NYC Motor Vehicle Collision Analysis

ML analysis predicting high-collision regions across NYC boroughs.

78.17% prediction accuracy
Interactive dashboard for stakeholders
Data-driven safety recommendations

Problem

ML analysis predicting high-collision regions across NYC boroughs. This project addressed the challenge of ml, data science, researchin the context of ml engineer work.

Constraints

  • • Timeframe: Aug–Dec 2019
  • • Role: ML Engineer
  • • Stack: Python, Scikit-learn, Naive Bayes, Seaborn, Tableau

Process

The development process involved iterative design, implementation, and testing phases. Key focus areas included ml, data science, research considerations and ensuring measurable outcomes.

Results

  • 78.17% prediction accuracy
  • Interactive dashboard for stakeholders
  • Data-driven safety recommendations

Lessons Learned

This project reinforced the importance of ml, data science, researchbest practices and the value of iterative development approaches.

Quick Facts

Role:

ML Engineer

Timeframe:

Aug–Dec 2019

Stack:
PythonScikit-learnNaive BayesSeabornTableau
Tags:
MLData ScienceResearch

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