Healthcare professionals faced fragmented workflows, platform limitations, and inefficiencies in surgical planning and procurement processes. Our goal was to create an integrated digital solution that simplified daily operations and ensured seamless management of medical resources.
To simplify and optimize medical workflows, I worked on designing an intuitive healthcare management MVP. The goal was to replace fragmented systems with a unified platform, enabling seamless scheduling, procurement, and tracking—ultimately improving efficiency for medical professionals.
Fragmented systems
Complex procurement
Limited Features
Switching between multiple apps just to complete a single order was frustrating and time-consuming. A unified system would save us hours every week.
Our solution was designed for medical professionals and administrators managing critical hospital workflows. Key user groups included:
In a high-stakes healthcare workflow, I helped reduce operational chaos by designing for coordination, not just usability. We replaced fragmented scheduling, ordering, and planning tools with a unified system — simplifying how hospital staff prepare surgical cases and track supplies. My focus was on invisible structure: workflows that save clicks, reduce errors, and make cross-team collaboration feel seamless — even when lives are on the line.
I focused on unifying fragmented processes, enhancing usability, and optimizing efficiency. Through research-driven design, we simplified procurement, scheduling, and medical management for a seamless user experience.
My design process prioritized both user clarity and operational outcomes — ensuring the unified app structure not only improved UX but also reduced inefficiencies between departments.
Conducted stakeholder interviews and user research to uncover inefficiencies in procurement, scheduling, and medical order tracking. Identified key pain points affecting workflow efficiency.
Mapped fragmented processes across 3 apps into a single, streamlined platform. Designed user flows and low-fidelity wireframes to eliminate redundancy, improve navigation, and refine workflows.
Developed interactive prototypes to simulate real-world usage. Conducted usability testing with healthcare professionals, analyzing feedback to refine interactions, enhance clarity, and improve task efficiency.
Delivered high-fidelity mockups and detailed design specifications for smooth developer handoff. Ensured alignment between design, business goals, and technical feasibility.
The newly developed MVP in the future replace 3 separate applications, streamlining workflows and enhancing efficiency in healthcare management. While I left before the official launch, initial metrics from usability testing and stakeholder feedback indicated strong potential for improved efficiency, user satisfaction, and adoption.
These results reflect how thoughtful product design can unlock cross-functional efficiency and reduce administrative overhead in high-stakes healthcare environments.
Addressed fragmented workflows, with 19% of users in early testing reporting improved process efficiency.
Optimized procurement and scheduling, leading to an 14% reduction in task completion time during usability testing.
Improved usability and navigation, with 31% of test users indicating a preference for the new platform over existing tools.