Student Name

Shiza AzamFollow

Date of Submission

Fall 2023

Supervisor

Dr. Tariq Mahmood, Professor and Program Coordinator MS(CS) and MS(DS) Programs, School of Mathematics and Computer Science (SMCS)

Committee Member 1

Dr. Muhammad Rafi, Examiner – I, National University of Computer and Emerging Sciences (NUCES), Karachi

Committee Member 2

Dr. Umer Tariq, Examiner – II, Habib University, Karachi

Degree

Master of Science in Data Science

Department

Department of Computer Science

Faculty/ School

School of Mathematics and Computer Science (SMCS)

Keywords

PICU, Mortality Analysis, Fuzzy C-Means, Soft Clustering Framework, FCM

Abstract

Pediatric Intensive Care Units (PICUs) play a vital role in addressing the high mortality rate among children under five, with 5.4 million deaths annually (UNICEF, 2023). Children are particularly vulnerable to infections and critical conditions, necessitating specialized care due to their developing immune systems. However, the limited availability of PICUs and the high cost of medical equipment demands the need for optimizing resource use in these settings. The increasing volume of real-time data like vital signs, lab results, and clinical documentation creates complexity in decision-making, which requires advanced data analysis techniques for timely interventions and improved outcomes. This research introduces the PediatricCare PatternExplorer, a novel framework for mortality analysis in PICUs, employing Fuzzy C-Means clustering. Designed for Aga Khan University Hospital in Pakistan, the framework addresses key challenges such as data imputation, class imbalance, and feature selection, incorporating domain expertise to support clinicians in developing personalized care strategies. By evaluating clustering performance through metrics like the Xie-Beni index, this study aims to enhance the accuracy of risk stratification and improve care quality in PICUs. As the first comprehensive analysis of PICU mortality data in Pakistan, this research bridges a critical gap in local healthcare, offering a data-driven approach to improving pediatric critical care outcomes.

Document Type

Restricted Access

Submission Type

Thesis

Available for download on Sunday, October 17, 2027

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