Engineering projects for high school students
Solar Energy You can use a science project to explore solar energy, the simplest method to convert renewable energy into a usable source. As a bonus, include a "math competition" as part of the day—using the provided six math tests for grades students.
Research and design an experiment to determine how the battery works -- swap lemon juice for other liquids that you think will work, or swap the coins for other materials, and see which ones act as true batteries based on voltmeter readings.
Allow your students to create designs using a variety of different pastas and see which bridges can last the longest under stress!
What happens to snow when it sits on a curved roof?
Simple engineering project ideas
January Help Bill! They learn to define project criteria and constraints, brainstorm ideas, evaluate multiple possible design solutions, and optimize the best solution. Marble Run Building a marble run helps you review the concepts of potential and kinetic energy. We just added "Maker Challenges" to the collection—like this one about making shoes! They are challenged to rescue four misguided climbers who are stranded on a snowy mountainside—with temperatures plummeting fast! These days, big data is the accumulation of vast amounts of information from various sources—such as online user browsing and shopping—and the creative analysis of that data to learn from it. Typically, many middle school students have heard of dialysis and might know that it has something to do with filtering blood. Activity How is oil found? Then they cut and measure the turkey femur cross-section, draw it in CAD software and print it on a 3D printer. Allow your students to create designs using a variety of different pastas and see which bridges can last the longest under stress! In this cross-disciplinary activity, students learn what it means to follow a set of requirements and meet given constraints as they create their own model parking garages. They explore the three stages of sedimentation—aggregation, settling and packing—and measure the ESR as the plasma height that lies over the erythrocyte sediment. After building prototypes, students test and record their times, and then iterate their designs for improvement—to obtain a more accurate time.
I got to know how people could see where an object came from and all the energy it needs at each step to make it. Later, students test them by taking thermometer readings under hot lamps and then think of ways to improve their designs—a great project for learning about energy transfer, absorption, insulation, and material properties.
Activity What's the difference between a "qualitative" measurement and a "quantitative" one? September Gears: Lift It Up! They use clear plastic drinking straws to model core drilling and take core samples—as if they are looking for fossil fuels.
After this activity, they will have experienced a cool engineering design project and gained a better understanding of how filtering occurs in this common medical procedure. Bookshelf that keeps falling over? May Cool Puppy!
High school engineering projects simple
Finding the ideal gear ratio can make seemingly impossible tasks possible. The students also face the additional challenge of overcoming a set of constraints, but time is running out In this project-based activity, students act as biomedical engineers as they design and test assistive hand device prototypes to help a year-old boy with cerebral palsy grip a cup. Make it as crazy and complex as possible, but more importantly, make sure that the machine works consistently and accurately every time. They learn to define project criteria and constraints, brainstorm ideas, evaluate multiple possible design solutions, and optimize the best solution. How frustrating! Student groups use six colors of modeling clay to make models of the planet Earth. In short, you'll be collecting solar energy by painting part of your project black, which attracts the sunlight. In this hands-on and relatable activity, students act as engineers to solve the real-world challenge to design a better packing solution for shipping cell phones.
In this activity, students play the role of civil engineers by making bridges out of spaghetti, and then test their designs by applying weight in order to see when they break. Includes a design and brainstorming handout.
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