Robert's Portfolio

About Me

Robert Pearce

Undergraduate Computer Science Student

Hello, I'm Robert Pearce. I have an Associate's degree in business and currently pursuing a Bachelor's degree in Computer Science with a graduation date of December 2025. I am passionate about using technology to solve problems and create innovative solutions. I am always looking to learn and improve my skills to grow in my career as a software engineer.

I am interested in machine learning, computer vision, and programming languages but am open to any opportunity to learn and improve my skills in other areas of my field.

Associate Degree

Business

Graduated from College of Southern Nevada with an Associate Degree in Business. Maintaining a 3.9 GPA and received the Deans List Award every semester.
Bachelor of Science

Computer Science

Expected graduation from the University of Nevada Las Vegas is 2025 with a minor in mathematics.
Harvard CS50 Python

Completed Harvard's CS50 Python course, which included comprehensive modules on functions, variables, conditionals, loops, exceptions, libraries, unit tests, file I/O, regular expressions, and object-oriented programming. Successfully completed various problem sets and a final project, demonstrating proficiency in Python programming.

Featured Project

Projectile Motion Simulator

Python

Developed a Python program using NumPy and Matplotlib to calculate and visualize the trajectory, time of flight, maximum height, and range of a projectile launched at a specified angle and velocity.

Featured Project

Vegas STEM Lab: Brain Master

C++

As a mentor at the AISL Vegas STEM Lab, I led four students in creating the Brain Master Project. This project involved developing a game similar to Simon Says, using buttons, LEDs, and an ESP32 microcontroller. I taught the students C++ and guided them in implementing a pattern recognition algorithm for game development.

Featured Project

8 Queens Chess Puzzle

C++

Program that implements a recursive backtracking algorithm to place 7 additional queens on a chess board in a way where no 2 queens threaten each other. Code available upon request.

Compsci Student In A Click