solar – iLearn Technology

Solar Car Racing: Try Engineering

April 13, 2011Kelly Tenkely6 Comments2875 views

What it is: Solar Car Racing is a great game and challenge from Try Engineering. On the Solar Car Racing games students will virtually design and race a solar car. Students begin by choosing the components for their car that will optimize the performance. Next they test out their car in a desert and on a racetrack environment to find out how it performs. Students can observe the performance and then modify their design based on feedback and race again.

How to integrate the Solar Car Racing game into the classroom: Try Engineering has some really fantastic interactive games for students. I like Solar Car Racing because it goes beyond just building and testing, and encourages students to learn from their mistakes to modify their design. Too often games created for students have a defined end point that doesn’t encourage students to continue tinkering and experimenting. Solar Car Racing would make a good “experiment” center on classroom computers. Students can stop by the “lab” area as they are learning about solar energy to test out the principles they are learning.

Ideally, students would each have access to the site. This would allow each student to create and test a solar car design. Let students discuss observations of what designs work best and why. Students can “sell” their solar car design to each other. Expand this activity by asking students to create a sales brochure for their solar car. Students can include researched information about solar cars, tout unique elements of their design and practice persuasive writing and design.

If students don’t have access to their own computers, make this a class activity using a projector-connected computer or interactive whiteboard. Give each student the opportunity to tweak and test the design, discussing adjustments and possible outcomes as a class.

If you have the resources, perfect the solar car design using the Solar Car Racing game and follow-up by creating an actual working model size version.

Tips: Be sure to check out the fantastic list of related links at the bottom of the Try Engineering Solar Car Racing page.

Please leave a comment and share how you are using Solar Car Racing in your classroom!

Energyville

July 23, 2010Kelly Tenkely11 Comments4211 views

What it is: Energyville is a game sponsored by Chevron. In the game, students have to provide enough power to meet the energy demands of a city with a 5.9 million person population. As they play, they must keep the city prosperous, secure, and clean. The energy decisions that students make for the city in 2015 are based on current lifestyles and the projected energy demands and costs for developed countries in North America, Europe, and Asia. The Energyville game environment is a lot like SimCity in the way that students build and maintain the city. Students begin by dragging energy sources to the city to bring it to life. Students can choose from biomass, coal, hydro, natural gas, nuclear, petroleum, solar, and wind. As they add energy sources to the city, they can observe the impacts on the economy, environment, and security of the city. The goal is to keep the impact low. There is a comparison chart where students can view the impact of the different energy sources on the environment, economy, and security to aid them in their decision-making. As students move their mouse over the different energy sources, they can read about that energy source in the Energy Advisor panel.

How to integrate Energyville into the classroom: Energyville is an excellent simulation game that helps students to experiment with energy sources. They are able to see the way that their decisions directly affect people and the environment. Students can see how some energy sources may have a low impact on the environment but are high in cost or impact security. This is a great way for students to weigh decisions and defend their choices. Set students up in a computer lab setting where each student has their own computer. Give students a set amount of time and see which students can get the highest score (lowest impact) on their city in that time. Afterward, discuss the best and worst energy sources, and have the highest score walk the class through their strategy. If you don’t have access to a lab, you can send students to Energyville in small groups as a center activity on the classroom computers. You could also play as a whole class with an interactive whiteboard or projector-connected computer.

Tips: There are two levels of game play. In the first level, students make decisions to meet the city’s energy demands in 2015. In the second level, they must make additional decisions to prepare for the energy demands of 2030.

Please leave a comment and share how you are using Energyville in your classroom.