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This project, conducted by Alaina Holland and Phil, focuses on analyzing the relationship between weather conditions and flight delays at Portland International Airport (PDX). The analysis was performed using data retrieved via APIs and processed using SQL, with the project deployment managed through Railway. The goal was to understand the potential impact of various weather factors on flight departure delays over a specific period in 2023.
Imagine you are a flight operations manager at Portland International Airport (PDX). Over a span of three weeks in 2023, weather conditions varied significantly, potentially impacting flight schedules. This project leverages API integration and SQL queries to investigate how these weather variations, including factors like wind speed and visibility, correlate with flight delays at PDX. The deployment and data management processes were facilitated using Railway.
Understanding the relationship between weather and flight delays can help:
The analysis focused on the following weather conditions:
The analysis revealed no strong correlation between the selected weather conditions and flight delays during the observed period. However, the data highlighted specific instances where visibility and wind speed may have influenced delays, suggesting the need for more comprehensive data collection and analysis.
You can view the full presentation detailing the data analysis process and findings.
If you have any questions or need further information, please feel free to reach out.
For more details and to explore the data further, please visit:
To view our presentation slides on this project, please click here.
The data used in this project includes:
This portfolio piece highlights the integration of API data retrieval, SQL for data processing, and the use of Railway for deployment in analyzing the relationship between weather conditions and flight delays at PDX. The findings underscore the complexity of flight operations and the necessity of comprehensive data to fully understand these dynamics.