


This FutureFit Project is a supplemental project-based lesson covering Simple Machines and STEM. It is designed to reinforce core science subject material while also incorporating social-emotional learning and 21st Century skills and concepts.
OVERVIEW:
This FutureFit lesson is designed to supplement a standard 12-15 unit lesson on force and motion and simple machines for grades 3-5 Science by offering a unique project that ties together the core academic concepts with a set of FutureFit social-emotional and 21st Century Skills.
STUDENT/GROUP OUTPUT:
Students will explore the use of simple machines through various activities and participate in a STEM challenge to save the hero (or capture the villain) of their favorite movie using a simple machine they have created.
SUGGESTED SUBJECT PREREQUISITES:
It is suggested that students should have familiarity with the following subject material as background for this lesson:
- A basic understanding of matter and energy
- A basic understanding of force and motion
- A basic understanding of measurement of force and motion
- A basic understanding of simple machines
SEQUENCE AND PACING
This project-based lesson includes enough material for use in five 45-minutes periods of instruction. If a more focused lesson is appropriate, select the 3-day Short Lesson. The Concept Check version provides activities which reinforce the core math concepts.
TECHNOLOGY RESOURCES (suggested):
- Internet access
- Microsoft Office PowerPoint, Google Slides, or other presentation software.
- Optional: Tinybop Simple Machines App
STANDARDS ALIGNMENT
These activities support the following NGSS curriculum standards:
- 3-5-ETS1-1: Engineering Design: Define a Simple Design Problem
- 3-5-ETS1-2: Engineering Design: Generate and Compare Multiple Possible Solutions to a Problem
- 3-5-ETS1-3: Engineering Design: Plan and Carry Out Fair Tests
- 3-PS2-1: Motion and Stability: Forces and Interactions: Plan and Conduct an Investigation
- 3-PS2-2: Motion and Stability: Forces and Interactions: Make Observations and/or Measurements of an Object's Motion