Planet Partners

A high-impact 7th-grade STEM unit exploring biomechanics, the human skeletal-muscular leverage system, and pioneering prosthetic innovations. Students design and build physical mechanical limb models to solve real-world accessibility challenges.

An introductory lesson focused on helping students analyze their screen habits, digital footprints, and online presence. Students reflect on their digital citizenship through a creative self-profiling worksheet.

Fiche élève imprimable en deux pages pour la Séance 5 de la Période 3 (La fermentation de la pâte à pain). Comprend des tableaux de relevés de hauteurs de pâton, un cadre de dessin pour la miche de pain alvéolée et la trace écrite finale.

An introductory launch unit for fifth-grade science establishing safety norms, physical notebooks, and the Claim-Evidence-Reasoning (CER) writing framework.

The culminating Project-Based Learning (PBL) experience where students collaborate in groups to research a real-world global health problem and pitch an innovative biomedical design. Includes a student project guide, a rubric/peer assessment sheet, and a teacher launch/mentoring guide.

Fiche de préparation complète (fiche de séance) pour l'enseignant sur l'atelier de panification en classe, comparant la fermentation biologique de la levure et l'action de la levure chimique. Contient les recettes, le timing précis et les corrigés.

An immersive 3-day scientific inquiry studio where students investigate the impact of music and sound on human performance, using the scientific method to collect real-world data.

Explores the historical milestones of assistive technologies and mobility innovations (glasses, hearing aids, Braille, prosthetics, and wheelchair mechanical gears). Aligned with Day 3.

A highly scaffolded, two-page student worksheet containing vocabulary-to-icon matching, cause-effect sentence completion exercises, and a structured exit ticket with large writing lines tailored for Level 3 ELLs.

A targeted science intervention sequence designed to help struggling 4th-grade students master experimental design, variables, and hypotheses through structured, tiered supports (Tier 3 and Tier 2) and highly visual learning aids.

Introduces students to biomechanics, the mechanical lever structures of the human skeletal-muscular system, and the physical science of joints. Includes a slide presentation, leverage modeling sheets, and a teacher guide.

An engaging, highly visual 5-slide deck with strict large typography (minimum 24px) for Level 3 ELL students. Includes vocabulary visual pairings, cause-effect sentence frames, and clear discussion prompts.