Data-Driven Analysis & Machine Learning for Marketing Performance Optimization
Digital advertising campaigns generate large volumes of data, but raw data alone does not guarantee actionable insights.
This project focuses on analyzing and predicting product advertisement campaign performance using data-driven techniques to help businesses make informed marketing decisions.
The goal is to evaluate campaign effectiveness and identify patterns that influence engagement and performance outcomes.
Marketing teams often struggle to understand:
- Which campaigns perform well
- What factors drive user engagement
- How to optimize ad spend effectively
Without data-backed insights, decisions may rely on assumptions rather than measurable performance indicators.
Objective:
Build a predictive and analytical framework to assess product ad campaign performance and extract meaningful business insights.
- Campaign-level performance data
- Includes engagement, reach, and conversion-related attributes
- Structured dataset suitable for analysis and modeling
Dataset details are kept concise to emphasize analytical approach and insights.
- Campaign performance distribution analysis
- Identification of high- and low-performing campaigns
- Correlation analysis between features
- Handling missing values
- Encoding categorical variables
- Feature scaling and transformation
- Creation of performance-related indicators
- Identification of impactful campaign attributes
- Trained machine learning models to predict campaign performance
- Model evaluation using appropriate performance metrics
- Supervised machine learning algorithms
- Model selection based on interpretability and performance
(Exact models and metrics are documented in the notebook)
- Identified key factors influencing ad performance
- Highlighted patterns linked to higher engagement and conversions
- Provided insights that can support:
- Budget allocation
- Campaign optimization
- Marketing strategy decisions
📌 Detailed analysis and results are available in the notebooks.
- Programming Language: Python
- Data Analysis: Pandas, NumPy
- Visualization: Matplotlib, Seaborn
- Modeling: Scikit-learn
- Reporting: Jupyter Notebook
pip install -r requirements.txt© 2025 Rachit Patwa. All rights reserved.