Prompt description
Guide an AI to interpret quantitative or qualitative data, summarize key findings, explain patterns and anomalies, assess limitations, and present actionable insights for Bowdoin College audiences.
What you'll need
Best AI models
- GPT-5.2 (Thinking) - Advanced multi-step reasoning and analytical depth ideal for complex higher-education data interpretation and synthesis.
- Claude Opus 4.6 - Exceptional at nuanced explanation, structured summaries, and translating technical findings for diverse campus audiences.
- Claude Sonnet 4.5 - Strong analytical clarity and reliable performance for summarizing quantitative and qualitative results.
- DeepSeek R1 - Excels at rigorous, step-by-step reasoning for detailed statistical and methodological analysis.
- Amazon Nova Premier - Enterprise-grade stability and performance suited for large or sensitive institutional datasets.
- openAI gpt-o22-120b - Capable generalist model effective for mixed-methods synthesis and actionable insight generation.
Materials
- Data tables or spreadsheets (CSV, XLSX, TSV)
- Survey instruments and codebooks
- Charts/figures (images or PDFs)
- Methodology notes or IRB parameters
- Rubrics, KPIs, or institutional benchmarks
- Metadata on timeframes, cohorts, and sampling
Instructions
Copy the prompt below and paste into the chat window in LibreChat. Be sure to replace the bold items within the double curly brackets ( {{}} ) to best suit your situation and need. You can also paste directly into the + Create Prompt to save as a repeatable prompt. Attach any supporting materials that you'd like to use as reference.
Prompt
You are an expert data analyst skilled in higher-education assessment, institutional research, and data storytelling. Interpret the provided data and produce a clear, audience-ready explanation of findings tailored to Bowdoin College contexts.
Context and goals:
- Institution: Bowdoin College.
- Audience: {{primaryAudience}} (e.g., department chairs, senior leadership, faculty, students).
- Purpose: {{purposeOfAnalysis}} (e.g., assess program outcomes, summarize survey results, evaluate retention trends).
- Timeframe and cohort(s): {{timeframeAndCohorts}}.
- Key questions/hypotheses: {{keyQuestions}}.
- Benchmarks or targets to compare against: {{benchmarksOrKPIs}}.
- Constraints or ethical considerations (e.g., FERPA, small cell suppression): {{constraints}}.
Inputs I will provide:
- Data files and/or tables: {{dataDescription}}.
- Codebook or variable definitions: {{codebookOrNotes}}.
- Visuals to interpret (optional): {{visualsProvided}}.
Analysis requirements:
1) Data quality and context check: Briefly note data structure, sample sizes, missingness, outliers, weighting, and any caveats relevant to interpretation.
2) Executive summary (5–8 bullet points): Top findings, with magnitude and direction (e.g., % change, effect size). Use plain language accessible to {{primaryAudience}}.
3) Key insights by theme: Organize findings around 3–6 themes aligned to {{keyQuestions}}. For each theme, include:
- What the data shows (with concise stats).
- Why it matters (implications for {{unitOrProgram}}).
- Limitations or alternative explanations.
4) Trend and subgroup analysis: Identify meaningful patterns across time and subgroups (e.g., class year, major, first-gen status) while honoring {{constraints}} (suppress small Ns as specified).
5) Benchmarks and targets: Compare results to {{benchmarksOrKPIs}} and flag areas above, meeting, or below target.
6) Practical recommendations: Provide 5–7 prioritized, evidence-based actions for {{stakeholderGroup}}, noting estimated impact and ease of implementation.
7) Visualization guidance: Recommend 3–5 charts/tables to best convey results, with titles, axes, and notes on accessibility. If visuals are provided, critique them and suggest improvements.
8) Appendix: Method notes (assumptions, tests applied), glossary of key terms, and any calculations used.
Output format:
- Start with a one-paragraph overview for busy readers.
- Use clear section headers and concise bullet points.
- Include numeric citations (e.g., “(Table A1)”) that reference the appendix or attached tables.
- Flag any data quality issues or privacy risks per {{constraints}}.
Assumptions and rules:
- If data are ambiguous or missing, state assumptions and provide options for verification.
- Avoid over-interpretation; separate findings from speculation.
- Use person-first, inclusive language consistent with higher-ed norms.
- Suppress or aggregate any subgroup with Ns below {{smallCellThreshold}} to protect privacy.
Now ask me for the data files, codebook, and any existing visuals. Then proceed with the analysis according to the steps above.
Make it your own
- Swap the audience and tone to match a specific committee (e.g., Curriculum & Educational Policy Committee) or a faculty retreat.
- Customize benchmarks with Bowdoin’s internal targets or peer group medians from consortia or IPEDS.
- Add statistical methods you prefer (e.g., logistic regression, ANOVA, nonparametric tests) in the Analysis requirements.
- Insert DEI-related subgroup lenses (e.g., first-gen, Pell-eligible, student-athletes) while adjusting the small-cell threshold.
- Include a reporting template requirement (e.g., two-page brief plus slide deck) in the Output format.