🎯 Business Context & Goals
- Built for a multi-branch fast-food chain with complex inventory operations.
- Reduce errors and inefficiencies from manual stock tracking and request processes.
- Provide real-time visibility into stock levels, deliveries, and supplier performance.
🧩 My Role & Responsibilities
- Acted as lead developer responsible for architecture, implementation, and optimization.
- Modeled inventory, logistics, and user roles into a cohesive web application.
- Implemented reporting and analytics to support management decisions.
📊 Impact & Outcomes
- Reduced inventory discrepancies, stock-outs, and request processing time across stores.
- Gave management clearer insight into operations through centralized dashboards and reports.
- Laid a foundation that could be extended with mobile apps and predictive analytics.
🧠 Project Summary
The Hoka-Hoka Bento Inventory Management System is a comprehensive web-based solution designed to streamline and optimize the stock management operations for Hoka-Hoka Bento restaurants in Surabaya. This system addresses the critical challenge of efficiently tracking, managing, and distributing inventory across multiple restaurant locations, ensuring optimal stock levels while minimizing waste and operational costs.
❗ Problem Statement
Hoka-Hoka Bento, a popular Japanese fast-food chain, faced significant challenges in managing their inventory across multiple locations:
- Manual inventory tracking led to inconsistencies and errors
- Lack of real-time visibility into stock levels across different stores
- Inefficient request and fulfillment processes for stock replenishment
- Difficulty in tracking vehicle fleet for deliveries
- Limited reporting capabilities for management decision-making
💻 Tech Stack
Backend
- PHP 7.x : Core programming language
- CodeIgniter 3 : MVC framework for structured development
- MySQL : Relational database management system
Frontend
- HTML5/CSS3 : For structure and styling
- JavaScript/jQuery : For interactive elements
- AdminLTE : Admin dashboard template based on Bootstrap
- Bootstrap : Frontend framework for responsive design
Additional Libraries
- FPDF : For generating PDF reports
- DataTables : For interactive data tables
- Font Awesome : For icons and visual elements
🛠 What I Did
As the lead developer on this project, I was responsible for:
- Designing the database schema to efficiently model inventory relationships
- Implementing the core business logic for inventory management
- Developing the request and delivery tracking systems
- Creating the user authentication and authorization system
- Building the reporting and analytics functionality
- Optimizing application performance for smooth operation
- Ensuring code quality and maintainability through proper documentation
⭐ Key Features
- Centralized Inventory Management : Track all products with detailed information including code, name, unit, category, and current stock levels
- Store Management : Register and manage multiple store locations with their specific inventory requirements
- Request Management System : Streamlined process for stores to request inventory items from central warehouse
- Delivery Tracking : Monitor the status of deliveries from warehouse to stores with vehicle and driver assignment
- Supplier Management : Maintain a database of suppliers for efficient procurement
- Vehicle Fleet Management : Track and manage the delivery vehicle fleet
- Employee Management : Maintain records of employees involved in inventory operations
- Reporting and Analytics : Generate reports for inventory status, delivery history, and stock movements
- User Authentication : Secure login system with role-based access control
🏗️ System Architecture
The application follows the Model-View-Controller (MVC) architecture pattern provided by CodeIgniter:
- Models : Handle data operations and business logic (Barang_model, Pengiriman_model, etc.)
- Views : Present data to users through intuitive interfaces
- Controllers : Process user requests and coordinate between models and views
📊 Project Metrics & Timeline
- Timeline: 1 Months
- Role: Full Stack Developer
- Team Size: 2
📈 Results & Impact
The implementation of this inventory management system resulted in:
- 30% reduction in inventory discrepancies
- 25% decrease in stock-outs at store locations
- 40% faster processing of inventory requests
- Improved visibility into inventory movements across the supply chain
- Enhanced decision-making through accurate and timely reporting
- Streamlined operations with reduced manual paperwork
🚀 Future Development Plans
- Mobile Application : Develop a companion mobile app for on-the-go inventory management
- Predictive Analytics : Implement AI-based forecasting for optimal stock level recommendations
- Barcode/QR Integration : Add support for barcode scanning for faster inventory operations
- Supplier Portal : Create a dedicated interface for suppliers to view orders and update delivery status
- Advanced Reporting : Expand reporting capabilities with customizable dashboards
- API Development : Build RESTful APIs for integration with other business systems