projects

EVO is a human-centered, adaptive desk system designed to support the evolving demands of remote and hybrid work. Developed over 8 weeks as part of a User Interface Design course, the project spans end-to-end UX, from ethnographic field research to physical prototyping and a fully designed companion app UI.

This project redesigns humanitarian giving by bridging global aid organisations and local Islamic communities. It uses a human-centred approach to address trust, visibility, and cultural alignment, proposing a decentralised, community-driven service that enables accessible and meaningful ways to contribute.

What can play look like when there is no Playground? Meet Ramat! A modular play system that grows with your child. Designed to foster movement, storytelling and collaboration. Ramat is a piece of your home.

This project explored the use of Arduino and electronic components to create a responsive wearable system. By integrating sensors, a microcontroller, and actuators, the prototype demonstrated how physical movement can trigger automated mechanical responses. The aim was to gain hands-on experience in building and understanding interactive electronic systems within a product design context.

This project explores how ergonomics can improve the way people interact with tools and machines in their daily work and activities. Through field research and usability testing, the study examined both the physical challenges faced by FRP murti makers and the cognitive challenges users experience while operating treadmill interfaces. The project focused on understanding real user behavior, identifying risks and usability issues, and developing design solutions that improve comfort, safety, and ease of use in real-world environments.