Statistical Modeling & ML for Research-Ready Outputs

From raw datasets to defensible results: reproducible analysis, ML benchmarking, diagnostics, reviewer-ready figures, and honest interpretation.

Statistics, ML, Research Workflows

Statistical Modeling & ML for Research-Ready Outputs

I support research teams that need defensible analysis rather than one-off results. The workflow focuses on data QC, exploratory analysis, appropriate baselines, model diagnostics, and figures/tables that can survive peer review or technical reporting.

Soil spectroscopy data prepared for reproducible statistical modeling
Reviewer-ready boxplots and diagnostics for environmental data analysis

Overview

I support researchers with reproducible statistical analysis and machine learning that can stand up to technical review. The focus is data QC, appropriate baselines, transparent diagnostics, clear limitations, and outputs you can explain in a manuscript, report, or proposal.

Ideal collaborators

Graduate students, academic labs, NGOs, agencies, and applied teams working with soil, plant, water, spectroscopy, or environmental datasets who need credible analysis and clean figures without overstating results.

What you get

  • QA/QC checks, tidy data tables, and documented variable definitions
  • Exploratory analysis that identifies confounders, outliers, and data gaps early
  • Benchmarking from simple baselines to ML and CNN models when appropriate
  • Diagnostics and error analysis showing where models work, fail, and require caution
  • Reviewer-ready figures, tables, and concise methods text you can adapt

Service Overview

Engagement Type
Advisory · analysis partner
Typical Duration
1–2 wks rapid · 4–8 wks full
Deliverables
Notebooks · figures · methods
Data sources Client datasets + curated covariates + remote sensing features when useful
Handoff Git repo / notebook bundle / PDF methods summary
Collaboration Research labs, NGOs, agencies, ag/food/water teams

Typical Projects

  • Benchmarking models for soil spectroscopy, field, or lab datasets
  • Integrating Earth observation covariates into environmental models when they strengthen inference
  • Turning existing analyses into cleaner, reviewer-ready figures and tables

Discuss Statistical Modeling Project Scope

Share your dataset, hypotheses, and expected outputs to scope the right comparisons.