糖心Vlog

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糖心Vlog

Last updated

22 October 2026

pdf, 3.97 MB
pdf, 3.97 MB

Middle School Civil Engineering Lab: 3-page STEM packet on skyscraper structural mechanics, compressive strength, center of gravity, & efficiency math.

Explore structural mechanics, center of gravity, wind load forces, and architectural engineering! The Newspaper Skyscraper Tower Challenge (ENG02) challenges middle school student teams to act as structural engineers, constructing the tallest free-standing tower possible using only 4 sheets of newspaper and 1 meter of tape.

Students explore compressive strength, base-to-height aspect ratios, center of gravity, cross-bracing rigidity, wind load testing, and material efficiency ratios!

What Is Included in This 3-Page Packet?

Page 1: Teacher Guide & Lesson Plan: NGSS alignment (MS-ETS1-1, MS-ETS1-2, MS-PS2-2), target science concepts, wind station setup guide, expected student outcomes, answer keys, and structural stability troubleshooting tips.

Page 2: Student Mission Card & Blueprint: Real-world architectural engineering and skyscraper load scenario hook, clear material limits box (4 sheets newspaper, 1 meter tape, metric tape measure), and a dedicated Skyscraper Structural & Column Schematic sketching zone.

Page 3: 糖心Vlogting Log & Scientific Reflection: Structured Data 糖心Vlogting Table (track column modifications, standing height in cm, and wind load test outcomes across 3 trials), Applied Math Connection (calculate Height-to-Tape Material Efficiency Scores), and physics reflection questions.

Core STEM Skills Covered:

Architectural & Civil Engineering, High-Rise Structural Mechanics

Center of Gravity, Lateral Wind Loads & Compressive Column Strength

Data Logging, Precision Metric Heights (cm), and Ratio Math

Structural Cross-Bracing and Free-Standing Stability Optimization

Why Teachers Love This Resource:

3-Page Professional Layout: Includes a complete Teacher Guide for effortless prep, keeping student lab sheets clean and ready to print!

Low-Cost Materials: Uses simple newspaper sheets, masking tape, and a metric tape measure.

High-Impact Physics Lab: Transforms simple paper into impressive, ultra-tall standing towers that make structural engineering principles visual and exciting!

Print-Ready: High-resolution, 3-page PDF format ready for instant printing.

Get this resource as part of a bundle and save up to 10%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

Civil Structural Engineering STEM Bundle

Middle School Civil & Structural Engineering Bundle: 5 complete lab packets (15 pages total) connecting bridges, towers, domes, & roller coasters. Transform your middle school science classroom into an active engineering firm with the complete Civil & Structural Engineering STEM Lab Bundle (ENG01鈥揈NG05)! Designed specifically for Grades 6鈥�8, this comprehensive 15-page bundle delivers 5 hands-on, high-impact engineering challenges that bridge structural physics, material science, forces and motion, and applied math. Students explore truss geometry, high-rise column mechanics, geodesic dome compression networks, micro-truss joint gussets, and potential-to-kinetic energy coaster physics through engaging destruction and motion testing competitions! Each lab follows our signature clean 3-page packet format: Page 1 Teacher Guide, Page 2 Student Mission Blueprint Workspace, and Page 3 糖心Vlogting Log & Scientific Reflection. 馃摝 What Is Included in This 5-Lab Bundle (15 Pages Total)? ENG01: Popsicle Stick Truss Bridge Load Challenge 鈥� Truss geometry, Warren/Pratt/Howe patterns, tension vs. compression, and mass-held efficiency ratios. ENG02: Newspaper Skyscraper Tower STEM Challenge 鈥� High-density beam rolling, center of mass alignment, triangular bracing, and lateral wind shear resistance. ENG03: Geodesic Dome Compression Load STEM Challenge 鈥� 2V geodesic networks, triangular tessellations, multidirectional compression dispersion, and nodal failure analysis. ENG04: Toothpick Bridge Truss Load Challenge 鈥� Micro-structural mechanics, wood grain compression, joint gusset plate mechanics, and shear failure testing. ENG05: Paper Roller Coaster Momentum & Energy STEM Lab 鈥� Gravitational potential energy to kinetic energy conversion, 360-degree loop centripetal force, friction loss, and velocity math. 馃搻 Core STEM Concepts & Applied Math Covered: Tension, Compression, Shear, and Torsional Force Vectors Triangular Rigidity vs. Polygonal Structural Deformation Gravitational Potential Energy & Kinetic Energy Transformations Centripetal Acceleration, Wind Shear Deflection, and Friction Losses Data Logging, Ratio Math (Structural Efficiency), and Average Velocity Calculations 馃挕 Why Teachers Love This Bundle: Plug-and-Play Uniformity: Every packet features a standard, clean layout that students can navigate independently, freeing you to facilitate testing stations! Low-Cost Materials: Built entirely around everyday budget-friendly supplies (popsicle sticks, newspaper, straws, toothpicks, cardstock, tape, and testing weights). Print-Ready: Zip file containing 5 high-resolution, print-ready PDF files (15 Total Pages).

$8.96

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