Find Curriculum

TeachEngineering is the most valuable resource I have access to in helping teachers incorporate engineering practices into their daily lesson plans. The standards-aligned activities offer a step-by-step approach to teaching engineering design. TeachEngineering ROCKS!!!

- Science Education Professor, Bowling Green, KY

Related Curriculum

Clean Enough to Drink: Making Devic... (3 - 5)
Clearing a Path to the Heart (6 - 8)
Automatic Floor Cleaner Computer Pr... (6 - 8)
Let's Make Silly Putty (10 - 12)

Elementary School:

What Is Energy?
Water Cycle
Wind Power! Designing a Wind Turbine
Lunar Lollipops: Reproducing the Moon Phases
Super Slime Engineering

Middle School:

Spaghetti Bridges
Floodplain Modeling
Designing Bridges
Design and Build a Rube Goldberg
Waves and Wave Properties

High School:

Measuring Viscosity
Python Script Analysis
The Physics of Fluid Mechanics
Keep the Heat in! Testing the Insulation Properties of Materials
Handheld Trigonometry

See All

Elementary School:

Fairy Tale Engineering: How to Survive the Huff and Puff
Lens to Equality: DIY Microscope Challenge
The Lost Explorer: Making Cyanotype Print Maps
How Sweet Are You? Engineering Smarter Solutions for Diabetes with Data-Driven AI
Brain Power: Exploring Reaction Time and Building Your Own Helmet

Middle School:

Robotic Arm Challenge
Straws and Strings: How Fingers Work, One Pull at a Time
Mines to Mobiles: Aqueous Solutions and Environmental Chemistry
Exploring Sediment Transport and Bayou Design Solutions
For the Greater Good: Designing a Public Center That Strengthens the Community

High School:

Build. Hack. Secure: Engineering an Ethical Hacking Lab
Fast Track Factory: Using the Engineering Design Process to Improve Efficiency in Mass Production
Stop the Stick: Using Surfactants to Prevent Protein Aggregation in Pharmaceuticals
Get the Materials Down the Hill!
Unlocking the Secrets of Semiconductors: Logic Gates and Design

See All

December 2025 Editor's Pick

The Dragging Dilemma: Overcoming Friction to Move Rocks

Students explore the concept of dragging friction and participate in an activity to understand the cultural significance of the minga tradition. They then apply this knowledge to design a method for transporting materials up a hill. Their solution must reduce friction ...

See All