PPDB Surabaya
PPDB Surabaya is a website for elementary student registration in Surabaya.
OVERVIEW
PPDB Surabaya aims to provide parents and students with an intuitive platform to register for elementary schools efficiently. The platform's hybrid development approach ensured accessibility across multiple devices, making it easy for users to interact with the system regardless of their technology preferences.
Key Objective
- Simplifying Registration: Automating manual processes to reduce paperwork and registration errors.
- Improving Accessibility: A responsive design allowed users to access the platform via desktops, tablets, or smartphones.
- Scalable Architecture: The system was built with clean architecture principles to handle increasing user traffic during peak registration periods.
Development Process
As a Frontend Engineer on the project, I collaborated with cross-functional teams to define and ship new features. The development focused on ensuring a seamless user experience, leveraging **React.js** and **TypeScript** for dynamic and type-safe interfaces. We adhered to **modular programming principles** and implemented **clean architecture** for better code maintainability.
Key Features Developed
- Responsive User Interface: Designed with CSS and Tailwind CSS to ensure usability across various screen sizes.
- Responsive User Interface: Designed with CSS and **Tailwind CSS** to ensure usability across various screen sizes.
- Dynamic Data Handling: Utilized Redux.js for efficient state management and Node.js for server-side integration.
Skills Applied
The following technologies and tools were instrumental in the successful delivery of PPDB Surabaya:
- React.js & TypeScript: For building interactive and type-safe components.
- CSS & Tailwind CSS: For styling responsive layouts.
- Node.js: For backend integrations and API handling.
- Redux.js: For state management and performance optimization.
Impact of PPDB Surabaya
PPDB Surabaya revolutionized how elementary student registration is handled in Surabaya. By providing a **digital-first approach**, the platform minimized errors, improved efficiency, and significantly reduced the time required for registrations. Its scalability ensures the platform will remain relevant for years to come as more users rely on it during enrollment periods.
Conclusion
The development of PPDB Surabaya showcased the power of modern frontend technologies in addressing real-world challenges in education. By prioritizing clean architecture and user-focused design, the project provided a scalable solution that continues to simplify the registration process for thousands of families in Surabaya.