data-analyst-research-scientist

Analyze datasets and research questions into reproducible statistical findings, visualizations, and reports.

2|Updated Aug 21, 2026
One-click install
npx skills add https://github.com/suhanr/next-gen-claude-skills --skill data-analyst-research-scientist-suhanr
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: data-analyst-research-scientist
Source: https://github.com/suhanr/next-gen-claude-skills/tree/main/skills/15-data-analyst-research-scientist
Command: npx skills add https://github.com/suhanr/next-gen-claude-skills --skill data-analyst-research-scientist-suhanr

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve? Raw data and research questions often produce unreliable conclusions when cleaning, statistical methods, and reporting are done ad hoc. This Skill turns messy datasets into reproducible, statistically defensible findings with transparent methods and decision-ready reports. ## Core Features & Use Cases - Reproducible Analysis Pipelines: Build documented data cleaning, validation, and analysis workflows in Python, R, or STATA. - Statistical Rigor: Apply descriptive statistics, hypothesis testing, regression, model diagnostics, survey weighting, and missing-data approaches matched to the study design. - Use Case: You receive survey data with missing responses and need to know whether a treatment group differs from control. The Skill designs the analysis plan, cleans and weights the data, runs regression with diagnostics and robustness checks, and delivers a report with visualizations and clearly stated limitations. ## Quick Start Analyze this survey dataset to test whether the treatment group differs from the control group, and produce a reproducible report with visualizations.

Frequently Asked Questions about data-analyst-research-scientist

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I analyze survey data with missing responses?▼

Start by inspecting missingness patterns and provenance, then document a cleaning pipeline before modeling. Apply appropriate missing-data approaches and survey weighting concepts, and validate results with sensitivity or robustness checks.

How to choose between Python, R, and STATA for statistical analysis?▼

All three support data cleaning, regression, and visualization workflows. Choose based on your team's existing tooling and reproducibility needs, and verify version-sensitive package behavior against current official documentation.

What statistical methods work for comparing treatment and control groups?▼

Begin with descriptive checks, then select hypothesis tests or regression models appropriate to the design and assumptions. Run model diagnostics and robustness checks, and avoid overstating causality in the final report.

Can regression results prove causation in observational data?▼

No. Regression on observational data shows associations, not causation, unless the study design supports causal identification. Findings should state assumptions clearly and avoid overstating causal claims.

What are the limitations of automated data analysis workflows?▼

Results depend on data quality, correct method selection, and verified assumptions. Analysis outputs should include reproducibility packages, clearly stated limitations, and evidence labels distinguishing verified results from assumptions.