Integer Rules Cheat Sheet
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Engineer It! Real-World STEM Design Challenge Unit | Grades 4–10 | NGSS Aligned
5 complete engineering design challenges built around real-world scenarios — no prep required. Each challenge includes a teacher guide, student planning pages, reflection sheets, and scoring rubrics. NGSS aligned (ETS1-1 through ETS1-4). Adaptable for grades 4–10. Topics: wind energy, bridge engineering, thermal insulation, earthquake-resistant structures, and water sustainability. ✅ Print & Go — PDF-ready ✅ 100-point rubrics for each challenge ✅ Engineering Design Process framework built in ✅ V
4th - 10th
Engineering, Instructional Technology
Marble Run Mania Roller Coaster STEM Challenge
Engage your students in a hands-on STEM challenge that brings Newton’s Laws of Motion to life! In Marble Run Mania, student pairs will design, plan, and build a marble run with one goal: achieving the longest travel time possible while working within a set of engineering constraints. What’s Included:Teacher Guide with pacing suggestions, key constraints, and differentiation strategiesNewton’s Laws Introduction Worksheet (Student & Teacher Edition)“Your Mission” Criteria Cards outlining rules a
6th - 9th
Engineering, Physical Science, Physics
NGSS
MS-ETS1-2
, MS-ETS1-4
, MS-ETS1-1
+1
Roller Coaster Engineering Project | Energy, Forces & Motion | NGSS | Grades 6–8
Does your class need a project that gets students genuinely excited about physics? This multi-week roller coaster engineering project challenges student teams to design and build a marble-run prototype for a fictional Six Flags client — applying real concepts of potential energy, kinetic energy, forces, motion, Newton's Laws, and speed calculations the whole way through. It's hands-on, standards-aligned, and built for the real classroom. WHAT'S INCLUDED (19 pages):KWL Warm-Up: Energy & Roller
5th - 8th
Engineering, Physical Science, Physics
NGSS
MS-PS3-2
, MS-ETS1-1
, MS-PS3-5
+1
Da Vinci Parachute Prototypes -- Hands-on STEM
In this lesson, students solve geometry problems and learn background physics concepts as they build a working model of Leonardo Da Vinci’s parachute. Logic, critical thinking, a bit of Renaissance history, writing and supporting conclusions with details from a source—it’s all here too!
Make this extended lesson a cross-curricular, standards-based mini-unit, or just make it a cool building activity. Pick and choose the level of commitment right for you and your students. With the suggested e
4th - 8th
Engineering, Geometry, Physical Science
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