Healthcare QA for Clinical Trial Platform
QA for Clinical Trial Engagement Platform
The project focused on testing a healthcare application designed to help users discover and enroll in relevant clinical trials through eligibility-based workflows. The platform combined a web application with embedded CTLW and Dory widgets, enabling seamless trial search, screening, and participation. QA efforts ensured smooth user journeys from trial discovery to enrollment while maintaining data accuracy and secure handling of sensitive information. Testing covered both UI and API layers across multiple environments to ensure reliability and consistent performance.
Test cases executed
Defects identified and resolved
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Improved integration reliability across widgets and backend systems - Ensured HIPAA-aligned secure handling of patient data
- Enhanced data consistency between UI and backend layers
Tools we Used
Validating Healthcare Platform for Clinical Trial Matching
Integration-Focused QA with Structured Validation Approach
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Adopted Agile QA methodology with continuous collaboration - Designed comprehensive functional and integration test scenarios
- Validated workflows across UI and embedded widgets
- Verified data consistency between UI, widgets, and backend systems
- Maintained RTM for complete requirement coverage
- Executed multi-environment testing from validation to production
What we did?
Widget Integration Validation 
Healthcare Data Compliance 
Multi-Environment Test Strategy 
Defect Management Optimization Widget Integration Validation
The primary focus was on validating seamless interaction between the TrialX platform and embedded CTLW and Dory widgets. QA ensured that user actions within widgets such as trial search, eligibility checks, and enrollment, accurately synchronized with backend systems. Special emphasis was placed on validating data consistency between widget interfaces and the main application. This ensured a unified and reliable experience for all users, including patients accessing trials through widget-based entry points.
Healthcare Data Compliance
Given the sensitive nature of patient data, QA ensured adherence to HIPAA-aligned security practices. Testing validated secure authentication, data masking, and controlled data exposure across environments. Scenarios were designed to verify that sensitive information was handled appropriately at both UI and API levels. This compliance-focused validation minimized security risks and ensured the platform met strict healthcare regulatory standards.
Multi-Environment Test Strategy
A structured testing lifecycle was implemented across DEV, VAL, STAGING, and PROD environments. DEV was limited to smoke testing due to instability, while VAL served as the primary QA environment for functional and integration validation. STAGING mirrored production for regression and UAT, ensuring release readiness. Post-deployment smoke testing in PROD ensured system stability with real users and minimized production risks.
Defect Management Optimization
QA leveraged JIRA (Xray) for efficient test management and defect tracking. Over 120 defects were identified, including critical issues in eligibility logic that were escalated and resolved through stakeholder collaboration. Regression suites and reusable test cases improved efficiency across releases. This structured approach reduced defect leakage, enhanced test coverage, and supported faster, high-quality delivery cycles.
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