Kotlin Android Job Allocation Project

Overview
Do you remember or forget sometimes to whom you allocated a task ??
Have a look at Job Allocation app build with SQLite database and Kotlin support
It is an Job recording application with an offline database to store the jobs allocated to a person by any authority. The app can be used in coordinating the task distribution for a project and many more creative ways. A custom ListView holds the info:
Job
assigned to
assigned by
date of creation
.Any item in the ListView can be
edited
updated
and also
deleted
as well, any time by a
ClickListener
on the items of the ListView.
You dont need to remember the allocation......the Job Allocation app would do this for you ..!!
Features
SQLite Database
Splash screen
Animation styles
Custom ListView
ImageView
progress dialog
Minimal Design
Simplified Theme
Well Constrained Layout
Platform
- > Android Studio
-> With Kotlin Support
The app is finally installed on your Android mobile device !!
To directly download the apk
Resources, Activities and Manifest for the Application
For curious Kotlin programmers
Packages for backend Files:
activity
data
model
Frontend resource files are stored in
res
package
res
Android manifest file for the project:
AndroidManifest.xml

Detailed Project Description

Kotlin Android Job Allocation Project digitises the day-to-day records and workflows of an organisation so data is stored once, retrieved instantly and reported accurately.

How It Works
1. Role-based login separates admin, staff and end users.
2. Each module (records, bookings, transactions, reports) provides full CRUD operations with validation.
3. Data lives in a relational database with proper relationships between entities.
4. Reports and search views summarise the stored information.

Technology Roles
- Android
- Kotlin
- SQLite

Implementation Steps
1. Define requirements and draw the ER / class diagram and screen flow.
2. Set up the environment (Android, Kotlin, SQLite) and create the project skeleton.
3. Design the database schema / data model and seed it with sample data.
4. Implement the core modules with validation and role-based access where needed.
5. Build the user interface and connect it to the backend / data layer.
6. Test each module (unit + manual), fix edge cases and secure inputs (SQL injection, XSS, auth).
7. Prepare documentation, screenshots and a demo build.

Key Features
- Role-based access
- CRUD modules
- Search and filters
- Reports / export
- Validation and error handling

Expected Output
On completion the student will have a multi-user application with organised records and printable/exportable reports.

Deliverables
- Complete source code with comments
- Database schema / data model and screen flow
- Project report with screenshots and results
- Demonstration-ready build