UPI Online Public Access Catalog
A modern academic resource discovery platform for Universitas Pendidikan Indonesia, streamlining access to library collections with real-time tracking.
Modernizing academic discovery through robust search and real-time resource management.
This project is a high-performance Online Public Access Catalog (OPAC) developed for Universitas Pendidikan Indonesia (UPI). It serves as the primary interface for students and faculty to discover, filter, and track the availability of academic resources across the university's library system.
Core Value
By replacing legacy catalog systems with a responsive, search-optimized web application, it significantly improves the research efficiency for the academic community.
What Makes It Stand Out
The application features a sophisticated dual-search system (Basic & Advanced) integrated with real-time physical copy status tracking and intelligent resource recommendations—a significant usability improvement over legacy library systems.
Advanced Multi-Criteria Search
Sophisticated filtering system using Redux state to manage complex queries across authors, subjects, publishers, and years.
Real-time Copy Tracking
Direct integration with library inventory to show the status, barcode, and return dates of physical copies.
Intelligent Recommendations
Context-aware suggestion system that helps users find related academic materials based on current resource viewing.
Localized Data Translation Layer
Custom helper architecture that transforms backend technical keys into human-readable Indonesian bibliographic labels.
SEO & Meta Management
Dynamic metadata handling via React Helmet Async to ensure academic resources are properly indexed and discoverable.
Home Interface
Minimalist search-centric landing page designed for speed.
Resource Detail View
Detailed bibliographic view with physical copy tracking and smart recommendations.
Advanced Search Modal
Multi-criteria search system with real-time metadata filtering.
Modular Feature Architecture
Clean separation of concerns with feature-based slices (Search, Detail) for scalable state management.
Centralized Data Transformation
Robust helper layer for date formatting, metadata translation, and complex advanced search string construction.
Async State Lifecycle Management
Efficient handling of multiple asynchronous API dependencies (Collections, Materials, Publishers) using Redux Thunks.
Context-Based Alert System
Customized global notification system using React Context and Radix UI for consistent user feedback.
Complex Bibliographic Data Mapping
Translating diverse backend bibliographic structures into a consistent, readable frontend presentation while maintaining performance.
Multi-Parameter Search State
Managing the synchronization between complex UI filter forms, URL search parameters, and Redux state.
Academic UX Design
Learned to prioritize data density and search precision for users in a research-intensive environment.
State-Driven UI Persistence
Gained experience in synchronizing complex application state with URL parameters to support shareable search results.
Project Info
Highlights
- Comprehensive academic search engine
- Real-time resource availability tracking
- Modular Redux Toolkit architecture
- Clean, responsive Tailwind UI
- SEO-optimized for resource discovery
