location.   Read more...
Difficulty =   4      Add to favorites     Show others like this

Take the Sally Ride Science TOYchallenge!

Doesn't working as a toy designer sound like the coolest job ever? You might be surprised at how much brain power it really takes. In this science fair project, you'll get to try your hand at combining fun with function. You and your small team will get to design your own entry that teaches, demonstrates, or tests a scientific concept for the Sally Ride TOYchallenge!   Read more...
Difficulty =   4  –  7      Add to favorites     Show others like this



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Index of Mechanical Engineering Project Ideas
Which Simple Machines Do I Use the Most? | Time is Money | There's a Machine in My Toy Box! | Rubber Bands for Energy | Slinking Slinkies | Veggie Snap! Modifying Bending Stresses in a Flexible Rod | Soda Straw Robot Simulator | Gears-Go-Round! | It's All in the Wrist: Moving Water with the Archimedes Screw Pump | Take the Sally Ride Science TOYchallenge! | Bomb's Away! A Ping Pong Catapult | Understand Shock Levels and Packaging Principles | You Nailed It! Hammering Force for Different Types of Wood | Hey Gear Heads! The Physics of Bicycle Gear Ratios | The Chills and Thrills of Roller-Coaster Hills | Air Pressure and Rolling Resistance | Physics of Vibrations | Effect of Temperature on Elasticity of Rubber Bands | Domino Theory | Knock Your Blocks Off: The Mechanics of Carnival Games | Fractography: The Way Things Break | Effect of Friction on Objects in Motion | Jack and Jill Went Up a Hill and Came Biking Down After: Choosing the Best Gear Ratio for Speed | Mix It Up: Transferring Heat by Convection in a Tank | Skiing and Friction | The Turn of the Screw | Rubber Band Elasticity and Temperature | Give Yourself a Lift: Lightening the Load with Pulleys | Slippery Slopes and Sticking Surfaces: Explore the Forces of Friction | Effect of Trebuchet Arm Length or Counterweight Mass on Projectile Distance | Applying Hooke's Law: Make Your Own Spring Scale | Measuring Vibrational Frequency with Light | Less Cowbell! The Unconstrained Truth About Constrained-Layer Damping | Build Your Own Helio Tracker—a Self-powered Mechanical Sunflower that Turns with the Sun |