What Reddit Can Teach Us About Women’s Watch Preferences (Python + NLP Project)

· Source: NLP on Medium · Field: Technology & Digital — Artificial Intelligence & Machine Learning, Data Science & Analytics · Depth: Intermediate, medium

Summary

A Python-based NLP project analyzes Reddit discussions to understand women's watch preferences, addressing the male-skewed nature of online watch forums. The pipeline, built with standard libraries like `requests`, `pandas`, `nltk`, `scikit-learn`, and `wordcloud`, scrapes Reddit posts and comments without API keys, filters irrelevant content (e.g., men asking for themselves), and performs comprehensive NLP analysis. This includes sentiment analysis using VADER, extraction of brand mentions, price ranges (categorized into Budget, Mid-range, Premium, and Luxury), and watch features (size, material, movement, style, strap, water resistance, sapphire, chronograph). The project also identifies TF-IDF keywords, clusters posts into 5 groups using K-Means, and performs topic modeling with LDA/NMF to uncover high-level themes like "budget gifts" or "small wrists and office wear." The final output includes visualizations and CSVs for further exploration.

Key takeaway

For product managers or market researchers developing women's watches, this analysis demonstrates a practical approach to understanding consumer sentiment and preferences from unstructured online data. You can adapt this Python pipeline to identify key brands, desired features, and price sensitivities, informing product design and marketing strategies. Focus on the identified topics like "budget gifts" or "small wrists and office wear" to tailor your offerings and messaging effectively.

Key insights

Reddit data, scraped without API keys, can reveal nuanced consumer preferences through NLP.

Principles

Method

The method involves scraping Reddit JSON endpoints, filtering posts with regex, then applying VADER sentiment analysis, regex-based brand/price/feature extraction, TF-IDF keyword generation, K-Means clustering, and LDA/NMF topic modeling.

In practice

Topics

Best for: Machine Learning Engineer, Data Scientist, AI Engineer

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Editorial summary, takeaway, and curation by AIssential. Original article published by NLP on Medium.