Market Regime Detection System: Institutional clients faced heavy drawdowns due to static models failing during volatility shifts. I engineered an unsupervised HMM pipeline that reduced maximum drawdown by 18% through automated 'Risk-Off' triggers.
Multi-Asset Alpha Generation: Asset managers struggled with high computation costs and poor correlation tracking across global ETFs. I developed a Multi-Output LSTM architecture that optimized infrastructure while capturing complex inter-asset lead-lag relationships.
Ensemble Forecasting System: Trading desks reported inconsistent performance of individual models during market spikes. I built a Heterogeneous Stacking Ensemble that increased out-of-sample reliability by 12% and smoothed the equity curve.
Quant & Financial Engineer
WorldQuant University
2024.01 - 2026.01
Geopolitical Risk Stress-Testing: Investment groups lacked quantitative methods to measure the impact of political shocks on energy prices. I designed a Bayesian Belief Network to model probabilistic shocks on Brent Crude, providing more accurate 'What-If' simulations.
Strategic Factor Attribution: Pension funds needed to verify if managers provided true 'Alpha' or just expensive market-factor exposure. I conducted Fama-French 5-Factor analysis using robust regression to isolate true skill and optimize capital reallocation.
MSc Financial Engineer
Data Scientist
UN
2023.03 - 2024.03
Model Integrity & Bias Audit: Internal models showed 'phantom profits' in test environments that vanished in live trading due to data leakage. I built a Purged/Embargoed Cross-Validation system that identified and removed biased strategies before capital deployment.
Visual Signal Detection: Analysts were overwhelmed by market noise, leading to missed entries and false signals. I implemented Gramian Angular Fields (GAF) to encode time-series into images for CNN pattern recognition, outperforming standard indicators.
Signal-to-Noise Optimization: Research teams suffered from over-fitting as models captured statistical noise rather than true drivers. I deployed a denoising pipeline using the Marcenko-Pastur Law to extract stable eigenvalues, ensuring accuracy across historical cycles.
Remote Internship
Education
Master's - Financial Engineering
World Quant University
Washington, D.C., US
2024.01 - 2026.01
Data Science Certificate - undefined
Explore AI Academy
2022.01 - 2024.01
Bachelor's - Communication Engineering
MSA University
Giza, Egypt
Bachelor of Science - undefined
University Of Greenwich
London, UK
Skills
Technical skills
Machine Learning and Deep Learning (TensorFlow, PyTorch, Scikit-Learn)
Data Analysis and Data Visualization (Pandas, NumPy, Matplotlib, Seaborn)