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Services · 05

Analytics & Biostatistics

Statistical analysis, biostatistics, and applied data science — turning routine programme, registry, and study data into defensible findings, peer-reviewable papers, and decisions a board will fund.

Overview

Data collection on its own does not produce evidence. The analytical work — picking the right method, surviving peer review, writing the methods up so the next analyst can reproduce them — is what turns numbers into decisions, papers, and policy. We treat the methods write-up as a deliverable, not an afterthought, because findings only matter if the analysis survives the question “how did you arrive at that number?”

If you have already read something on our blog or Data Hub and recognised the way we think about data, this is the service that makes that thinking available to your programme directly.

What's included

Concrete deliverables, not vague promises.

  • Descriptive and inferential analysis of routine programme, registry, and survey data
  • Biostatistical analysis for clinical, epidemiological, and public-health studies
  • Hypothesis testing, regression modelling, survival analysis
  • Predictive modelling and applied machine learning where the data supports it
  • Reproducible analysis pipelines in R, Python, or Stata — with methods documented for the next analyst
  • Pre-publication statistical review and reviewer-response support for journal submissions
Typical clients
  • — Researchers and study teams needing statistical support
  • — NGOs and programmes turning routine data into evidence
  • — Funders requiring rigorous monitoring & evaluation analysis
  • — Clinicians and PIs preparing peer-reviewed publications
Commercial model

Project-based, scoped to a clear analytical question. Per-paper or per-study pricing for academic work; per-question pricing for programme analytics. Methods documentation is part of every deliverable.

Example outcomes

What this kind of engagement has produced.

Outcomes shown below are anonymised. Specific clients are not named without explicit permission.

01

Reanalysis of a multi-site community health programme dataset that produced the evidence base for a national policy change.

02

Co-authored peer-reviewed publication from a rural primary-care registry — including the statistical methods write-up that survived journal review on first round.

03

Routine HMIS analysis that surfaced a data-quality issue invalidating three years of regional indicator reporting — and the corrected, defensible time series that replaced it.

Want to start a analytics & biostatistics engagement?

Send us a short message about what you're trying to do. We respond within 2 business days.