Students analyze their own carbon footprint and then share their results with group mates before posting an idea for reducing their footprint on a collaborative digital board.

In part 7, students review and codify the steps they have taken, like a computer, to analyze and interpret numerical data to derive insights. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

In part 6, students will test and evaluate some of their brainstormed solutions to a problem they identified using data representing an event. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

In part 5, using a digital collaboration board, students will brainstorm solutions to a problem they have identified using data representing an event. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

In part 4, students compare organized data from two different bar graphs; then they identify and articulate a challenge that arises from the comparison. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

In part 3, students interpret visualized numerical data. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

In part 1, students prepare to visualize numerical data by collecting and organizing data into numerical values using free educational technology. Students learn a computational procedure to analyze and interpret numerical data to derive insights about a real-world problem of supply demand for marbles in a classroom, ultimately offering solutions and testing them.

Students will be introduced to the Engineering Design Process. A video and class discussion will familiarize students with real-life application of the Engineering Design Process and how to perform each step. They will then be tasked to do a small explorative project to help Jessi (from the SciShow Kids video) solve her problem using the Engineering Design Process. This activity also gives tips for performing these types of collaborative tasks with your younger learners.

Students will learn and utilize a design thinking process through the art of writing. The students will learn a systematic writing process that directly aligns to the design thinking process, focused on a purpose and pursuit of improvement.