Co-Teaching for Rigor and Creativity at Naples Elementary School

NAPLES, Italy – In a recent fifth-grade English Language Arts unit, Dr. Raquista Claitt, Max Macone, and Caroline Kruse co-taught an innovative writing experience centered on Benchmark Education’s Survival Story Challenge.

Their goal was to deepen students’ narrative writing skills while intentionally offering meaningful choice, authentic research sources, and multiple pathways for creative expression. To support rigorous thinking, they anchored instruction in the Cognitive Rigor Matrix, ensuring students engaged in higher-level analysis, synthesis of ideas, and original narrative composition. They simultaneously remained aligned to the established structure of the BA challenge, integrating CCR Standards for literacy alongside NGS Standards.

The unit began with student research using NASA resources focused on three distinct survival settings: the harsh conditions in frigid climates (e.g. Antarctica), the mysterious possibilities of exoplanets, and the familiar yet extreme environments of planets within our own solar system. Offering these research pathways allowed students to select a context aligned with their interests while still requiring them to analyze scientific and informational texts as part of their narrative planning.

To support rich, descriptive writing, students explored and developed setting. Learners used Minecraft Education to design survival environments, created digital illustrations to visualize landscapes, or produced traditional artwork to externalize their story worlds. This multimodal approach enabled students to develop vivid mental models of place, which translated directly into stronger sensory details and more immersive narratives.

A key component of the unit was the use of AI-generated, student-centered story starters. Students first outlined their characters, settings, conflicts, and major plot events. Teachers then entered these “story seeds” into Microsoft Copilot, prompting it to generate narrative openings modeled after Benchmark exemplars. Each student received a personalized narrative seed introducing a unique character, challenge, or environmental obstacle. Students expanded these narratives over time through daily journal entries, allowing for differentiated pacing and individualized creative pathways. Writing occurred both collaboratively and independently, culminating in st

udent presentations in which learners explained how they integrated science, art, technology, and math into their storytelling.

Student feedback highlighted the impact of this approach. One fifth grader stated, “I liked that the challenge was multi-step, with multiple stages of what we had to go through and create.” Another reflected, “I liked the Minecraft part and how it helped us visualize our writing and make it more descriptive. In my group, we enjoyed doing the scientific research, using it to create a visual representation in Minecraft with some estimation of volumes, and finally create NPCs with storylines and our writing attached to them.” The same student added, “I learned a lot about the temperatures in Antarctica. I didn’t know that it could reach temperatures that are so low.” A third student noted, “I enjoyed learning about the snowstorm in New York and drawing the setting, even though it was difficult at first.”

Through intentional co-teaching, choice-driven design, and thoughtful technology integration, this unit empowered students to craft compelling survival narratives grounded in research, creativity, and authentic student voice.