About Me
I specialise in planning and conducting epidemiological research, utilising digital data‑collection platforms and applying advanced analytics in R and Stata to generate actionable insights. I am passionate about open science; I share reproducible code on GitHub and advocate transparent, version-controlled workflows. I also leverage generative AI to accelerate literature reviews, refine code, and build automated workflows. Comfortable in multidisciplinary teams, I focus on translating reliable data into practical improvements for public health.
Research & Technical Skills
- Epidemiological study design & field coordination
- Project management & stakeholder engagement
- Statistical analysis & data visualisation (R, Stata, Python)
- Digital data collection platforms (REDCap, KoboToolbox)
- Reproducible research & version control (Git/GitHub)
- AI‑driven workflows & automation
Research Interests
- Epidemiology & public health
- Maternal, neonatal, & child health
- Women's health and reproductive‑rights research
- Vaccine‑preventable diseases & immunization program evaluation
- Reproducible analytics pipelines and open science
- Generative AI applications in public health research
- Science communication & evidence‑to‑policy translation
Selected Projects
Measles Resurgence Tracker
Interactive dashboard of reported measles cases and MCV1/MCV2 vaccination coverage by country (WHO & World Bank data), built with R Shiny and deployed as a static WebAssembly app. Code on GitHub.
High exposure to hepatitis C virus in Saravan, southern Laos
Identification of several risk practices in a high-prevalence setting using epidemiological tools and community-level data.
Factors associated with hepatitis B vaccination in Laos
Analysis of the Multiple Indicator Cluster Surveys (2011/12 and 2017) to identify determinants of hepatitis B vaccination uptake.
Personal Knowledge Management in Research
A hands-on workshop teaching PKM techniques using Obsidian and Zotero to boost academic productivity and knowledge retention.
The identification of enteric fever-specific antigens for population based serosurveillance
Collaborative research project aiming to establish serosurveillance markers for enteric fever through laboratory and population-based approaches.