ABOUT
Welcome! I'm Mohammed Yousef, a sophomore at Rutgers University majoring in both Computer Engineering and Computer Science. I’m currently a software engineering intern at the New Jersey Turnpike Authority, where I enjoy developing projects with cutting-edge technologies and real-world impact. I love to play soccer, occasionally dive into video games, and explore new tech trends!
Welcome! I'm Mohammed Yousef, a sophomore at Rutgers University majoring in both Computer Engineering and Computer Science. I’m currently a software engineering intern at the New Jersey Turnpike Authority, where I enjoy developing projects with cutting-edge technologies and real-world impact. I love to play soccer, occasionally dive into video games, and explore new tech trends!
JavaScript
Python
Java
C#
TypeScript
React
Node JS
Spring Boot
SQL
GraphQL
TIMELINE
December 2021 – March 2022
Data Analyst – EZ Clinical Laboratory
- Analyzed ~20% of incoming medical data and managed operations using Avalon software during peak COVID-19 testing.
- Conducted ~10 nasopharyngeal swab tests daily, assisted in blood and COVID-19 testing.
- Collaborated with colleagues to manage on-site demand, resolve software defects, and optimize the allocation of data efficiently.
June 2023 – Current
International Private SAT Tutor – Focused Coaching
- Instructed 40+ students in SAT mathematics and grammatical syntax daily.
- Helped students improve their SAT math scores by 200 points on average.
- Cultivated mental adaptability, encouraged independence, and refined my active listening and flexibility in regards to students' learning methodology.
May 2024 – Current
Software Engineering Intern – New Jersey Turnpike Authority
- Collaborated with a team of four to design an application managing timesheets, overtime, and equalization of Turnpike Toll Collectors, now utilized across 90% of toll booths in New Jersey.
- Created computational models for an adaptive 3D node diagram that oversees all operational systems of the Authority, using GraphQL for efficient data querying and WebSockets for live updates to enhance oversight and performance analysis, reducing manual interventions and reportings by 40%.
- Contributed 78% of the codebase for the system monitoring application.
PROJECTS
Toll Collector Overtime Log
2024
Developed an application that tracks the timesheets and equalization of 90% of New Jersey toll booths.
Engineered RESTful APIs and integrated them with dynamic data processing to facilitate seamless interactions and updates, reducing data sync latency by 30%. Utilized AWS services (99.9% uptime) for scalable cloud infrastructure and secure data storage. Implemented Next.js for a responsive and dynamic user interface and employed JWT for secure authentication and authorization. Contributions led to a 30% improvement in resource management effectiveness and a 25% increase in reporting accuracy.
Handwritten Digit Recognition
2024
Built a handwriting prediction model with 84% accuracy.
Developed a custom K-Nearest Neighbors algorithm utilizing Pandas, Python, and MATLAB to build a handwriting recognition model. By integrating advanced clustering techniques, I optimized the algorithm’s effectiveness, achieving an 84% accuracy rate. The model was trained using an online digit dataset and fine-tuned for enhanced performance in predicting handwritten digits.
Internal System Montioring Diagram
2024
Created an adaptive 3D node diagram that monitors all of the systems of the New Jersey Turnpike Authority.
Developed comprehensive algorithms and frameworks for continuous system monitoring and performance optimization, which improved monitoring efficiency by 25% through real-time, data-driven operational responses. The application analyzed data from 100+ metrics across various sources, identifying performance bottlenecks and automating responses, reducing manual interventions and reportings by 40%.
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