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Wind Chimes

wind chimesHigh school students design and build wind chimes using their knowledge of physics and sound waves, and under such constraints as weight, cost, and the number of musical notes their chimes must generate. They make mathematical computations to determine the pipe lengths. Links to similar activities for younger students included in activity scaling section.

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Sensory Toys Make Sense!

sensory integration baby home-intervention in VietnamStudents in grades 6 to 9 learn about biomedical engineering and the human sensory system, then follow the engineering design process to create sensory-integration toys for youngsters with developmental disabilities.

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Choose Your Best Way

map of Danville, VaIn this lesson on using mathematical modeling to solve real-world problems, middle and high school students work in teams to build a graph/model of their city map, then try to solve a real problem based on the model. They evaluate their solutions and present their reflections to the class.

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Flying T-Shirt Challenge

Astros mascot shooting t-shirtsStudents follow the engineering design process to design and build a usable device to propel school T-shirts up into the stands during home sporting events while keeping costs under budget.

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Disaster Engineering

Hurricane Maria strands PR familiesHurricanes, earthquakes, and other destructive events offer timely “teachable moments” about the role of engineers in improving weather forecasts and reducing the toll from natural disasters. eGFI Teachers’s collection of activities, feature articles, and other resources can help you integrate engineering into your classes – and inspire the next generation of “crisis” engineers.

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Backyard Weather Station

homemade rain gaugeWorking in groups of 8, middle school students use their senses to describe and predict the weather, then act as state park engineers and design/build “backyard weather stations” to gather data to make actual weather forecasts.

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Solar Geometry

longitudeMiddle school students learn about the Earth’s geometrical relation to the sun by calculating where the sun will be in the sky for any date or time given a particular location on Earth, such as their school. The three-activity module was developed by lighting engineer Tony Esposito, Ph.D., during his graduate studies at Pennsylvania State University and made available to eGFI Teachers.

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Meet Lighting Engineer Tony Esposito

Tony Esposito architectural engineereGFI caught up with lighting engineer Tony Esposito, who developed this month’s “solar geometry” lesson while earning a Ph.D. in architectural engineering at Pennsylvania State University, to learn more about his background and what sparked his interest in engineering and education. Check out his story – and tips for teachers!

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Lend A Hand: Teaching Forces

3D printed prosthetic handWorking in groups of three, middle school students learn about types of forces, the relationship between form and function, and the structure of the hand by working as biomedical engineers to design, build, and test their own hand “gripper” prototypes that can grasp and lift a 200 ml cup of sand.

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