The project focused on building a standardized design system with strong foundations, a clear brand identity, and atomic design driving usability, consistency, and development efficiency through prioritized components.
My Works
My Works
My Works
Turning complex problems into impactful solutions.
Bringing ideas to life through thoughtful design, shaping interfaces that are not only visually appealing but also meaningful and easy to use.
The project focused on building a standardized design system with strong foundations, a clear brand identity, and atomic design driving usability, consistency, and development efficiency through prioritized components.
The project focused on building a standardized design system with strong foundations, a clear brand identity, and atomic design driving usability, consistency, and development efficiency through prioritized components.
The project aimed to tackle drug shortages through an AI-driven forecasting model, enhanced supply chain transparency, and intelligent alternative drug prescriptions, delivering a comprehensive solution to ensure consistent patient access to critical medicines.
The project aimed to tackle drug shortages through an AI-driven forecasting model, enhanced supply chain transparency, and intelligent alternative drug prescriptions, delivering a comprehensive solution to ensure consistent patient access to critical medicines.
The project aimed to tackle drug shortages through an AI-driven forecasting model, enhanced supply chain transparency, and intelligent alternative drug prescriptions, delivering a comprehensive solution to ensure consistent patient access to critical medicines.
Project involved building a robust, client-tailored design system, from redefining foundations and tokens to configuring components and creating detailed documentation for a smooth and scalable handoff.
Project involved building a robust, client-tailored design system, from redefining foundations and tokens to configuring components and creating detailed documentation for a smooth and scalable handoff.
Project involved building a robust, client-tailored design system, from redefining foundations and tokens to configuring components and creating detailed documentation for a smooth and scalable handoff.
An integrated ecosystem combining wearables, mobile devices, and predictive chips to transform post-surgery care. It monitors recovery in real time, predicts health risks, and delivers personalized insights. The goal: faster recovery, better outcomes, and improved patient experience.
An integrated ecosystem combining wearables, mobile devices, and predictive chips to transform post-surgery care. It monitors recovery in real time, predicts health risks, and delivers personalized insights. The goal: faster recovery, better outcomes, and improved patient experience.
An integrated ecosystem combining wearables, mobile devices, and predictive chips to transform post-surgery care. It monitors recovery in real time, predicts health risks, and delivers personalized insights. The goal: faster recovery, better outcomes, and improved patient experience.
This proof of concept explored how Joystik can support users’ mental well-being by integrating its solutions with wearable technology. Using the Apple Watch, the POC explored ways to track progress, monitor key indicators, and deliver insights that empower users in their wellness journey.
This proof of concept explored how Joystik can support users’ mental well-being by integrating its solutions with wearable technology. Using the Apple Watch, the POC explored ways to track progress, monitor key indicators, and deliver insights that empower users in their wellness journey.
This proof of concept explored how Joystik can support users’ mental well-being by integrating its solutions with wearable technology. Using the Apple Watch, the POC explored ways to track progress, monitor key indicators, and deliver insights that empower users in their wellness journey.