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Publication2023

Neonatal Screening Application (Published Research Paper)

Published a research paper on a neonatal screening application focused on practical detection workflows and early-response usability.

Converted coursework and implementation findings into a publishable technical paper with an explicit emphasis on healthcare-impactful software design.

Architecture Diagram

How the system fits together

This visual is meant to show the operating shape of the project at a glance: where input begins, where decisions happen, and what the useful output surface actually is.

ScopePublication
SignalsPublished
Illustration of a neonatal screening workflow publication with analysis notes, architecture summary, and outcomes.

Illustration of a neonatal screening workflow publication with analysis notes, architecture summary, and outcomes.

Snapshot

What matters most in this project

PublishedResearch outcome
HealthcareDomain and workflow framing
End-to-endResearch, design, and communication

Challenge

The core challenge was balancing technical implementation detail with a clinically relevant workflow so the system remained both defensible and practical.

Result

The work was published and now serves as a concrete example of end-to-end delivery: from problem framing and implementation to written technical communication.

Approach

  • Designed the application flow around screening-path clarity, risk signaling, and implementation decisions that can be explained to non-specialist stakeholders.
  • Documented architecture, process decisions, and validation logic to ensure the research output was reproducible and reviewable.
  • Translated implementation lessons into publication-grade narrative and structured findings.

Architecture

  • Mapped the screening journey as a sequence of clear decision points so clinicians and non-specialists could understand what the system was doing.
  • Structured data flow and validation around risk signaling, usability, and explainable application logic rather than academic abstraction alone.
  • Connected implementation choices to documentation and findings so the output could stand as both a system concept and a publishable artifact.

Impact

Converted coursework and implementation findings into a publishable technical paper with an explicit emphasis on healthcare-impactful software design.

  • Published at IJRASET as a formal research paper.
  • Demonstrated product-minded security and systems thinking in a healthcare-oriented domain.

Tradeoffs and Decisions

  • Balanced technical depth with readability because the audience included reviewers and domain stakeholders, not just engineers.
  • Prioritized explainability and workflow clarity over unnecessary complexity in the application model.
  • Treated the publication itself as a delivery artifact, which meant architecture, validation, and writing all had to reinforce each other.

Stack

Tools and technologies behind the work

Research WritingApplication DesignHealthcare WorkflowAnalysis