Context

Political consultants and campaign teams were manually reviewing news and social media to gauge voter sentiment in targeted regions—a labor-intensive process that limited their ability to react quickly and reliably to changing public opinion.

Issue:

The team was taking hours reviewing articles to extract sentiment data before any analysis could take place.

Approach

AI Automation for Human Insight:

  • Designed a process to automate the ingestion, summarization, and sentiment analysis of news and (soon) X.com posts using the OpenAI API.
  • Collaborated with the client to model the manual workflow and define the standards for "insight similarity."

Process Mapping & Modularization:

  • Built a pipeline: Web scraper → OpenAI summary generator → OpenAI sentiment analysis → Automated report output (PDF).
  • Ensured outputs were easy to review and actionable for campaign strategists.

Iterative Benchmarking:

  • Compared AI-generated insights against manual results, refining prompts and evaluation logic based on client feedback.

Execution

  • Developed a modular pipeline (see diagram above):
    1. Web Scraper: Automated article/content extraction from curated lists.
    2. OpenAI Summary Generation: Used LLMs to create concise summaries from raw content.
    3. Sentiment Analysis: Applied OpenAI sentiment tools to summaries for clear, region-tagged outputs.
    4. Report Generation: Assembled results into a standardized, client-ready PDF for immediate use.
  • Ran side-by-side pilot tests to measure speed and "similarity of insight."
  • Collected feedback and iteratively tuned the pipeline for accuracy and utility.

Outcome

  • Reduced research time from 2–3 hours per 6-article batch to under 2 minutes.
  • Delivered insights judged by clients to be ~90% similar to manual, human-generated sentiment (subjectively measured).
  • Freed up client teams to focus on interpreting and acting on insights—not gathering or wrangling data.
  • Roadmap established for integrating X.com (Twitter) API for live social sentiment coverage.

Tools & Frameworks Used

  • Python (ETL pipeline, automation)
  • OpenAI API (summarization & sentiment analysis)
  • Web scraping libraries
  • JSON for data exchange
  • PDF generation (report output)

Capabilities Demonstrated

  • Primary: Artificial Intelligence (AI)
  • Secondary: Automation, NPD, Data Visualization

Key Learnings

  • Human judgment of “accuracy” in sentiment is best measured by similarity, not precision—requiring both technical and collaborative tuning.
  • Modular, API-driven processes enable rapid iteration and future expansion (e.g., adding new data sources).
  • Clear, visually digestible outputs (PDF reports) drive real adoption in client workflows.

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