Positives

• This resource will empower students to advocate for energy-saving decisions in their homes, schools, and community buildings.
• The user-friendly lessons introduce students to the model and gain experience manipulating the model in a structured way.
• Students practice many scientific skills, such as developing and using models, analyzing and interpreting data, computational thinking, and making claims from evidence.

Additional Prerequisites

• This web-based resource is free to use, and there are no downloads needed.
• All users will need to create a Sketchbox account with their email address.
• Under the How To Get Started section at the bottom of the page, there is a link to Sketchbox tutorials that walks you through the interface, the six different tabs, three case studies, frequently asked questions, and troubleshooting tips.
• Users can save multiple projects to the cloud storage. There is also an option to download and upload files to and from Sketchbox.
• In the free version, each project site can have two different buildings, allowing for easy comparison.

Differentiation

• Students can play the role of architects, engineers, building managers, energy analysts, or contractors making important decisions to save energy and reduce costs for their buildings, connecting this lesson to green careers.
• By setting the location, the model accounts for weather and utility costs in that area. Students can explore how energy and cost efficiency changes based on location.
• In economics classes, students can use Sketchbox to conduct a cost-benefit analysis in creating more energy-efficient buildings.
• In science classes, students can focus on reducing emissions in their building designs to minimize the environmental impact.