S A N A U L L A H

Memorial Houston Medical

Hospital Management System

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Role

UX/UI Designer

Client

Memorial Houston Medical

Services

Web Platform

Timeline

Feb - June 2025

Overview

Hospital Management System dashboard and core clinical modules used daily by doctors, nurses, and administrative staff. The platform covered the full patient journey—from registration and appointments to EHR, lab uploads, inpatient management, medication administration, and audit logging. The key challenge was balancing speed and safety in a high-pressure environment where users must complete tasks quickly without missing critical clinical information.


Solution

Structured the system around a dashboard-first experience that gives users a clear mental model of the platform. A centralized card grid helped staff move between modules without deep menus. Each module was designed around its real workflow: fast entry in PIS, high-readability clinical views in EHR, queue-based approvals in the Co-sign Bucket, status-driven lab uploads, ward-level visibility in IPD, and alert-focused interaction patterns in MAR to reduce medication errors. Across the platform, I used consistent layouts, clear hierarchy, and predictable navigation to reduce confusion during busy shifts.


Deliver

  • Dashboard UI with module-based navigation and clear task entry points
  • UX flows for patient lifecycle: registration → appointment → EHR → IPD → discharge
  • EHR layouts optimized for information density and clinical readability
  • Co-sign approval queue for clinical verification and compliance
  • Lab upload and patient document upload with status tracking
  • IPD ward management screens for bed occupancy and admission status
  • Doctor availability + appointment scheduling interfaces
  • Activity log UI for auditing, traceability, and security review
  • MAR interface designed for medication safety and error prevention

Results

Rebuilt core hospital workflows across registration, EHR, inpatient, and medication modules, resulting in 70%efficiency gains and 50% error reduction.

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Dashboard
The Dashboard acts as the primary navigational anchor. By using a centralized card grid, the design provides a clear mental map of the system's architecture. The use of minimalist iconography paired with clear labeling reduces cognitive load, allowing doctors and nurses to switch between administrative and clinical tasks without navigating complex nested menus.
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PIS (Patient Information System)

This screen lists shipments that are not yet fully booked because key details are missing or confirmation is still pending. It helps users catch incomplete booking information early- before it creates delays later in delivery or documentation. Each record is structured so teams can quickly check what’s missing, update it, and move the shipment forward without switching systems or searching manually.

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Patient EHR (Electronic Health Record)

The heart of clinical operations, the EHR module is built for information density and readability. The UX focus here is on the longitudinal view of patient health—medical history, allergies, and progress notes. The design ensures that critical clinical data is prioritized in the visual hierarchy to support fast, informed decision-making during patient rounds.

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Doctors Availability

This is a resource scheduling module designed to bridge the gap between patient demand and clinical supply. The UI likely utilizes a calendar-based or grid view to show real-time shifts. The UX goal is to reduce "scheduling friction," ensuring that appointments are never booked against an unavailable physician.

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Patients Appointment

Focusing on outpatient flow, this module manages the clinic’s daily schedule. The UX emphasizes "time-slot visibility" and "check-in status." By providing a clear timeline of the day's expected traffic, the interface helps administrative staff manage waiting room expectations and physician pacing.

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User Identification System (UIS)

Orders is the main list view where users track order-level progress from creation to completion. It supports search, filtering, and quick review so teams can find an order instantly—even in high-volume operations. Each order includes key status indicators that show where it stands in the workflow and what actions are still required. This screen reduces dependency on manual tracking spreadsheets and improves visibility across the supply chain process.

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Medication Administration Record (MAR)

The MAR is a high-risk clinical module where "error prevention" is the primary UX goal. It tracks the 5 Rights of Medication Administration: Right Patient, Right Drug, Right Dose, Right Route, and Right Time. The UI is designed to be "alert-forward," using visual cues to highlight overdue doses or potential drug interactions.

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Activity Log

An essential tool for security and auditing, the Activity Log provides a transparent trail of every action taken within the system. From a UX perspective, this is a "search and filter" interface that allows administrators to investigate discrepancies, ensuring HIPAA-level accountability across the platform.

Core Competencies: HealthTech Solutions, Electronic Health Record (EHR) Design, Clinical Workflow Optimization, Medical SaaS Product Design, High-Density Data Visualization, HIPAA-Compliant UI, Patient Information Systems (PIS), Healthcare Information Architecture, Decision Support UX, Enterprise Health Systems, Evidence-Based Design, User-Centric Clinical Tools.

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