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Programs & methods
Paper Helicopters: Rotor Length vs Fall Time — Data Tables + Scatter Plot | 3–12
🚁 Forces & Motion meets Data Literacy. Learners design three rotor lengths (L1–L3), collect 3 trials each from a fixed drop height, compute averages, and graph Rotor Length vs Time on a scatter plot. Middle/high school extensions add best-fit analysis and force/drag reasoning. What’s Included Student Pack p.1: Background, IV/DV/controls, criteria, sketch box with dimension callouts Student Pack p.2: Three data tables (L1–L3), large scatter-plot grid, best-fit guidance, CER prompts Teache
5th - 12th
Engineering, Physical Science, Physics
NASA SLS STEM and Rocketry Activities
NASA SLS STEM and Rocketry Activities is a free, ready-to-use resource for grades 3 – 8 that introduces students to NASA’s Space Launch System (SLS) and the Artemis program. It supports NGSS standards while teaching key STEM concepts like engineering design, rocket stability and conducting research. This printable includes engaging, low-prep STEM activities, including foam rocket builds, deep space habitat design challenges, and rocket stability tests, that get students thinking and communicat
3rd - 8th
Engineering, General Science, Physics
NGSS
MS-ETS1-2
, 3-PS2-1
, 4-PS3-4
+6
Lunar Landers: An NGSS-Aligned Engineering Challenge
Help students explore gravitational forces through this hands-on engineering challenge. Students can complete this project individually, in pairs, or in teams. We have done this project with materials in class and also as an at-home project. Both work great! The mission is to create a lunar lander that will protect the cargo onboard (an egg) and keep it crack-free. Students will put their lander through numerous trials (recording sheets included) as well as spend time reflecting and address
3rd - 6th
Basic Principles, Engineering, Physics
Lunar Landers: An NGSS-Aligned Engineering Project
Help students explore gravitational forces through this hands-on engineering challenge.
Students can complete this project individually, in pairs, or in teams. We have done this project with materials in class and also as an at-home project. Both work great!
The mission is to create a lunar lander that will protect the cargo onboard (an egg) and keep it crack-free. Students will put their lander through numerous trials (recording sheets included) as well as spend time reflecting and addressin
3rd - 6th
Basic Principles, Engineering, Physics
DIY Resonance Lab: Measure Sound Speed with Phone App & Sliding Tubes | A/Key
Speed of Sound Slide Tube Challenge: Where DIY Meets High-Tech! Uncover the mysteries of standing waves and sound waves using your laptop/smartphone and homemade resonance tubes! Blend Technology with Hands-on Science In this cutting-edge experiment, you'll:Construct a sliding resonance tube from everyday materials Use your phone/laptop as a high-precision sound generator Detect fascinating resonance patterns Calculate the speed of sound like a pro physicist Comprehensive Lab Package Incl
9th - 12th, Adult Education, Higher Education
Engineering, General Science, Physics
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