Predicting School Dropout of International Students in Turkey

This research focuses on developing predictive models to identify at-risk international students in Turkish universities, with a particular emphasis on Yemeni students. Using machine learning techniques, the study aims to explore patterns and indicators that may be associated with an increased risk of dropout.

The model analyzes key socio-economic, academic, and cultural indicators to generate accurate risk predictions. While the initial focus is on Yemeni students, the approach is also applicable to students from Syria, Iraq, and Sudan, given the similar challenges and influencing factors they experience.

Explore Research
International Student Success Illustration

About the Research

Master's Thesis: Predicting Dropout of International Students Using Machine Learning

This master's thesis research addresses the critical challenge of international student dropout in Turkish higher education institutions. Our study specifically focuses on Yemeni students while developing a methodology that can be adapted for other international student populations.

Research Significance:

International students face unique challenges including language barriers, cultural adaptation difficulties, financial constraints, and limited social support networks. These factors contribute to higher dropout rates compared to domestic students. Our research aims to bridge this gap through data-driven predictive analytics.

Methodology & Innovation:

We employ advanced machine learning techniques including Decision Trees, Random Forest, Artificial Neural Networks, Logistic Regression, and Support Vector Machines to analyze comprehensive datasets. Our model is trained on Yemeni student data but designed with adaptable features for broader international student populations.

Impact & Applications:

The predictive system enables universities to identify at-risk students early in their academic journey, allowing for timely interventions such as academic support, counseling services, financial assistance, and cultural integration programs.

Research Methodology Illustration

Comprehensive Data Collection

Multi-dimensional data gathering from academic, social, and economic sources

Advanced ML Analytics

State-of-the-art algorithms for pattern recognition and risk assessment

Predictive Modeling

Multiple ML models ensuring high accuracy and reliability

01

Feature Selection

Identifying key variables influencing international student dropout

02

Data Collection

Comprehensive survey data from Yemeni students in Turkish universities

03

Data Preprocessing

Cleaning, transforming, and preparing data for machine learning

04

ML Classification

Applying multiple machine learning algorithms for classification

05

Model Optimization

Fine-tuning and validating predictive models for accuracy

06

Deployment & Insights

Implementing the final model for real-world dropout prediction

Research Data Analysis

Comprehensive analysis of Yemeni student data in Turkish universities

Students Analyzed

545+

Enrolled Students

268+

Graduating Students

128+

Dropout Students

149+

First Chart as Pie Chart

Machine Learning Prediction System

Advanced AI-powered dropout risk assessment for international students

Server Notice: This application is hosted on a free Render server. The first request may take up to 50 seconds to load due to server initialization. Subsequent requests will be significantly faster.

Individual Student Risk Assessment

Risk Assessment Results

Analyzing data...

Processing student data with ML algorithms...

Upload Excel File

Drag & drop your file here or click to browse

Supported formats: .xlsx, .xls

Data Overview

No Data Yet

Upload an Excel file to see the data preview here

AI Analysis Results

Ready for Analysis

Upload student data to get AI-powered dropout predictions

Research Team

Meet the dedicated researchers behind this innovative project

Engineer Anas

Eng. Anas ALHARDI

Software Engineer and Data Analyst

Dr. Selahattin ALAN

Dr. Selahattin ALAN

Assistant Professor & Project Supervisor

Contact Research Team

For inquiries about the research, collaboration opportunities, or technical questions

Send a Message

Research Contact Information

Institution

Selcuk University
Computer Engineering Department
Konya, Turkey

Phone

+90 531 370 8658

Email

anas.rajah1@gmail.com