Maata Banasthali Production Management System
Core PHP MVC PMS with dashboards, reports, and petty cash workflows.
Overview
The project at a glance.
Owned and enhanced a production management system using Core PHP MVC and MySQL, including modules for reports, dashboards, and transaction workflows.
0
Workflow areas
0
Factories served
MySQL
Data layer
Active
Status
Problem & goals
Why this needed to exist.
Problem statement
Production, dispatch, quality-control, finance, and reporting activities needed a shared operational system instead of fragmented manual tracking.
Project goals
- Built and maintained Core PHP MVC modules across production lifecycle.
- Delivered dashboards, order tracking, and dispatch/QC visibility tools.
- Implemented petty cash, transaction logs, and algorithm-based calculations.
- Developed management-ready reports for operations and finance teams.
Research & planning
Reducing uncertainty before implementation.
Discovery
- Worked from ongoing business feedback and real factory workflows.
- Observed how operational and finance users reviewed daily information.
- Identified reporting and calculation steps suitable for automation.
Requirements
- Production lifecycle visibility
- Order, QC, and dispatch workflows
- Petty-cash and transaction tracking
- Algorithm-based calculations
- Management-ready reports
Planning approach
- Break the scope into clear functional areas.
- Prioritize the primary user journey and reliable data handling.
- Validate each core workflow before expanding the feature set.
Architecture & data
A clear path through the system.
Database design
A MySQL relational model supports production records, transactions, and reporting. The public case study intentionally avoids claiming table counts or schema details that have not been published.
Implementation
Features and engineering decisions.
Built and maintained Core PHP MVC modules across production lifecycle.
Delivered dashboards, order tracking, and dispatch/QC visibility tools.
Implemented petty cash, transaction logs, and algorithm-based calculations.
Developed management-ready reports for operations and finance teams.
Challenges & solutions
What made the work difficult—and how it was handled.
Challenges
- Evolving an operational system while it supports real business activity.
- Translating spreadsheet-like calculations into consistent application logic.
- Presenting different workflow states clearly to management and staff.
Solutions
- Delivered modules incrementally around operational priorities.
- Moved repeated calculations into application-level rules.
- Created dashboards and export-ready reports for faster review.
User flow
- 1Staff records an order or production update
- 2The system applies workflow and calculation rules
- 3QC and dispatch states are updated
- 4Transactions are recorded where applicable
- 5Management reviews dashboards and reports
Development timeline
From planning to delivery.
- 01
Planning
Clarified the core workflow, scope, and technical constraints.
- 02
Design
Structured the data, modules, and primary user journeys.
- 03
Development
Implemented the product in testable functional increments.
- 04
Testing
Validated core flows, data handling, and usability.
- 05
Delivery
Prepared the working product and documented next improvements.
Screenshots
A closer look at the product.
Performance & reflection
What improved and what comes next.
Optimizations
- Reduced repeated manual reconciliation through centralized calculations.
- Organized reports around operational review needs.
- No public synthetic performance score has been verified.
Lessons learned
- Internal tools succeed when they match the language and sequence of the real workflow.
- Incremental delivery is essential when requirements evolve from daily use.
- Reports should be designed around decisions, not simply available database fields.
Future improvements
- Expand automated test coverage.
- Add more configurable reporting views.
- Document the complete deployment and observability approach.