Youssef Naggar - AI Engineer

Youssef Naggar

AI Engineer || Ex-NBE & CIB Intern || Excellent Grade AI Student @ FCAI Cairo University

About Me

I am a Senior AI student at Cairo University (Faculty of Computers and Artificial Intelligence) specializing in building scalable ML pipelines and production RAG systems. Experienced in corporate infrastructure through NBE and CIB internships, I am focused on moving generative AI and deep learning architectures to production.

I empower small businesses and entrepreneurs to scale by analyzing their data to build the exact automation or ML pipeline, translating corporate infrastructure experience into resilient business solutions that fit their needs.

English: B2 Professional
Arabic: Native

Enterprise Experience & Internships

Data Analyst Intern July 2026 - Present
Digital Egypt Pioneers Initiative (DEPI) • Cairo, Egypt
  • Extracting, cleaning, and preparing multi-source datasets to conduct descriptive analysis and deliver actionable business insights.
  • Building interactive data visualization dashboards and reporting pipelines to empower executive decision-making.
  • Applying modern data analytics frameworks, statistical techniques, and ETL processes aligned with industry demands.
IT Infrastructure intern July 2026
National Bank of Egypt (NBE) • Cairo, Egypt
  • Designed disaster recovery plans for critical data centers and core banking services.
  • Contributed to the IT automation and disaster recovery sector to ensure the resilience of enterprise infrastructure.
AI/ML Trainee September 2025
Elevvo Internship Program • Cairo, Egypt
  • Developed 5 end-to-end ML pipelines across regression, classification, and time-series forecasting tasks using Python, Scikit-learn, and XGBoost, delivering production-ready models with documented results
  • Evaluated and compared diverse machine learning models to identify the optimal architecture for each regression, classification, and forecasting task
Summer Intern August 2025
Commercial International Bank (CIB) • Cairo, Egypt
  • Completed CIB’s competitive “The Green Leap” program, analyzing ESG data and digital transformation frameworks across Egyptian corporate case studies
  • Conducted quantitative research on corporate governance and cybersecurity risk models, presenting findings to senior banking leaders

Education

Bachelor of Science in Computer Science

Faculty of Computers and Artificial Intelligence, Cairo University
Expected 2027 (Currently 4th Year)
GPA: 3.58 / 4.0 - Excellent Ranked Top 10 in Cohort AI Major

Skills Matrix

Programming Languages

Python C++ SQL Bash

ML / AI & Libraries

PyTorch Scikit-learn XGBoost CatBoost LightGBM NumPy / CuPy Pandas Optuna LangChain LiteLLM

Tools & Infrastructure

Docker Git VSCode CLion PyCharm Textual (TUI) Pytest

Featured Projects

Email Fraud Detection Pipeline

Tri-Stream Stacking Ensemble + Deep Autoencoder
F2: 0.8842 | 90.5% Recall | ROC-AUC: 0.999

An end-to-end fraud classification architecture built on 447K Enron emails to resolve an extreme 192:1 class imbalance. Incorporates a custom PyTorch Deep Autoencoder to compress 384-dimensional MiniLM embeddings into 64-dimensional latents and derive unsupervised anomaly reconstruction error signals, stacked with a Tri-Stream Level-1 GBDT ensemble and an ElasticNet meta-learner.

System Specifications:

  • PyTorch Autoencoder: 384-d MiniLM compressed into 64-d latents + unsupervised anomaly MSE reconstruction signal.
  • Tri-Stream Level-1 Models: Stream A (GPU XGBoost), Stream B (CatBoost with native text dictionaries), Stream C (LightGBM on TF-IDF n-grams).
  • Level-2 Stacking Meta-Learner: ElasticNet meta-learner in logit space with 12 skip-connection domain features (VADER polarity, stylometry, sender velocity).
  • Dynamic Threshold Tuning: tau* = 0.050 achieving 0.8842 F2-score, 90.5% recall, 80.8% precision, and 0.999 ROC-AUC.
PyTorch XGBoost CatBoost LightGBM Autoencoders MiniLM Optuna

Weather Wizard 3000

Vectorless RAG + LiteLLM Multi-Modal Engine
LiteLLM + Vectorless RAG

A personalized AI outfit recommendation assistant leveraging Vectorless RAG and LiteLLM for SDK-agnostic model routing. Synthesizes 5-day real-time OpenWeatherMap forecasts with structured multimodal closet inventories and user preferences to generate grounded, weather-appropriate wardrobe suggestions with virtual avatar rendering.

System Specifications:

  • Multimodal Closet Synthesizer: Processes clothing photos via Vision LLM into structured metadata stored in closet.json.
  • Grounded LLM Weather Wizard: Filters real-time weather forecasts and dynamically matches seasonal attributes with available wardrobe items.
  • Virtual Avatar Drawer: Generates personalized visual demo previews combining user avatar and recommended outfit items.
  • Employs LiteLLM for seamless SDK-agnostic model switching and automated IP/GPS geolocation detection.
Python LiteLLM Vectorless RAG OpenWeatherMap Multimodal Vision

Dog Breed Classifier (ConvNeXt-V2)

Computer Vision Fine-Tuning Pipeline
90.5% Test Accuracy (120 Breeds)

A deep learning computer vision pipeline trained on the Stanford Dogs dataset across 120 breeds. Features automated bounding-box image preprocessing to isolate subjects, MixUp data augmentation for cross-class generalization, and fine-tuning of ConvNeXt-V2 in PyTorch with customized learning rate scheduling.

System Specifications:

  • Architecture: ConvNeXt-V2 with 7x7 depthwise convs, inverted bottleneck blocks, and Global Response Normalization (GRN).
  • Preprocessing: Automated bounding-box image cropping to normalize training data and eliminate background noise.
  • Generalization: MixUp augmentation and cosine annealing learning rate scheduler in PyTorch.
PyTorch ConvNeXt-V2 MixUp Computer Vision

Verified Certifications

Anthropic MCP Advanced Certificate

MCP Advanced Topics

Advanced architectures for building and deploying MCP servers, connecting LLMs with external tools and agentic tool pipelines.

Anthropic Intro to MCP Certificate

Introduction to MCP

Building MCP servers to connect LLMs with custom external tools, database systems, and agentic workflows.

NVIDIA RAG Certificate

Building RAG Agents with LLMs

Designing scalable Retrieval-Augmented Generation pipelines using vector embeddings, LangChain, and high-throughput LLMs.

Contact Me