Activity: Shipwreck Survival
Posted on June 7th, 2010 by ASEE
Do your students have what it takes to survive and be rescued? In this activity from Boston’s Museum of Science, student teams practice the design skills of engineers as they create survival tools from a crate of supplied materials. They learn about teamwork, brainstorming, innovation, and creative material reuse in attempting to create a protective shelter, a method for gathering food, and a signal for help. The teams test their designs for feasibility before having a design review with the rest of the class.
Filed under: Class Activities, Grades 6-8, Grades K-5 | 2 Comments »
This simple lesson from The Works Museum in Minnesota consists of two activities that introduce elementary school students to the engineering design process. Students first work through a chart detailing the steps of the design process and then use the steps to consider ways to solve one of three problems: rescuing a trapped kitten, devising a way to water plants while on vacation, and rigging up a remote light switch.
In this activity, elementary and middle school students learn about glass and the techniques for making it, especially glass blowing. Then, students experiment with honey to get a feel for how glass is blown, and butter, to learn how temperature changes affect a material.
This lesson uses candy as a medium to illustrate the creation of glass, engaging students in three separate experiments as they predict, observe, and record the outcome of varying controls. The lesson is drawn from the curriculum “Contrasts: A Glass Primer,” developed by the Museum of Glass in Takoma, Washington, which aims to help students comprehend the medium of glass, while emphasizing oppositions in its creation, use, and aesthetics.
This activity from the Pacific Northwest National Laboratory involves students, grades 6-12, in the formation of crystals on glass slides. In conducting their experiment, students learn about basic principles that guide the work of materials engineers and scientists.
What more fun way to demonstrate Newton’s Third Law – every action has an equal and opposite reaction – than through a balloon-powered rocket car? In this lesson from NASA Quest, students grades 4-8 construct their cars from simple materials, test them along a measured track, then work to modify them for improved performance.
This activity for grades 6-8 provides students with the opportunity to create a food package for a specific food. The students have three components to focus on in the design of their food package. The package will have to keep the food clean, protect or aid in the physical and chemical changes that can take place in the food, and identify the food appealingly.
The Learning Roomba educational toolkit attempts to address robotics usability issues by keeping total costs down while making the tools as easy to use as possible. This toolkit is a collection of resources and tools to facilitate teaching robotics to pre-college students. Through these resources, students can learn about science, math, and engineering topics in a fun and exciting way.
BristleBots are one variety of the popular vibrobot, a simple category of robot controlled by a single vibrating motor. This BristleBot is made from a toothbrush and a few low-cost materials and can easily be modified for additional challenge.
