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CODE

Code gives students a way to solve problems, automate ideas, and explore logic through structured thinking. It turns curiosity into systems that respond and evolve.

What if your students used code as a creative medium?

See how this could fit
Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students refactored someone else’s code?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students explained their thinking through comments?

See how this could fit
Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students designed an algorithm for daily life?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students compared human logic to computer logic?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students created rules for a digital system?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students automated a boring task?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students learned by breaking something first?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students explored logic through trial and error?

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Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math

What if your students wrote code to solve a problem they actually care about?

See how this could fit
Grades: 6–8, 9–12
Outcomes: Logical reasoning, problem decomposition, abstraction
Assessment: Students describe how their code solves a problem and improves efficiency.
Curriculum: Computer Science, Math