Julia Shaheed | Portfolio

About Me

I am a Cybersecurity student at the University of South Florida with a strong interest in software engineering, AI, and full-stack development. I have experience analyzing data, optimizing workflows, and developing projects that merge technical skills with creative problem-solving. Through past experiences, including a coding internship at NJIT and ongoing meetings with industry professionals, I have deepened my understanding of software development and gained insights into career growth in tech. My projects range from web development to game design, demonstrating my adaptability and eagerness to explore new technologies. I am seeking opportunities to apply my skills in real-world settings, particularly through internships in software engineering. My goal is to contribute to innovative solutions while continuously learning and growing in the field.

Education

University of South Florida — Bachelor in Cybersecurity

Tampa, FL • Expected 04/2028

Teacher’s Assistant, Foundations of Engineering Lab (EGN 3000L) — Tampa, FL • 08/2025 – Present
Support 100+ students in mastering engineering concepts through grading, feedback, and one-on-one guidance.
Strengthen student comprehension through clarifying technical concepts and demonstrating problem-solving techniques.

Skills & Certifications

Languages

Python
Java
JavaScript
HTML/CSS
C++

Frameworks

React.js
Node.js
Arduino IDE

Certifications

Girls Who Code Immersion Program (SIP) — Virtual • 08/2022
Completed intensive coursework in HTML, CSS, JavaScript, and Python; developed 5+ projects in web development, game design, and AI.
ID Tech, Princeton University — Python For Machine Learning — Princeton, NJ • 08/2022
Applied Python to build and test ML models across multiple platforms; gained hands-on experience with data-driven applications.

Work Experience

Data Engineer — University of South Florida

Tampa, FL • 10/2025 – Present

Developed and deployed a publicly hosted interactive hydrology dashboard visualizing 10+ river basin monitoring stations and integrating environmental variables using JavaScript, HTML/CSS, and GeoJSON.
Implemented a river flow forecasting module analyzing daily time-series data across decades, enabling users to explore projected wet/dry season trends and improving research accessibility through dynamic, interactive visualizations.

View Live Dashboard

Software Intern — New Jersey Institute of Technology (NJIT)

Virtual • 06/2023 – 08/2023

Analyzed 5,000+ data points from epidemiological studies, improving data accuracy by 75% through debugging and optimization in Python.
Automated 80% of data processing tasks, cutting manual workload by 60% and accelerating analysis turnaround time by 40%.
Presented final research results to faculty, demonstrating strong communication, data analysis, and programming skills.

Personal Projects

🌊

Hydrology Data Dashboard (Civil & Environmental Engineering)

Developing an interactive hydrology dashboard to visualize river basin data using JavaScript, HTML/CSS, and geospatial data (GeoJSON). Integrating environmental datasets (elevation, precipitation, evaporation, seasonal trends) into dynamic, user-friendly visualizations with interactive maps and charts for daily and seasonal water flow exploration.

View Project

CuttleBot — Arduino-Based Ocean Awareness Robot

Designed and built a recyclable cuttlefish-inspired robot using Arduino, IR, and ultrasonic sensors to navigate and detect obstacles. Coded in C++ to make the robot search for “food” objects and ensured the design was safe and engaging for kids.

View Details

🖥️

Personal Portfolio Website (HTML, CSS, JavaScript)

Developed and deployed a responsive portfolio website using HTML, CSS, and JavaScript to highlight projects, skills, and experience. Integrated external resources including a LinkedIn profile link and downloadable PDF resume for professional accessibility.

See Live

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Watershed Sustainability Lab Website

Contributed to a public-facing research website focused on watershed sustainability. Helped improve layout, structure, and usability to make environmental research content easier to explore.