This project investigates the major factors influencing student dropout using descriptive, diagnostic and prescriptive analytics.
The project was developed using Excel, SQL, Python and Power BI to identify students at risk of dropping out and recommend interventions that improve student retention.
The analysis supports Sustainable Development Goal (SDG) 4: Quality Education by providing data-driven recommendations for improving student success.
- Identify factors contributing to student dropout
- Explore relationships between academic, financial and social variables
- Build an interactive executive dashboard
- Recommend strategies for improving student retention
- Microsoft Excel
- SQL
- Python
- Jupyter Notebook
- Power BI Desktop
- Git
- GitHub
- ChatGPT (AI Assistant)
DATA/
EXCEL/
SQL/
PYTHON/
POWER BI/
REPORT/
PRESENTATION/
SCREENSHOTS/
README.md
Python was used to analyse:
- Age
- Gender
- Department
- Semester
- GPA
- Semester GPA
- CGPA
- Stress Index
- Scholarship
- Family Income
- Internet Access
- Travel Time
- Part-Time Job
- Parental Education
- Dropout
The dashboard contains:
- Executive KPI Cards
- Student Dropout Analysis
- Academic Performance
- Financial Analysis
- Stress Analysis
- Internet Access Analysis
- Scholarship Analysis
- Department Performance
- Interactive Filters
ChatGPT was used to assist with:
- Python programming
- SQL query writing
- Exploratory Data Analysis
- Dashboard planning
- Documentation
- GitHub setup
- Report refinement
Examples of AI prompts and responses are available in the SCREENSHOTS folder.
The detailed report contains:
- Executive Summary
- Key Findings
- Recommendations
- SDG Alignment
- Responsible Use of AI
- Conclusion
See the REPORT folder for the complete documentation.
Project screenshots including:
- Power BI Dashboard
- Python Visualizations
- SQL Queries
- AI Prompt Examples
are available in the SCREENSHOTS folder.
The project presentation slides are available in the PRESENTATION folder.
Team: INNOVATHERS by PATCODEX
Student Dropout Analysis Capstone Project
2026