Suber Eats
A full-stack Uber Eats clone with 2000 restaurants built using React, Redux, HTML, CSS Ruby on Rails and PostgreSQL. I used custom SQL queries to find all of the restaurants in a 1.5 mile radius.
As a junior academic in philosophy, I was bent on expanding the field. Even as an undergraduate I published early on one of the top scholars in Taiwan to shake up the current paradigm. It was an honor to receive a full scholarship to Fudan University's Graduate school of philosophy, one of China's top institutions.
That all changed one semester in when my grandmother had her stroke. So I dropped the scholarship to help my grandparents through their life transition. Luckily my father had a spot for me in his company, but it didn't work out like most people think; the business was shutting down. It wasn't the sexy office job every fresh grad is looking for, that's for sure. I was there to do the manual labor. Over time I fell into doing the company's SEO, which gave the company five more years of life.
Now I program full time. I started making simple scripts to get things done in my dad’s office, now I’m looking for the next big thing. How can I bring a solution to scale? Make it faster? Make it more democratized? Whatever is needed, the one constant is big ideas. Feel free to reach me at my contacts below.
A full-stack Uber Eats clone with 2000 restaurants built using React, Redux, HTML, CSS Ruby on Rails and PostgreSQL. I used custom SQL queries to find all of the restaurants in a 1.5 mile radius.
DSA-Visualizer project, current work in progress. Visualizes various data structures and their accompanying algoritms. As of now, only handles matricies.
A food recomendation web application created with the full MERN (Mongo, Express, Ruby, Node) stack. Using normalized categories, we recommend individuals and groups dining events for a new way to plan get togethers.
Full Javascript game where you juggle a mushroom in the air to maintain a high score.
Full recreation of the Chinese board game go in C++, where the objective is to capture enemy stones and territory. There are said to be 10^360 possible moves, but all the possibilities of moves can be recursively articulate by DFS as I illustrate in the app.