Nobel Prize Winners Analysis
Analyzed over 100 years of Nobel Prize data using Python, Pandas, and Seaborn to uncover trends in U.S. Nobel Prize winners.
Impact: Created insightful visualizations and published a comprehensive report on GitHub.
Data Science Student
A data science student with strong knowledge of Python, machine learning, statistics, and data analysis. Skilled in using various libraries to build predictive models and extract meaningful insights from data. Eager to gain hands-on experience and contribute to real-world data-driven projects.
Expertise in cleaning, analyzing, and visualizing complex datasets to uncover trends and insights using industry-standard tools.
Proficient in designing and implementing end-to-end machine learning pipelines, feature engineering, and developing robust predictive models.
Strong foundation in core data science principles, including statistics, data preprocessing, and problem-solving methodologies.
Analyzed over 100 years of Nobel Prize data using Python, Pandas, and Seaborn to uncover trends in U.S. Nobel Prize winners.
Impact: Created insightful visualizations and published a comprehensive report on GitHub.
Designed an end-to-end machine learning pipeline to predict FIFA player market values and classify performance levels.
Impact: Achieved 96.0% R² and 85.6% classification accuracy using feature engineering and ensemble learning.
Led a 10-member team in a machine learning project to predict house prices using the Ames Housing dataset.
Impact: Developed linear regression models from scratch, achieving a test R² of 0.85, and managed team tasks.
Completed 5+ hands-on projects in data analysis using Python and SQL during Data Analyst Trainee role.
Gained practical experience in cleaning, analyzing, and visualizing datasets with Python, Tableau, and Power BI.
Commenced Bachelor in Data Science at Alexandria University.