AI-driven remote monitoring and predictive analytics for maternal health in rural Kenya — published research (2024)
# Maternal Health AI — Predictive Analytics for Rural Kenya
## Overview
This project presents an AI-driven framework for remote monitoring
and predictive analytics to enhance maternal health outcomes in
rural Kenya, with a focus on high-risk pregnancy identification
and early intervention.
Based on peer-reviewed publication:
**Oburu, J.J. & Simwa, R. (2024).** Localized AI-Driven Remote
Monitoring and Predictive Analytics to Enhance Maternal Health
in Rural Kenya: Bridging Accessibility and High-Risk Pregnancy
Management. June 2024.
## Problem Statement
Rural Kenya faces critical gaps in maternal healthcare access.
High-risk pregnancies often go undetected until complications arise,
contributing to preventable maternal and infant mortality.
## AI Approach
- Predictive modelling for high-risk pregnancy classification
- Remote patient monitoring system design
- Real-time alert framework for rural healthcare providers
- Localized model training on Kenya-specific health data
## Key Methods
- Machine learning classification models (R & Python)
- Logistic regression and ensemble methods
- Remote sensing and mobile data integration
- DHIS2 health data system compatibility
## Key Outcomes
- Framework for scalable AI-assisted maternal care in low-resource settings
- Predictive model identifying high-risk pregnancies before critical events
- Recommendations for policy integration with Kenya's health systems
## Tools Used
- R (caret, ggplot2, randomForest)
- Python (scikit-learn, pandas)
- DHIS2 integration
## Real-World Impact
This research directly informs healthcare policy and digital
health strategy for county governments and national health
institutions in Kenya.
## Publication
[View full paper — June 2024]
## Author
**Dr. Jeffar J. Oburu**
PhD Applied Statistics | MSc Actuarial Science
University Lecturer & AI Research Consultant
📧 jeffaroburu234@gmail.com
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