Defect-Doc App for QC Inspectors with API Integration
Budget: $30 – $250 USD
Purpose:
The purpose of this document is to outline the requirements and functionalities for an Android mobile application designed to record defects identified during room renovation inspections. This application will interact with the existing web application’s API for various functionalities including authorization, data retrieval, and data submission.
Application Workflow:
1. Login Screen
- User authentication.
2. Home Page
- Displays a list of projects and the main menu.
- Functions:
-- Retrieve and synchronize project list and associated data.
-- Load project details.
-- Send defect details to the server.
3. Project Selection for Inspection
- General photo additions to the project.
- Defects list for the selected project.
- Adding a new defect:
-- Select a room from the project’s room list.
-- Capture photos of the defect.
-- Enter defect name and comments for each photo, including voice input.
-- Add voice recordings to describe defects.
-- View list of construction plan images.
-- Interactions with construction plans:
--- Select and view construction plans.
--- Mark defect locations on the plan.
--- Add new construction plans: capture photo, enter plan name, and select plan type.
-- Defect data saving.
-- Data submission options on exiting the app or through an in-app menu.
Key Features:
- Voice Input: Enable voice-based input for defect names and comments to enhance usability.
- Offline Functionality:
-- The app should be capable of loading project data and operating offline.
-- Sync capabilities to upload defect data.
- Image Compression:
-- Compress images before sending to save bandwidth.
-- Store full-resolution images locally on the device.
- Individual Photo Submission: Send photos to the server individually rather than in batches to manage data flow and server load effectively.
- Persistent Project Interaction: After saving a defect, the app should remain within the project view instead of returning to the main menu.
Technical Requirements:
- Platform: Android OS.
- Integration Points:
-- API endpoints for authentication, data retrieval, and submission (Details to be provided by the backend team).
- Data Management: Local storage management for offline functionality and synchronization logic.
- User Interface: Intuitive UI/UX to accommodate the functionalities listed, including touch interactions and voice input.
Conclusion:
This application aims to streamline the process of documenting and reporting renovation defects by integrating with existing web application infrastructures and enhancing mobile operational capabilities. This will facilitate more efficient project management and quality control during construction and renovation projects.
The purpose of this document is to outline the requirements and functionalities for an Android mobile application designed to record defects identified during room renovation inspections. This application will interact with the existing web application’s API for various functionalities including authorization, data retrieval, and data submission.
Application Workflow:
1. Login Screen
- User authentication.
2. Home Page
- Displays a list of projects and the main menu.
- Functions:
-- Retrieve and synchronize project list and associated data.
-- Load project details.
-- Send defect details to the server.
3. Project Selection for Inspection
- General photo additions to the project.
- Defects list for the selected project.
- Adding a new defect:
-- Select a room from the project’s room list.
-- Capture photos of the defect.
-- Enter defect name and comments for each photo, including voice input.
-- Add voice recordings to describe defects.
-- View list of construction plan images.
-- Interactions with construction plans:
--- Select and view construction plans.
--- Mark defect locations on the plan.
--- Add new construction plans: capture photo, enter plan name, and select plan type.
-- Defect data saving.
-- Data submission options on exiting the app or through an in-app menu.
Key Features:
- Voice Input: Enable voice-based input for defect names and comments to enhance usability.
- Offline Functionality:
-- The app should be capable of loading project data and operating offline.
-- Sync capabilities to upload defect data.
- Image Compression:
-- Compress images before sending to save bandwidth.
-- Store full-resolution images locally on the device.
- Individual Photo Submission: Send photos to the server individually rather than in batches to manage data flow and server load effectively.
- Persistent Project Interaction: After saving a defect, the app should remain within the project view instead of returning to the main menu.
Technical Requirements:
- Platform: Android OS.
- Integration Points:
-- API endpoints for authentication, data retrieval, and submission (Details to be provided by the backend team).
- Data Management: Local storage management for offline functionality and synchronization logic.
- User Interface: Intuitive UI/UX to accommodate the functionalities listed, including touch interactions and voice input.
Conclusion:
This application aims to streamline the process of documenting and reporting renovation defects by integrating with existing web application infrastructures and enhancing mobile operational capabilities. This will facilitate more efficient project management and quality control during construction and renovation projects.