Hi there, welcome to my personal portfolio! I am a rising junior at the Colorado School of Mines in Golden studying Computer Science with a data science specialization. I was about 10 years old when I fell in love with coding and have not looked back ever since. My favorite aspect of coding is the sheer joy of creating things and the never ending learning that comes along with it. You can always find ways to improve your craft, may that be through different languages, data structures, SOLID design principles, and more. This ultimately leads you to become a better programmer each day.
Outside of work and school, I am an outdoorsy and outgoing person who enjoys the company of friends, family, and individuals with similar interests. I am also a huge sports fan. I grew up playing basketball and tennis and can watch just about any sport (except baseball…please no baseball). I even use my skills in tennis to hold a summer tennis camp for kids every summer. This is something my brother and I started five years ago and it has been growing ever since.
As cliche as this sounds, I am a huge enthusiast for enjoying life and not taking it for granted. The fact that we are breathing on this world is already such a huge blessing, let alone everything else we have. Let's take a break from the little things in life and focus on what really matters.
Pair programmed the Clue Board game for my Software Engineering class. Click here to view the rules of the game. Incorporated data structures, recursion, OOP (14 files), and JUnit testing. Used Eclipse IDE and methodologies such as Agile, TDD, Git, and Pair Programming.
Project Scope: 2.5 months, 5,000+ lines of code, and 97 commits
Programmed a fully responsive personal portfolio website. Used multiple media queries to add responsiveness. Worked with numerous HTML tags and styled using class names in CSS. Used Agile and version control with Git. Learned HTML/CSS from scratch on my own.
Project Scope: 1 month, 900+ lines of code, and 56 (will continously update) commits
Created a C++ Data structures and algorithms project. Touched on advanced data structures such as stacks, queues, linked lists, and trees. Solved basic algorithms for each data structure. Ex: reverse a stack using a queue. Offers a clean and easy UI.
Project Scope: 3 months, 3,000+ lines of code, and 90 commits
Developed using a directed graph data structure with over 60 nodes and edges to construct logical flows from start to finish aiming to solve any customer queries. Enabling Sewa International, a nonprofit organization of 25,000 volunteers, to communicate with people all over the world
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