Rainforest Masks, Drying Racks, and IEP Goals
Ms. Lin teaches art to six second-grade classes-22 students each, 40-minute periods, one double sink, and no drying rack beyond two rolling carts. The classroom teachers are co-planning a rainforest unit and have asked her to have every child make a wearable rainforest animal mask for a performance in three weeks. The science coach wants the masks to show accurate habitat coloration and body structure. Three students in the grade have fine-motor IEP goals; one student, Omar, avoids touching paste and textured fabric. Ms. Lin's supply budget is $75. The performance is in the gym, under bright lights, for 45 minutes. The classroom teachers can give 20 minutes of science time per week but no extra art time.
1. Propose a three-week sequence that meets both an art standard for construction and attachment and the science request, given the drying and time constraints.
Read the worked answer
Skip papier-mâché. With 132 masks, one sink, two carts, and three weeks, drying is the binding constraint; humid papier-mâché can mold and will not dry in time. Use tagboard or paper plates as a base, staple or tape tabs, and glue-stick or low-moisture collage.
Week 1: science research cards on habitat, coloration, and body structure; thumbnail sketches; color-mixing tests. Week 2: build the mask base-cut eye holes, add a structural tab, attach ears, beak, or horns with tape and staples; teacher-operated hot-glue station for difficult joins. Week 3: surface design with cut paper, color mixing, and attachment; final ten minutes for fit and safety checks. Each class loses time to cleanup, so assign table jobs. The art objective is construction and attachment plus color as communication; the science objective is accurate coloration and structure. Keep a class set of reference cards so students do not rely on memory. Display masks with labels naming the animal and one adaptation.
2. How will Ms. Lin adapt materials and process for the three students with fine-motor goals and for Omar, without lowering the art objective?
Read the worked answer
Adapt the tools and the route, not the target. For the three students with fine-motor goals, provide larger templates and precut shapes only as a starting point, spring-loaded scissors, tape dispensers, foam brushes, and a choice between stapling and gluing; break the task into base, attach, and surface. Do not build the mask for them; grade the same construction idea. For Omar, offer gloves, a glue stick or tape instead of paste, and a choice of smooth or textured materials; let him handle materials with a tool before touching them; provide a no-touch bin for textured fabric. Give him a visual schedule and a quiet cleanup role. Offer all students the same options so no one is singled out. The art objective remains that students attach three-dimensional features securely and use color to communicate habitat, not that they tolerate paste. Document the adaptations in IEP progress notes.
3. Design a rubric that separates art learning from science accuracy and is usable in 40 minutes with 22 students.
Read the worked answer
Use a four-point rubric with three art criteria and two science criteria, but keep the grades separate. Art: construction and attachment-features stay on during wear; color and surface-colors support the animal's habitat and are intentionally mixed; craftsmanship and finish. Science: accuracy of body structure; accuracy of coloration plus a written or verbal explanation of one adaptation. To make it usable in 40 minutes with 22 students, assess during work with a clipboard checklist (secure join, color plan, feature count), photograph each mask front and side, and have students self-assess with a 3-2-1 exit ticket. Do not grade performance behavior. Share the science criteria with the classroom teacher so the same evidence is not graded twice. Return feedback the next class; the show is not the assessment.