Bridging Gaps in Diagnosis and Treatment of Cardiovascular Disease
A simple, portable solution leveraging existing infrastructure for rapid diagnosis and referral improving access to CVD care in remote areas.
Archives: Casestudies
A Seamless and Intuitive IVR Automation Interface for Patient Engagement
Enhancing productivity in IVR automation systems by designing an intuitive interface to minimize errors, and facilitate customization without development assistance.
Enabling Personalized Care through Digital Twin Technology
This AI-powered diagnostic software leverages the digital twin technology in the metaverse to hyperpersonalize diagnoses and treatments.
Combating Operational Challenges in Urgent Care with an Efficient EMR
Designing an intuitive EMR system to address complex workflow issues in fast-paced urgent care environments.
Disrupting the OKR Software Market with a Modern, Minimalist Approach
Refining OKR frameworks by addressing their existing complexity using a streamlined, minimalist design approach to enable smoother goal tracking and boost productivity.
Bringing Scalability and Accessibility Through Atomic Design
A design system solution for a healthcare product suite plagued by visual inconsistencies violating WCAG accessibility guidelines, and increasing the risk of errors.
Simplified Medicaid Application Process to Enhance Acceptance Rates
Bridging the gap between eligible seniors and assisted medical care by simplifying the application process to boost enrollment rates.
Employing HCI to Eliminate Medicine Dispensing Machine Servicing Roadblocks
Simplifying service delivery by optimizing existing workflows and minimizing manual intervention that hindered customer service efficiency.
Telehealth Integration in EHR to Assist Over-burdened Providers
Improved patient care by merging safety, communication, and real-time tools for providers: appointment alerts, pre-visit patient review, and live translation/transcription.
Radical EHR Solution That Humanizes Patient-Provider Interactions
Reducing provider burnout by automating manual EHR processes efficiently, reducing the potential for errors, and helping providers remain focused on patient interactions.