Optimizing food delivery times through GoFood must be a challenge, especially when late deliveries are involved.
To understand the influencing factors around food delivery times in GoFood, the author begins by identifying the key variables that correlate with delivery time.
EDA (Exploratory data analysis) is essential because it helps understand the relationships between features and the target variable.
To implement the analysis, python libraries such as pandas, matplotlib, seaborn, and numpy will be used.
Imputing missing values using the mean is a practical approach for numerical variables.
Box plots are a simple and effective way to visualize outliers for continuous variables such as distance.
The correlation matrix is a quick way to assess how numerical variables relate to each other and to the target variable.
The significant difference in average delivery speed between high and low traffic levels highlights the importance of traffic conditions in delivery operations.
The author proposes developing a smart routing system that dynamically adjusts delivery routes based on live traffic conditions, ensuring optimal delivery paths and faster completion times.
To mitigate adverse weather conditions, the author proposes equipping couriers and operations teams with tools and strategies to maintain efficiency during extreme weather.