Kyle Kekawa's Portfolio

Goals

As a student pursuing a career in software engineering or game development, my ultimate goal is to become a successful professional in the industry. I am someone who is driven by passion, curiosity, and the desire to learn and grow, always looking for ways to improve my skills and expand my knowledge. I understand that success in this field requires hard work, dedication, and a willingness to go above and beyond what is expected. I am not satisfied with simply meeting expectations - I want to exceed them and push myself to be the best that I can be. I have a deep passion for software engineering and game development, and I'm constantly seeking out new opportunities to hone my craft and explore new ideas. I'm not content with simply following the status quo - I am always looking for ways to think outside the box and be creative.

Ultimately, I believe that my combination of technical expertise, project management skills, and interpersonal abilities make me an ideal candidate for any software engineering position. I am eager to use my skills to help your team succeed and make meaningful contributions to any organization.

Projects

Embarking on a journey to a galaxy far, far away, I channeled my passion for programming and gaming to create an epic adventure that pays homage to the iconic Star Wars franchise. Armed with my expertise in Javascript and SDL libraries, I crafted an immersive Atari-style game that transports players to the heart of the action. With thrilling gameplay and stunning graphics that capture the essence of the Star Wars universe, this game is just a sample to my creativity and technical skill. Every moment is a thrill ride that will leave players on the edge of their seats. So grab your joystick and join me on this epic quest to save the galaxy!

I developed a C++ program as a part of our school project, wherein I implemented memory-efficient coding practices. The objective of the project was to resolve the issue of assigning batting positions to a group of players based on their respective batting averages.

In addition, the players were required to play different positions during the game, making it challenging to assign fixed positions for all nine innings. To address this problem, I designed and implemented a randomized algorithm to determine the optimal solution.

About

Hi, I am a student at California State University, Long Beach, pursuing a Computer Science degree. I am deeply passionate about the technology industry, and I devote my free time to coding small indie projects to keep myself engaged and up to date with the latest advancements in software engineering.

Resume/Socials

• linkedin
• Instagram
• GitHub

Elements

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