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Smart Irrigation System Using IoT

I need you to create a complete PowerPoint presentation for my IoT project. Please generate detailed content for each slide in a format that I can directly copy into PowerPoint.…

Shared by MD. Bourhanul HaqueAug 5, 202630 views0 likes16 slides

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I need you to create a complete PowerPoint presentation for my IoT project. Please generate detailed content for each slide in a format that I can directly copy into PowerPoint. PROJECT INFORMATION: - Project Title: Smart Irrigation System Using IoT - Team Name: Smart Sower - Course: CSE 442 - Internet of Things (IoT) Lab - University: Bangladesh University of Business and Technology (BUBT) - Supervised By: Adnan Sakib, Lecturer, Department of CSE TEAM MEMBERS: 1. Abdullah Hil Noman (20234203039) 2. MD. Muntaser Rahman (20234203026) 3. Afia Khatun Luna (20234203037) 4. Ridoy Hossain (20234203045) 5. Md. Bourhanul Haque (20234203015) SYSTEM DETAILS: - Microcontroller: NodeMCU ESP8266 - Sensors: DHT11 (Temp/Humidity), Soil Moisture Sensor, Rain Sensor - Display: 0.96" OLED Display (SSD1306, I2C) - Actuator: Relay Module + DC Water Pump - Cloud Platform: Blynk IoT - Programming: Arduino IDE with C/C++ - Virtual Pins: V0 (Humidity), V1 (Rain Status), V2 (Soil Status), V3 (Rain Text), V4 (Temperature), V6 (Pump Control), V7 (Soil Value) LOGIC: - Soil Classification: Dry (>700), OK (400-700), Wet (<400) - Pump ON when: Soil == "Dry" AND Rain == "No Rain" - Pump OFF when: Soil == "Wet/OK" OR Rain == "Rain" - Manual Override: Via Blynk app button (V6) RESULTS: - Water Savings: 30-40% - Sensor Reading: Every 2 seconds - OLED Update: Every 3 seconds - Blynk Data Send: Every 6 seconds - System Uptime: 48+ hours - Test Cases: All passed (Dry+NoRain=Pump ON, Dry+Rain=Pump OFF, OK+NoRain=Pump OFF, Wet+NoRain=Pump OFF, Manual Override) Now create a COMPLETE 16-SLIDE PRESENTATION with the following slide titles. For each slide, provide: 1. Slide Title 2. Bullet points (concise, presentation-ready) 3. Any diagrams/tables using ASCII art 4. Color suggestions for slide design 5. Speaker notes (what to say while presenting) SLIDE TITLES: 1. Title Slide 2. Introduction 3. Problem Statement 4. Objectives 5. Literature Review 6. System Architecture 7. Hardware Components 8. Software Components 9. Methodology / Workflow 10. Implementation 11. Results 12. Discussion / Analysis 13. Conclusion 14. Future Work 15. References 16. Thank You / Q&A Make the content professional, academic, visually appealing, and presentation-ready. Use professional color scheme: Blue (#1a5276), Green (#1e8449), and White (#ffffff) for university branding. Keep text minimal but informative. Each slide should have maximum 5-6 bullet points. Include speaker notes for each slide. Follow Design: {"palette":["Academic Blue #1A5276 — primary brand and headings","Bio Green #1E8449 — accent and positive status","Pure White #FFFFFF — main slide canvas","Slate Gray #34495E — body text and secondary structures","Light Gray #F4F6F7 — table backgrounds and borders"],"fonts":{"Inter":"https://fonts.googleapis.com/css2?family=Inter:ital,wght@0,100..900;1,100..900&display=swap","Fira Code":"https://fonts.googleapis.com/css2?family=Fira+Code:wght@300..700&display=swap"},"type":"Inter for clean, modern academic headers and body; Fira Code for technical virtual pin configurations and hardware listings.","layout":"A precise, clean university thesis grid with consistent top margins for titles and dual-column layouts for comparison and components.","framework_treatment":"Thin gray borders, clean rectangular cards for hardware specs, and flat, clear tables for virtual pin mappings.","feels_like":"A high-end IEEE conference paper presented via a polished, modern tech deck"}