Advancing Maternal and Child Health Equity in LMICs: A Bayesian Machine Learning & Geospatial Mapping Framework

I'm developing a PhD project to map maternal-child health inequities in LMICs using Bayesian machine learning & geospatial tools. Seeking collaborators, funders & advisors to turn data into life-saving action.
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Advancing Maternal and Child Health Equity in LMICs: A Bayesian Machine Learning & Geospatial Mapping Framework


Principal Investigator: Bayuh Asmamaw Hailu
Email: bayuhasmamaw@gmail.com

Phone: +251913584859

ORCID: https://orcid.org/0000-0002-7810-2774

GitHub: https://github.com/Bayuh23

The Challenge

Every day, more than 800 women die from preventable pregnancy and childbirth-related causes—94% of these deaths occur in low- and middle-income countries (LMICs) (WHO). Conventional planning tools often miss localized hotspots where environmental risks (e.g., floods, air pollution) intersect with deep-rooted social inequities, limiting the impact of health interventions.

The Innovation

This PhD project proposes a next-generation, high-resolution mapping framework that harnesses the power of Bayesian machine learning and geospatial analytics to identify maternal and child health inequities at fine spatial scales (5x5 km). The model integrates and harmonizes diverse data sources to inform precision public health planning.

Core Components:

  • Bayesian Machine Learning: Robust estimation with quantified uncertainty in data-sparse areas
  • Geospatial Analytics: Spatially explicit models for high-resolution hotspot detection
  • Multi-Source Data Integration:
    • Household Surveys: DHS, MICS
    • Environment & Climate: NASA satellite data
    • Disease Burden: Malaria Atlas, GBD, WorldPop
    • Conflict & Access: ACLED, Humanitarian OpenStreetMap

Deliverables: Interactive, policy-ready hotspot maps to guide the placement of maternal health clinics, vaccination campaigns, and resource allocation.

 

Objectives

  1. Build a reproducible Bayesian-geospatial framework for MCH equity analysis
  2. Integrate environmental, demographic, and health system datasets at multiple spatial scales
  3. Validate outputs using real-world indicators and partnerships in selected LMIC settings
  4. Share tools, code, and insights openly with researchers and health ministries worldwide

Support Sought

I invite collaboration and support in the following areas:

  • Funding Leads: Referrals to funding programs (e.g., Wellcome Trust, Gates Foundation, NIH Fogarty, IDRC)
  • Technical Collaboration: Expertise in geostatistics, Bayesian modeling, R, Python, Stan
  • Local Partnerships: Researchers, NGOs, and policymakers in LMICs for ground-truthing and contextual insight
  • Peer Advisory: Guidance on data harmonization, methodological refinement, and real-world scalability

 Why This Work Matters

  • Equity-Driven: Prioritizes the most underserved maternal and child populations
  • Policy-Relevant: Supports evidence-based decision-making to maximize lives saved per dollar
  • Open & Scalable: Outputs and tools will be freely available for adaptation and use across regions
  • Timeline: 2025–2028
  • Current Status: Proposal developed; now seeking implementation partners and funding pathways

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