I created an engaging and user-friendly website for a dance school, designed to showcase classes, instructors, and events while enabling easy online registration.
I took charge of the entire development process, from the initial design concept to the final deployment. My main responsibility was to create a dynamic and engaging platform that would showcase the school’s classes, instructors, schedules, and events. I handled everything from UX/UI design to front-end and back-end development, ensuring the website was both visually appealing and functional for users to explore dance courses and register online.
The design process began with Figma to create wireframes and prototypes, ensuring the website would reflect the energy and creativity of the dance school. The focus was on vibrant colors, clear typography, and engaging visuals of dancers to convey movement and excitement. The layout was designed to make it easy for users to browse classes, learn about instructors, and book their spots. I also included interactive elements like hover effects and smooth transitions to make the user experience more dynamic and engaging.
For the front-end, I used React to build an interactive and responsive website. I employed HTML5, CSS3, and JavaScript to create a seamless, mobile-optimized design that would work across devices. I integrated features such as class schedules, instructor profiles, and a contact form for inquiries. The website also includes a section for upcoming events, with an easy-to-use calendar interface for students to view and register for classes.
The back-end of the website was developed using Node.js, with a focus on managing class schedules, student registrations, and event details. I integrated a PostgreSQL database to handle data such as course information, student profiles, and payment records. Secure APIs were developed to manage class bookings and user data, ensuring a smooth registration process. The admin panel allows the school staff to easily update schedules, manage bookings, and track registrations. Security best practices, including input validation and data encryption, were implemented to safeguard user information.