This project leverages Power BI to analyze customer behavior and preferences in the automotive market. By exploring key metrics such as car brand and model popularity, average viewed car prices, and customer demographics, the analysis provides actionable insights to support strategic decision-making and targeted marketing efforts.
- π― Objectives
- π§ Technologies Used
- π Data Overview
- π Key Insights
- π§ Key Concepts and Methodology
- π Analysis and Findings
- π‘ Recommendations
β οΈ Limitations and Proposals for Improvement- π Conclusion
- π Identify key customer segments based on demographics, viewing preferences, and purchasing behaviors.
- π Provide actionable insights to guide marketing strategies and enhance customer engagement.
- π οΈ Utilize advanced Power BI features for data visualization, including DAX calculations and interactive dashboards.
- Microsoft Power BI: A business analytics tool for interactive visualizations and business intelligence, enabling integration of multiple data sources and creation of detailed reports and dashboards.
The dataset includes customer data from appointments for car test drives, with insights into demographics, car viewing preferences, and transaction status.
Feature | Description |
---|---|
gender | Customer's gender: Male or Female. |
age | Age range of the customer. |
car_brand_most_viewed | Most frequently viewed car brand by the customer. |
car_model_most_viewed | Most frequently viewed car model by the customer. |
car_body_type_most_viewed | Most frequently viewed car body type (e.g., sedan, SUV). |
user_state | State derived from the customer's address. |
user_city | City derived from the customer's address, anonymized with placeholders. |
average_viewed_car_price | Average price of cars viewed by the customer. |
transacted | Indicates if the customer completed a car purchase. |
- Transaction Count: 699 customers completed purchases.
- Average Viewed Car Price: Approximately 70.27K across all viewed cars.
- Data Integration: Merging data from multiple sources for a unified analysis.
- Segmentation: Using Power BIβs slicers and filters to analyze data by demographics and transaction status.
- Basic Visualizations: Implementing bar charts, line graphs, and KPI cards to highlight key metrics.
- DAX Calculations: Creating custom metrics such as averages and cumulative counts to enhance analysis depth.
- Interactive Dashboards: Designing dynamic dashboards for user-driven data exploration.
- Data Storytelling: Structuring visualizations to guide stakeholders through findings and recommendations.
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Transaction Overview:
- Total Transactions: 699 completed transactions.
- Average Price Viewed: 70.27K, indicating a preference for mid-range car prices.
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Demographic Analysis:
- Age and Gender:
- Highest interest in expensive cars among males aged 36-45 (81K average).
- Females aged 56+ show interest in more affordable options compared to males.
- Age and Gender:
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Brand and Model Preferences:
- Top Brands: Brand R popular among older demographics (56+), Brand U favored by younger customers (18-25).
- Top Models: Model 78 popular among 46-55 age group.
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Geographical Insights:
- State Variations: Higher engagement and preference for premium brands in Selangor and Kuala Lumpur.
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Metrics Target:
- Body Type Preference: SUVs lead in popularity, especially for Brand B.
- Brand Pricing: Higher average prices for Brand Bβs SUVs indicate a premium market segment.
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Demographics Target:
- City-Level Preferences: Model 131 is a top choice in City I, suggesting potential for localized marketing.
- Age-Based Insights: Customers aged 26-35 prefer mid-range models like Model 53.
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Age-Specific Campaigns:
- Focus on males aged 36-45 and females aged 56+ with targeted marketing for popular models within these demographics.
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Promote SUVs:
- Highlight SUV models, especially from Brand B, to capitalize on the segmentβs higher interest and pricing.
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Regional Customization:
- Tailor marketing strategies for states with higher interest in premium brands, like Selangor and Kuala Lumpur.
- Incomplete Data: The dataset may not capture all customer interactions, especially those without completed transactions, which may skew the analysis.
- Lack of Real-Time Data: The analysis doesnβt consider dynamic factors like real-time pricing changes or promotional impacts.
- Broaden Data Sources: Integrate data from web analytics and social media to build a more comprehensive view of customer behavior.
- Incorporate Predictive Analytics: Develop models to predict customer preferences and potential purchases using historical data.
This project highlights the use of Power BI to analyze customer behavior in the automotive sector, providing insights that drive data-informed marketing strategies. By leveraging interactive dashboards and advanced analytics, the project supports strategic decision-making, leading to enhanced customer targeting and engagement.