K-12 US · 6–8
Algorithmic Literacy for Grades 6–8
This guide helps US middle school classrooms teach algorithmic literacy with clear objectives and classroom-ready activities. Explain how recommendation systems shape what students see and why engagement-optimized content can distort reality. Introduce algorithmic feeds, social proof, and bias framing. Ask students to document evidence before sharing claims. Use it to plan a single lesson or a short unit arc in 6–8 — then explore how Split a Cookie (SaC) modules reduce prep time for teachers and substitutes.
Last reviewed 2026-07-05
Learning objectives
- In Grades 6–8, students describe how feeds personalize content — aligned with algorithmic literacy instruction in middle school classrooms.
- In Grades 6–8, students explain why sensational content spreads faster — aligned with algorithmic literacy instruction in middle school classrooms.
- In Grades 6–8, students design strategies to diversify information intake — aligned with algorithmic literacy instruction in middle school classrooms.
Classroom activities
- Open with a 5-minute "Algorithmic Literacy" warm-up using a short age-appropriate clip or headline, then chart student questions on the board.
- Run a paired source comparison: give middle school classrooms two short texts on the same event and ask which is more trustworthy and why.
- Close with a written exit ticket: one verified fact, one open question, and one habit students will use this week.
SaC curriculum fit
SaC's Split a Cookie framework fractures algorithmic distortion into analyzable parts — moving beyond binary 'true/false' thinking.
Standards alignment note
Districts across the United States align Grades 6–8 media literacy instruction to state ELA, social studies, and library standards. SaC resources support local adoption — they do not replace state-specific scope and sequence requirements. Review your state framework when mapping 6–8 outcomes.
Related resources
Other grade bands — Algorithmic Literacy