3.3 IDENTIFYING CLIENT'S OBJECTIVES - W-Div-Engg-Exploration-Odd-2026-27/Repo-12 GitHub Wiki
To design a cost-effective, dependable, and easy-to-operate mechanism that blends creative engineering with smart electronics to create a surprising, delightful user experience.
MAIN OBJECTIVES IDENTIFIED BY CLIENT'S REQUIREMENTS:
| # | User-Perspective Functions |
|---|---|
| 1 | Taps hidden switch to bloom |
| 2 | Controls flower via smartphone |
| 3 | Watches continuous petal moment |
| 4 | Observes smooth vertical bloom |
| 5 | Flower opens on user approach |
| 6 | Views pink and green glowing LEDs |
| 7 | Adjust blooming and closing speed |
| 8 | regulates LED light brightness |
| 9 | Recharges without plug in cords |
| 10 | Places decor piece anywhere freely |
| 11 | Operates with minimal noise |
| 12 | Sees clean table top aesthetics |
| 13 | Resets or interrupts motion instantly |
| 14 | Conserves power when unattended |
| 15 | Uses device as a gentle night light |
| 16 | Views animation synced with motion |
| 17 | Touches interior safely |
| 18 | Folds petals into closed buds |
| 19 | Recieves low battery notification |
| 20 | Operates device instantly |
PROBLEM DEFINATION 1.1 -
Market & Technical Context: Evaluated standard commercial decorative lamps and artificial plants, revealing a lack of interactive automation and dynamic multi-axis motion. Technology Selection: Researched microcontrollers and actuation mechanics, selecting the ESP32-C3, PCA9685 drivers, and leadscrew assemblies to enable precise, quiet operation.