Soham Kirane

1. IDEA 1: Cycle-On-Campus Mobility System

   1. "Green mobility for large campuses."
   2. Problem:
      1. Large university or corporate campuses make it difficult for students/staff to move around quickly. Walking across the campus is time-consuming, and vehicles are impractical for short distances.
   3. Proposed Solution:
      1. Deploy a Cycle Sharing System inside the campus:
      2. Designated cycle stands across campus hotspots
      3. Trackable cycles with QR code unlocking
      4. Mobile app for booking and tracking usage
      5. Optional subscription system for regular users

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2. IDEA 2: Digitalized Canteen/Company Cafeterias/Events Payment & Ordering System

   1. "Minimizing chaos, maximizing speed at food counters."
   2. Problem:
      1. College canteens face daily chaos during peak hours. Manual payments and billing slow down the service, create long queues, and cause errors in orders.
   3. Proposed Solution:
      1. Build a Digital Canteen Payment & Order System:
      2. Students order and pay via mobile app or kiosk
      3. System auto-generates digital bill (like McDonald's model)
      4. Student receives order number and waits for pickup at a collection counter
      5. Payments via UPI, cards, wallets, or meal credits

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3. IDEA 3: Pulse – AI-Driven Healthcare Navigator

   1. Problem Statement:
      1. Millions of people around the world struggle with understanding their health symptoms and deciding whether they need self-care, a doctor, or emergency help. This leads to:
      2. Overburdened hospitals
      3. Delayed treatments
      4. Misguided self-diagnosis
      5. Poor access to specialists in rural or underserved regions
   2. Proposed Solution:
      1. Pulse is a universal AI healthcare navigator that listens to patient symptoms (via voice, text, or video) and intelligently guides them to the appropriate level of care.

Mohammed Varaliya

1. IDEA 1: Auto Lecture Rescheduling & Notification System (ALRNS)

   1. Problem Statement:
      1. Lecture cancellations in educational institutions often lead to confusion, loss of learning time, and inefficient communication between faculty, administration, and students. The current process is mostly manual, lacks coordination, and fails to utilize available faculty efficiently.
   2. Proposed Solution:
      1. A fully automated lecture management system that:
         1. Detects cancelled lectures
         2. Notifies available faculty for substitution based on subject and availability
         3. Allows faculty to opt-in with one-click
         4. Automatically assigns substitute and updates the schedule
         5. Notifies students immediately of the change
         6. Sends cancellation notices if no substitutes are found
      2. All actions are executed without human intervention, saving time and ensuring seamless communication.
   3. Key Features:
      1. Real-time notifications (Email, SMS, Mobile App)
      2. Student and faculty portal
      3. Sync with academic calendars
      4. Analytics dashboard for admin and department heads

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2. IDEA 2: Smart Energy Control System (SECS)

   1. "Automated energy optimization using real-time occupancy detection."
   2. Problem:
      1. Energy is wasted daily in campuses, offices, and buildings due to air conditioners and electrical systems running even when no one is present, or under improper settings based on room occupancy.
   3. Proposed Solution:
      1. Develop a Smart Energy Control System (SECS) that uses IoT sensors (motion, CO₂, heat) to:
      2. Detect the number of people in a room
      3. Adjust AC temperature dynamically (e.g., higher when crowded)
      4. Auto-switch off AC and lights when room is empty
      5. Log usage data for energy analytics and optimization
   4. Core Features:
      1. PIR/IR-based presence sensors
      2. AI-based adaptive temperature control
      3. Real-time occupancy data
      4. Remote monitoring via app or admin dashboard
      5. Energy usage reports and cost savings
   5. Global Use Cases:
      1. Universities, Corporate Offices, Government Buildings, Hotels
      2. Smart city infrastructure
      3. Eco-conscious campuses and buildings
   6. Impact & Benefits:
      1. Saves electricity and cost
      2. Supports sustainability goals
      3. Reduces manual energy management
      4. Globally scalable for commercial and institutional buildings

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