Machine Learning Optimization for Logistics Client

Daniel Anderson

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Data Scientist

Data Visualizer

ML Engineer

Objective Understanding: The primary goal was to reduce transport costs and improve service levels by determining the optimal locations for micro warehouses. This would enable the client to meet their delivery time key performance indicators (KPIs).
Data Analysis and Preparation: We analyzed the client's sales data and geographical distribution of points of sale to understand the existing logistics network and identify areas for improvement.
K-means Clustering Algorithm:
Integration with Google API:
Optimization and Strategy Development:
Lead and Collaboration:
This project demonstrated the power of combining analytical techniques with geospatial data to drive strategic decisions in logistics and supply chain management,
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Led a project using K-means clustering and Google API to optimize microwarehouse placement for a logistics client, reducing transport costs and meeting delivery

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Data Scientist

Data Visualizer

ML Engineer

Daniel Anderson

Financial & Data Analyst - Machine Learning

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