Ramy Ayoub

Developed and maintained the company's property management website using Vite, JavaScript, and PostgreSQL. Engineered an automated acquisition outreach pipeline with n8n, Apollo, and Instantly, and served as first responder for production issues.

Designed and deployed a full-stack monitoring system on Azure with Python, Docker, and Google Gemini API. Built a data pipeline with rule-based logic to reduce API calls by over 80%, and containerized with Docker and CI/CD via GitHub Actions.

Extracted a classification engine into a standalone FastAPI microservice and deployed to Kubernetes with 2 replicas. Instrumented with Prometheus metrics and Grafana dashboards, and built a DevSecOps CI/CD pipeline with GitHub Actions.

Designed and implemented a numerical physics simulation using Euler integration for real-time motion dynamics. Built collision-detection and resolution algorithms with vector-based reflection math.

Built a hierarchical scene-graph data structure to drive animation from motion-capture datasets, implementing matrix transformation chains. Designed a state-driven animation blending system supporting dynamic transitions.

Implemented a real-time geometric algorithm from a published ACM research paper, translating mathematical height-field equations into working code. Engineered ray-casting and intersection-test algorithms to convert 2D input into 3D geometry.

Discovered and exploited memory-corruption vulnerabilities in C applications and reverse-engineered compiled binaries using GDB, developing a strong foundation in low-level debugging and secure coding.

Built a real-time transit simulation platform with a Java backend and JavaScript/HTML visualization client over WebSockets. Implemented design patterns and refactored code with a JUnit test suite achieving 90% branch coverage.

Built a facial recognition pipeline using PCA, eigenvalue decomposition, and SVD to extract feature vectors and match faces. Applied matrix operations to optimize performance and accuracy.

Developed a full chess engine in Java using object-oriented design, class inheritance, and modular helper methods to enforce game rules and manage turn-based gameplay.

Grade: 3.4

Activities and societies: 4x All-Academic & All-American, NCAA Division I Men's Track and Field

Pursued a Bachelor of Science in Computer Science, graduating in May 2026. Maintained a 3.4 GPA and earned Dean's List honors.

Earned the Google Cybersecurity Professional Certificate.