Samsung Circle

Smart Technology for Safer Medicines and Stronger Public Trust

Smart Technology for Safer Medicines
and Stronger Public Trust

Industry

Pharmaceutical

Role

Lead UI/UX Designer

Timeline

Oct 22 - Sept 25

Product type

B2B Saas

Industry

Pharmaceutical

Role

Lead UI/UX Designer

Timeline

Oct 22 - Sept 25

Product type

B2B Saas

OBJECTIVE

OBJECTIVE

Redesigning a National-Scale
Verification Platform

Redesigning a National-Scale
Verification Platform

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

OBJECTIVE

OBJECTIVE

Redesigning a National-Scale Verification Platform

Redesigning a National-Scale Verification Platform

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

OBJECTIVE

OBJECTIVE

Redesigning a National-Scale Verification Platform

Redesigning a National-Scale Verification Platform

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.
The result is a more resilient, intuitive, and future-ready product ecosystem.

OBJECTIVE

OBJECTIVE

Redesigning a National-Scale Verification Platform

Redesigning a National-Scale Verification Platform

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.

This project focused on the comprehensive redesign of a national medication verification platform serving healthcare and regulatory professionals. Beyond visual modernization, the work addressed deep structural issues in navigation, workflow design, and system architecture.
I redefined the platform’s information hierarchy, interaction patterns, and design system to support long-term scalability and cross-system integration.