Document Online Tracking System (PDOTS)
A document tracking system designed to digitize and centralize paper-based routing processes. It allows users to submit, monitor, and manage document flow across departments, improving visibility, reducing delays, and minimizing document misplacement.
Role
Full Stack Developer
Industry
Gov / EdTech
Duration
8 Months
Status
Successful
Executive Summary
The Document Online Tracking System (PDOTS) is a centralized digital platform designed to manage and monitor internal document workflows across departments. It digitizes the routing, approval, and tracking of documents, replacing traditional paper-based processes with a structured and traceable system. By providing real-time visibility of document status and maintaining a centralized record of transactions, the system improves processing efficiency, reduces delays, and minimizes the risk of document misplacement.
Business Challenge
Manual document routing processes created operational delays, limited tracking visibility, and increased the risk of document misplacement across departments due to reliance on physical transfer workflows.
Manual Approval
Paper-based routing required physical document handoffs between departments, resulting in slow approval cycles and limited process visibility.
Fragmented Document Storage
Document records were stored across multiple offices and formats, making retrieval, verification, and tracking inefficient and inconsistent.
Delayed Document Turnaround
Sequential manual workflows caused delays in approvals and reduced the ability to monitor real-time document status across departments.
The Solution
I contributed throughout the system lifecycle, from requirements analysis and workflow design to development, testing, deployment, and user support. The focus was on transforming traditional document routing into a centralized tracking platform that enables real-time monitoring, structured workflow control, and improved inter-department coordination.
Document Tracking System Development
Designed, developed, tested, and deployed a centralized platform to digitize document routing and enable real-time tracking across departments.
Centralized Document Repository
Structured and managed a secure database system to store, organize, and retrieve document records efficiently and reliably.
Workflow Process Analysis
Analyzed inter-departmental document flows and translated manual routing procedures into standardized digital workflows.
Key Deliverables
- Requirements Analysis
- System Implementation
- Bug Fixing
- Workflow Automation
- Deployment Support
- Unit Testing
Digital Workflow
Role-Based Access Control
Technical Architecture
Technology stack used to build, integrate, and support a secure, scalable, and maintainable business application.
Frontend
Vue.js
Built a responsive user interface for managing applications, approvals, and administrative tasks.
Backend
Node.js
Powered the application's business logic, user authentication, and workflow automation.
Database
MySQL
Stored application records, user information, approval history, and system data in a structured relational database.
API
RESTful
Enabled secure communication between the frontend, backend, and database services.
DevOps
Git
Managed source code versioning, collaboration, and change tracking throughout development.
Project Impact
Key outcomes achieved after implementing the Document Online Tracking System (PDOTS), improving document routing efficiency, workflow visibility, and inter-department processing speed.
Document Efficiency
Faster and more structured movement of documents across departments through a centralized system.
Routing Time
Streamlined workflows minimized delays in document submission, review, and forwarding.
Tracking Visibility
Real-time monitoring of document status across departments improved transparency and accountability.
Minimized Manual Handling
Reduced reliance on paper-based routing through full digital workflow adoption.
Confidentiality & Compliance
This project was developed under NDA for a government-affiliated educational institution. Sensitive implementation details and student-level data are restricted. The case study presents only system architecture and aggregated performance outcomes.