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TE Activity: Cars from the Future Contributed by: Integrated Teaching and Learning Program, College of Engineering, University of Colorado at Boulder
Pre-Req Knowledge (Return to Contents) Students should understand that most cars are powered by gasoline. Learning Objectives (Return to Contents) After this activity, students should be able to:
Materials List (Return to Contents) Each group needs:
To share with the entire class:
Introduction/Motivation (Return to Contents) Has anyone seen the movie Back to the Future? In the movie, the main character can travel through time and bring back knowledge from the future. That would be very cool to be able to do! Well, today you are going to be engineers from the advanced FutureTech car company. FutureTech has invested much money in sending several teams of engineers into the future to find out what technology will be like in 20 years, so they can get a head-start on the competition. Your class represents the different teams that are about to become time-traveling engineers! You and your team of engineers will be sent forward to the year 2026 and will have to come back with a full report on what kind of technology is being used in the cars of the future. You then have to give the big bosses a presentation about what you found and sell your team's idea as the best one. Whichever team persuades the CEOs that their car findings are best will win a place in history!
Engineers are working to make fantastic new cars that produce fewer emissions than older cars. This is important, because most cars give off pollutants that harm people, animals and even plants and buildings. Today you will get to experience what it might be like to be one of these engineers! And, since engineers need to effectively communicate their ideas, you will experience that aspect of engineering, also. Engineers must be able to present their ideas so that their bosses, other employees, and the people for whom they are making the new invention, product or design can understand how it works. Engineers also often work in groups, and they need to be able to communicate well with the other people in their group, so that they all can work together to create amazing new technology. Procedure (Return to Contents) Before the Activity
With the Students Day 1:
Day 2:
Attachments (Return to Contents)
Assessment (Return to Contents) Pre-Activity Assessment Class Discussion and Worksheet: Ask students if they know about any current technology that is used in alternative vehicles or fuel. As a class, brainstorm different ideas of alternative vehicles that engineers have designed. Ask if anyone has seen or been in a hybrid or electric vehicle. Ask the students why these alternative methods are so important (they produce fewer emissions and require fewer fossil fuels). After the discussion, hand out the Modes of Transportation Worksheet and have the students rank different modes of transportation from "greenest" to "not-as-green." Discuss the answers as a class. Activity Embedded Assessment Fill in the blanks: Put up a transparency of the Vehicle Fill-in Worksheet. Have each group fill in the blanks and then share the answers with the class. Post-Activity Assessment Closure Discussion: Discuss as a class why engineers must be able to effectively share their ideas with their bosses, clients, employees, other engineers, and the public. Talk about the importance of being able to communicate your ideas well. Ask students if they can think of what might happen if engineers were not able to share their ideas persuasively. (Possible Answers: People may be confused about how engineering inventions work, and may not want to buy or use new inventions. It is also difficult for engineers to work together in teams if they do not do a good job of communicating their ideas to each other). Activity Extensions (Return to Contents) Have the students build a model car from their drawing. Have students pick one of the eco-friendly technologies used in their design and ask them to research how and where that technology is used. Each group can pick a different technology and develop a poster with the key features of that technology to share with the class. Activity Scaling (Return to Contents) For upper grades, have the students draw their designs to scale. Give them dimensions to work with and explain why scale drawings are used. Have students label their drawings with key features as well as measurements for some dimensions. Students in lower grades may require more time to work on the design and presentation. Contributors Katherine Beggs, Denali Lander, Abigail Watrous, Janet YowellCopyright © 2006 by Regents of the University of ColoradoThe contents of this digital library curriculum were developed under a grant from the Fund for the Improvement of Postsecondary Education (FIPSE), U.S. Department of Education, and National Science Foundation GK-12 grant no 0338326. However, these contents do not necessarily represent the policies of the Department of Education or National Science Foundation, and you should not assume endorsement by the federal government. Supporting Program (Return to Contents) Integrated Teaching and Learning Program, College of Engineering, University of Colorado at BoulderLast Modified: September 26, 2008
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