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DCC Bridge
Anonymous1772904312
03-07 17:48
Model Name
drainage model 3d
Tags
drainage
props
props realistic
props simulation
props simulation realistic
realistic
simulation
simulation realistic
Prompt
You are an expert science fair and engineering project advisor. Help me design a Smart City Drainage Model for a school/college exhibition that impresses judges by demonstrating a real-world urban problem solved with IoT and AI. The model should have 4 layers: Layer 1 — Mini Smart City (Top) Design a top platform representing a city with small buildings, roads, trees, and street drain covers. Include 2–3 drain openings on the road that connect to a transparent pipe below. The flow should simulate: Rain → Road → Street Drain → Underground Pipe. Layer 2 — Transparent Underground Drainage (Middle) Use a transparent acrylic pipe so the water flow is visible. Include 3 sensor zones: Zone 1: Flow monitoring using a YF-S201 flow sensor Zone 2: Leak detection using a moisture sensor near a small intentional hole Zone 3: Overflow monitoring using a water level sensor Layer 3 — Mosquito Detection Chamber At the pipe outlet, place a small dark chamber with a water tray to simulate stagnant water from blocked drainage. Mount an ESP32-CAM facing the chamber to capture images and run a mosquito larvae detection AI model. Layer 4 — Smart Monitoring System (Bottom) House the ESP32, power supply, sensor wiring, and WiFi module. Optionally include a small OLED display showing real-time readings like: Flow rate, Leak status, and Mosquito Risk level. The complete story the model should tell is: Rain → Drain → Leak Detection → Stagnant Water → Mosquito Detection → Smart Alert Provide: component list, wiring diagram suggestions, AI model recommendations for mosquito detection, and tips to make this look like a professional engineering demo for judges.
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