Project: SmartHome_Manager

Category: Home Automation Management

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Context:

This project will simulate a smart home management system where users can control and monitor virtual devices from one place. While no real-world integration will be involved, students will simulate device creation, management, and control workflows to mimic the behavior of a smart home.

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Project Goal

Create a home management platform where users can add devices, configure their simulated features, set routines, monitor energy usage, and interact with appliances through a virtual dashboard.

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Part 1: L1 - Minimum Expected Features

1. User Authentication and Household Setup

   • Allow users to register, log in, and set up a household.
   • Users create multiple rooms (e.g., Living Room, Bedroom) and assign devices to each room.
   • Example: After logging in, the user creates a “Bedroom” and assigns devices like a virtual thermostat and lamp to it.

2. Appliance Control Dashboard

   • Provide a dashboard that lists all devices and their current states (On/Off, Temperature, etc.).
   • Example: On the dashboard, the user sees that the fan is off and the thermostat is set to 24°C, with options to change settings.

3. Routine Scheduling System

   • Simulate routines like turning off lights at midnight or lowering the thermostat at 8 AM.
   • Example: The user creates a routine that turns off all lights and fans in the house at 10 PM.

4. Simulated Energy Usage Tracking

   • Track how long appliances were "used" and show a report on simulated energy consumption.
   • Example: The user checks the dashboard and finds that the air conditioner has consumed 30 kWh of simulated energy over the past week.

5. Alerts for Device Malfunctions

   • Simulate malfunction alerts for devices with abnormal usage patterns.
   • Example: If the heater remains on for more than 24 hours, the app sends a warning recommending the device be reset.

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Part 2: L2 - Unique Features

1. Stimulating Device Management System**

   A. **Simulated Device Creation**
   - Users can **create devices** under their account, each with its own simulated features.
   - **Example**: The user creates a new device called “Smart Lamp” with configurable features like brightness control (0-100%) and color mode (Warm/Cold), with `On/Off` button and Connect `Button`
   - Another Device like `Ceiling Fan` whose features like `3 speed control`,
   
   B. **Configurable Features Per Device**
   - Each device will have **unique attributes** such as operational modes, thresholds, or settings.
   - **Example**:
       - A **Thermostat** allows users to set temperature limits (18°C to 30°C).
       - A **Fan** includes speed settings (Low, Medium, High).
       - A **Lamp** offers dimmer control and color selection.
   
   C. **Simulated Device Connection**
   - After creating a device, users must **click a "Connect" button** to simulate linking the device with the app’s management system.
   - **Example**: Once the user creates a “Smart AC,” they click "Connect," and the system shows the AC on the dashboard, ready to be controlled.
   
   D. **Device Status and Feedback Simulation**
   - Users can **monitor device statuses** such as whether they are "On," "In Standby," or "Malfunctioning."
   - **Example**: If the virtual washing machine fails to respond, the system simulates a malfunction warning.
   

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Challenging Features

1. Simulated Usage Prediction

   • Implement a prediction algorithm that learns usage patterns based on simulated logs.
   • Example: If the thermostat is adjusted every morning at 7 AM, the system suggests automating it for the same time daily.

2. Emergency Mode Simulation

   • Implement an emergency mode that triggers simulated actions like turning off all appliances.
   • Example: During emergency mode activation, the app displays that all appliances have been switched off and virtual doors are locked.

3. Simulated Voice Control Interface

   • Create a text-based voice command interface to simulate voice commands.
   • Example: The user types “Turn off all lights,” and the system responds by toggling all light devices off.

4. Simulated Device Role Management

   • Add a multi-user role system (Admin, Guest, Child). Different roles will have varying access to devices and settings.
   • Example: Guests can turn devices on/off, but only admins can change routines or delete devices.

5. Simulated Device Groups for Custom Control

   • Allow users to group devices to perform collective actions.
   • Example: A “Morning Routine” group turns on the coffee maker, lights, and TV simultaneously when activated.

6. Simulated Energy Efficiency Recommendations

   • Provide simulated energy-saving suggestions based on appliance usage patterns.
   • Example: The system recommends switching to a "sleep mode" routine at night to reduce the usage of unnecessary appliances.

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