1. Jared Caldwell. Liz Ha. Halley Profita. Chip Schooler

2. MODEL ∙ SCALE 1”:30” Size & location vacillation formation

4. Materials Fiberglass & Resin FSR0.5” 5 Watt CDT Solar Panel Battery 33 AHour Amp Arduino Speaker 12v Photosensitive Switch

5. Station Components 5 Force Sensitive Resistors Amplifier Arduino Speakers Technical Specs Tactile/Audio Interaction Pressure Sensitive Frequency Pressure Sensitive Amplitude Pressure Sensitive Rhythm Texture/Tone Affordance

6. Physical/Digital

7. UNIVERSAL DESIGN PRINCIPLES NORMAN’S DESIGN PRINCIPLES Physical Design Structure Universal Principles HighMediumLow Equitable Use High sections, Low section, Reachable Interactions Adults, Children, Disabilities Flexibility in Use Modularity Play Choices: Sit, Crawl, Slide, Climb, Individual/Collaborative Use Simple & Intuitive Space Structures easy to use: tunnels for crawling, surfaces for sitting, slides for sliding. Perceptible Info Art structure may be difficult to discern from play structure. However, accessibility and stability communicates approachability Tolerance for Error Structure low to ground to minimize climbing accidents. Structure use designed for personal play interpretation Low Physical Effort Encourages acitivity and play. Use can be low effort with the ability for challenge Size & Space for Approach & Use Good visual perspective for parents to watch children. Good structure height for universal reachability Interactive Design Structure Norman's Principles HighMediumLow Visibility Lower modules = lower sounds, medium modules = higher sounds, etc. Visibility could be improved by textured surface with touch indicator Feedback Lower modules = lower sounds, medium height = higher sounds, etc.Audio/tactile interaction creates sound when pressure is applied. Increased pressure intensifies amplitude. Constraints Singular units = individual play, congregated units = cooperative play Mapping Lower modules = lower sounds, medium height = higher sounds. More pressure = higher frequency Consistency Pressure application consistent for all modules. Could use additional indicators to distinguish differences in pitch and flow Affordance Affords touching, sitting, resting, leaning, climbing, jumping