Using Statistical Software for Quantitative Analysis in Non-Profit Organizations

Statistical software is central to quantitative research, enabling non-profit organizations to manage data efficiently, conduct rigorous analyses, and produce reproducible reports. This article surveys widely used platforms—SPSS, R, and Stata—highlighting their learning curves, licensing models, and analytical capacities. A platform-agnostic workflow is outlined, covering data import and cleaning, exploratory data analysis, inferential testing, modeling, visualization, and reproducible reporting. Guidance is provided on interpreting outputs such as descriptive tables, regression and ANOVA summaries, and diagnostics, alongside practical strategies for troubleshooting common issues. Emphasis is placed on version control, codebooks, templates, and documentation to maintain transparency and reproducibility. The article argues that software choice should follow analytical objectives and team capacity; with modest but deliberate investment, even small non-profits can produce decision-grade analytics that support evidence-based program design, accountability, and advocacy.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.64357/neya-gjnps-qn-rchfr-mth-09
Primary Topic
Business and Economic Development
Type
article
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article

Using Statistical Software for Quantitative Analysis in Non-Profit Organizations

Anna Neya Kazanskaia
Business and Economic Development
article

Using Statistical Software for Quantitative Analysis in Non-Profit Organizations

Anna Neya Kazanskaia
article en

Abstract

Statistical software is central to quantitative research, enabling non-profit organizations to manage data efficiently, conduct rigorous analyses, and produce reproducible reports. This article surveys widely used platforms—SPSS, R, and Stata—highlighting their learning curves, licensing models, and analytical capacities. A platform-agnostic workflow is outlined, covering data import and cleaning, exploratory data analysis, inferential testing, modeling, visualization, and reproducible reporting. Guidance is provided on interpreting outputs such as descriptive tables, regression and ANOVA summaries, and diagnostics, alongside practical strategies for troubleshooting common issues. Emphasis is placed on version control, codebooks, templates, and documentation to maintain transparency and reproducibility. The article argues that software choice should follow analytical objectives and team capacity; with modest but deliberate investment, even small non-profits can produce decision-grade analytics that support evidence-based program design, accountability, and advocacy.

Openalex Percentile: Top 64%
Business and Economic Development
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Using Statistical Software for Quantitative Analysis in Non-Profit Organizations — Anna Neya Kazanskaia · (2025) | TGRS Research Map | TGRS