Core Skills Analysis
Science and Natural Inquiry
Lowry explored how objects move when they bounce, squish, and squeeze during her Outschool Animation class. She observed the cause‑and‑effect relationship between pressure and shape change, forming simple hypotheses about why a ball stretches before it rebounds. By testing these ideas with animated sketches, she gathered visual evidence and refined her understanding of motion. This hands‑on experimentation helped her develop basic scientific reasoning skills.
Mathematics and Quantitative Reasoning
Lowry counted the number of frames needed for each bounce, squish, and squeeze sequence, translating motion into precise timing. She measured the spacing between key poses and used simple ratios to make the animation feel smooth and natural. Through these calculations, Lowry practiced arithmetic, measurement, and proportional thinking. The activity turned artistic expression into a quantitative problem‑solving experience.
Self‑Management and Metacognition
Lowry set a personal goal to improve the fluidity of her animated characters and selected the bounce, squish, and squeeze principles as targets. She monitored her progress by replaying her work and noting where the motion felt stiff or too fast. After each attempt, she reflected on what adjustments were needed and implemented new strategies. This cycle of goal‑setting, self‑assessment, and adaptation strengthened her planfulness and resilience.
Tips
To deepen Lowry’s mastery, have her create a short stop‑motion story using clay figures that emphasize bounce, squish, and squeeze; this adds a tactile dimension to the concepts. Pair the animation work with a simple physics experiment—such as dropping a rubber ball onto different surfaces—to see real‑world bounce patterns and compare them to her sketches. Introduce a math worksheet where she charts frame counts versus time to calculate the average frames per second, reinforcing measurement skills. Finally, encourage Lowry to keep an animation journal where she records goals, observations, and revisions, turning reflection into a habit.
Book Recommendations
- The Way Things Work by David Macaulay: A visual guide that explains the physics behind motion, elasticity, and simple machines—perfect for connecting real‑world bounce to animation.
- Cartooning for the Beginner: A Step‑by‑Step Guide to Drawing and Animation by Christopher Hart: Offers kid‑friendly lessons on drawing characters, adding motion, and mastering basic animation principles like squash and stretch.
- Hello Ruby: Adventures in Coding by Linda Liukas: While focused on coding, this book introduces logical sequencing and problem‑solving that complement frame‑by‑frame animation planning.
Learning Standards
- SDE.SCI.MC.1 – Lowry conducted informal experiments with animated sketches to understand cause and effect (bounce, squish, squeeze).
- SDE.MA.MC.1 – She applied arithmetic and measurement to determine frame counts and timing for smooth motion.
- SDE.META.1 – Lowry identified a personal goal (fluid animation) and selected resources (software, reference books) to achieve it.
- SDE.META.2 – She evaluated her animations, noted areas for improvement, and adjusted her technique accordingly.
Try This Next
- Worksheet: "Frame Count & Timing" – list each action (bounce, squish, squeeze) and record the number of frames used, then calculate average frames per second.
- Hands‑on experiment: Use a rubber ball and a soft pillow to compare bounce height and deformation; sketch the observations as animated keyframes.
- Journal prompt: "What changed when I added more squish to my character? How did it affect the story’s feeling?"
- Digital task: Create a short 5‑second GIF using free animation software (e.g., Pencil2D) that showcases all three principles in one scene.