Core Skills Analysis
Art
Gracie created a decorative piece by arranging pipe‑cleaner flowers, selecting colors, and pouring epoxy resin over them, then polishing the finished surface. She learned how to plan composition, blend hues, and manipulate texture to achieve a cohesive artwork. The activity also required her to follow safety protocols, such as wearing gloves and working in a ventilated space, reinforcing responsible studio practice.
Science
Gracie mixed the two components of epoxy resin, observing the chemical reaction that caused the mixture to harden into a solid polymer. She noted the precise 1:1 ratio, the exothermic heat released, and the curing time, gaining a practical understanding of polymerisation and the properties of synthetic materials.
Mathematics
Gracie measured the resin and hardener using graduated syringes, calculated the exact ratio, and measured lengths of pipe cleaners to ensure symmetry in her design. She applied fractions, ratios, and basic geometry to estimate the area needed for her artwork, sharpening her quantitative reasoning skills.
Design & Technology
Gracie selected appropriate tools, evaluated the suitability of pipe cleaners as a structural medium, and iterated her design when the resin flowed unevenly. She practiced problem‑solving by adjusting the placement of flowers and timing the pour, demonstrating an understanding of material properties and the design process.
Tips
To deepen Gracie's learning, have her keep a step‑by‑step journal with photos documenting each stage of the resin project. Encourage her to experiment with different inclusions—such as glitter, dried leaves, or metal flakes—to explore how various materials affect translucency and texture. Have her calculate the volume needed for larger or multi‑piece projects, turning the activity into a real‑world design brief. Finally, organize a peer‑review session where classmates critique each other's work, fostering communication and constructive feedback.
Book Recommendations
- Resin Art for Beginners by Catherine Brown: A clear, step‑by‑step guide that explains resin chemistry, safety, and creative techniques suitable for teenage makers.
- The Science of Everyday Things by Jay Ingram: Explores the chemistry behind common materials—including polymers—making complex concepts accessible to young adults.
- Maker Lab: 28 Super‑Cool Projects by Jack Challoner: A hands‑on project book that inspires teens to blend art, design, and engineering, with several resin‑based experiments.
Learning Standards
- Art and Design (Key Stage 3): Use a range of techniques, materials and processes – NC Art & Design 3.1.
- Science (Key Stage 3 Chemistry): Investigate the properties of substances and chemical changes – NC Science 3.2.
- Mathematics (Key Stage 3 Number): Apply ratios, fractions and measurement in practical contexts – NC Mathematics 3.1.
- Design & Technology (Key Stage 3): Explore material properties, safety, and the design process – NC D&T 3.3.
Try This Next
- Worksheet: Calculate resin‑to‑hardener ratios for different project sizes and record results.
- Quiz: Identify the stages of polymerisation and safety precautions for epoxy use.
- Drawing prompt: Sketch a new flower design and label the colors, shapes, and placement before building it.
- Experiment: Test how ambient temperature (room vs cool) changes curing time and final finish.