Case Study: End-to-End Automation of Survey Analytics for Hybrid Instruction

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Overview of an automated survey analytics case study

This automated survey analytics case study involves managing 948 survey responses on hybrid instruction motivations required a scalable and reproducible analytics pipeline. This walkthrough explains how Excel VBA, R scripting, and R Markdown combined to automate data ingestion, transformation, dashboarding, inferential testing, and final reporting.

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Software Stack used in this automated survey analytics case study

• Excel 365 + VBA: Builds the master dataset and automates dashboards.
• R (v4.2+) + Key Packages: Uses tidyverse, simstudy, MASS, and knitr for data processing and analysis.
• R Markdown: Generates dynamic HTML and PDF reports with embedded code and visuals.
• Git (GitHub): Tracks code changes, collaboration, and continuous integration.

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Workflow Steps

• Masterchart Generation (VBA Macro)
  • The BuildMasterchart() macro reads demographics.csv and responses.csv.
  • Then it enforces column names, merges datasets, and handles missing values.
  • Finally, it exports the unified masterchart.csv for downstream analysis.
• Likert Transformation & Composite Scoring (likert_pipeline.R)

library(tidyverse)
df <- read_csv(\"masterchart.csv\")
collapse <- function(x) case_when(x >= 4 ~ 3, x == 3 ~ 2, TRUE ~ 1)
df <- df %>%
  mutate(across(Q1:Q10, collapse)) %>%
  rowwise() %>%
  mutate(
    comp_usability = mean(c(Q1, Q4, Q7)),
    comp_relevance = mean(c(Q2, Q5, Q8)),
    comp_flex      = mean(c(Q3, Q6, Q9))
  ) %>%
  mutate(across(
    starts_with(\"comp_\"),
    ~ case_when(. > 2.33 ~ 3, . >= 1.67 ~ 2, TRUE ~ 1)
  ))
write_csv(df, \"likert_masterchart.csv\")

This script collapses raw Likert scores into three categories and computes composite subscale scores.

• Dashboard Automation (Excel VBA)
  • A looping macro cycles through each question and each composite score.
  • It creates pivot tables summarizing scores by program_year.
  • Next it generates clustered bar charts with uniform formatting.
  • Finally it exports each chart to its own standardized worksheet tab.
    
• Inferential Testing (inferential_pipeline.R)
  • The script runs chi‑square tests for each demographic variable against high_intent.
  • Then it fits a logistic regression:
  • Test statistics and p‑values are saved to CSV files.
  • Diagnostic plots (e.g., mosaic plots, residual charts) are output to /results/.

glm(high_intent ~ age + gender + year + access, family = binomial, data = df)

• Reporting (R Markdown)
  • A parameterized .Rmd accepts data_path and region as inputs.
  • It renders HTML and PDF reports with sections for executive summaries, methods, dashboards, inferential results, and appendices.
  • Each run produces a self‑contained report suitable for web or print distribution.
• Version Control & Continuous Integration
  • All code and configuration live in a GitHub repository.
  • GitHub Actions run a test suite on each push, validating schema and sample analytics.
  • Successful builds deploy the updated HTML report to GitHub Pages automatically.

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Benefits

• Efficiency: Automation cut manual processing time by 75%.
• Consistency: A single masterchart prevented data version drift.
• Reproducibility: Git commits, macro logs, and parameterized reports created a full audit trail.

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This end‑to‑end pipeline empowered the researcher to focus on interpretation rather than manual data wrangling. Continuous integration and scripted workflows ensured accuracy, transparency, and scalability for hybrid instruction analytics.

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