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This is my capstone project for the Google Data Analytics Professional Certificate, where I explore insights from Cyclistic, a bike-share company in Chicago.

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Google Data Analytics Capstone Project: Cyclistic

Introduction

This document outlines my capstone project for the Google Data Analytics Professional Certificate. The project focuses on applying the six-phase data analysis approach (Ask, Prepare, Process, Analyze, Share, Act) to Cyclistic, a Chicago-based bike-share company. The objective is to uncover insights from historical trip data and answer key questions about user behavior.

1. Ask

Key Questions:

  • How do casual riders and members differ in usage patterns?
  • What are the peak usage times for both casual riders and members?
  • How can Cyclistic leverage data to increase annual memberships?

2. Prepare

I utilized Cyclistic's historical trip data from the 7th to the 9th month of 2023 for analysis. You can download the Cyclistic trip data here. (Note: The data is available under this license from Motivate International Inc.).

3. Process

Data Cleaning & Wrangling

  • Excel:

    • Removed duplicates.
    • Created "ride_length" using the formula "started_at - ended_at" and formatted it as HH:MM:SS.
    • Generated "day_of_week" using the "WEEKDAY" function to represent days as integers (1 to 7).
  • SQL:

    • Imported CSV file.
    • Merged datasets into one table.
    • Removed NULL values.
    • Updated "day_of_week" from 1-7 to Monday-Sunday.
    • Exported "divvy_tripdata_q3" as CSV.
  • R:

    • Imported divvy_tripdata_q3.csv.
    • Renamed columns for readability.
    • Created "month" and "week" columns from the "started_at" data.

4. Analyze

RStudio Analysis:

I conducted descriptive analysis to answer questions such as:

  • Total rides per rider type.
  • Total rides per bike type per rider type.
  • Average ride length per rider type.
  • Total rides by month per rider type.
  • Total rides by week per rider type.
  • Average rides by day of the week per rider type.
  • Most popular start and end stations.

Visualizations were created in RStudio, including:

  • Total rides per rider type

Rplot

  • Total rides per bike type

Rplot01

  • Total rides by week per rider type

Rplot02

  • Average rides by day of the week

Rplot03

5. Share

Screenshot 2023-12-01 115150 I created a Power BI dashboard to share insights with stakeholders. View Dashboard

Summary Insights:

  • The number of annual members is greater than the number of casual riders, accounting for 59%, compared to 41%.
  • Both annual members and casual riders prefer classic bikes the most, followed by electric bikes.
  • Members ride more during weekdays, while casual riders prefer weekends.
  • Weekly rides for annual members are approximately twice as much as casual riders.
  • Casual riders tend to have longer average ride lengths.
  • The top starting station for members is Clark Street & Elm Street, located in the affluent Gold Coast neighborhood of Chicago. Additionally, several CTA bus stops and a Red Line subway station are conveniently located at the intersection.
  • The top starting station for casual riders is Streeter Drive & Grand Avenue, conveniently located near Navy Pier, a popular Chicago tourist destination. Furthermore, it is close to several bus stops and a Metra station, making it an ideal spot for exploring the city.

6. Act

Based on insights, here are the top 5 recommendations for Cyclistic:

  1. Promotional Strategies:

    • Launch targeted promotions, discounts, and exclusive offers specifically for annual members during weekdays. This can further incentivize their high usage and enhance member loyalty.
    • Launch weekend-specific promotions, discounts, or events to attract more casual riders during their preferred time of use. This can help increase overall ridership and potentially convert casual riders into members.
  2. Membership Conversion Campaign:

    • Develop a marketing campaign aimed at converting casual riders into annual members. Highlight the benefits of membership, including cost savings and weekday convenience.
  3. Collaborations and Partnerships:

    • Partner with local businesses in high-traffic areas to offer exclusive perks for annual members.
  4. Bike Type Optimization:

    • Ensure popular stations are stocked with classic and electric bikes based on member preferences.
  5. Expand Station Network:

    • Assess potential additional stations in high-traffic or tourist areas to attract more riders.

About

This is my capstone project for the Google Data Analytics Professional Certificate, where I explore insights from Cyclistic, a bike-share company in Chicago.

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