Sara Chupa

An ambitious and dedicated second-year Computer Science student at Fanshawe College, with a profound enthusiasm for programming and a desire to deepen my understanding of the field. I am committed to leveraging my budding skills to contribute meaningfully to projects, aiming not only to enhance their success but also to significantly advance my own programming expertise.

The Ceeps Website

Technology: Html, Css, Javascript, React

Date: August, 2024

• Developed and designed a dynamic website for The Ceeps using HTML, CSS, and JavaScript, focusing on responsive design and user engagement.
• Implemented advanced CSS animations and positioning techniques to enhance visual appeal and interactivity.
• Planned future enhancements to convert the website into a React web app, aiming to incorporate merchandise selling features and improve scalability.

Barney's Website
Technology: HTML, CSS, JavaScript
Date: July, 2024

• Developed an interactive and visually appealing website for Barney's using HTML, CSS, and JavaScript, focusing on creating a seamless user experience.
• Designed and implemented custom animations and transitions to enhance visual engagement and navigation.
• Integrated responsive design principles to ensure optimal performance and accessibility across all devices.
• Collaborated with the client to incorporate feedback and make iterative improvements, ensuring the website met business and user needs.

Mini Drone

Technology: Arduino, C++

Date: June, 2024

• Designed and developed a mini drone using Arduino circuitry, incorporating sensors and actuators for flight control.
• Programmed the drone using C++ to manage flight dynamics, stability, and autonomous navigation.
• Implemented real-time data processing and feedback systems to enhance performance and control.

Chrome Dino Game
Technology: Arduino, C++
Date: June, 2024

• Developed a Chrome Dino game replica using Arduino, integrating physical sensors, jumper wires, and a breadboard to simulate in-game interactions.
• Programmed game logic and controls in C++ to mimic the classic game’s mechanics and responsiveness.
• Implemented a user interface with LEDs and joystick to enhance gameplay experience and feedback.

Newcomb-Benford Statistics Analysis

Technology: C++

Date: February, 2024

• The nbstats program is engineered to ingest a dataset either from a file or directly from user input, and then conduct a comprehensive statistical analysis on the provided data.
• This analysis includes traditional statistical measures as well as a specialized analysis based on Newcomb-Benford's Law.
• Utilizing developed C++ techniques the program exemplifies modular design and efficient data processing.

• Organization
• Adaptability
• Analytical thinking
• Time-management
• Effective communication
• Attention to Detail