Pomona, California B.S. - Computer Science Dean's List Winter 2016
Engineered a React Native navigation prototyping ​desktop tool​ that provides a visual structure, generates modularized navigation components, and exports automated code file structures in order for developers to automate boilerplate architecture. Developed using Electron and React/Redux.
My client wanted a unique way to hand out his "business card". As a result, he thought to give it out "virtually" by letting his future network clientele to download his app through the app store that contains his contact information. As the client wanted on a mobile app store, I have learned a language called Lua, which is used on a cross-platform called Corona SDK, which distributes for both iOS and Android.
My client wanted a web app that generated Vancouver's bus transit coordinates on a platform called mapbox GL. This was my first web application to develop, and it was an amazing learning experience by utilizing a third party platform to code with HTML, JS, and CSS.
This app draws a route between the user and a building on campus by using the polyline function. Google Maps API was called to generate the map on the screen and Google's Direction API was called to calculate the route between the user's current GPS coordinate and the building's coordinate.
The premise of the project was to read a list of words and identify if any of the words are anagrams of each other. To obtain bonus points, the assignment had an optional task to create a GUI for the project. The user may enter a list of words in the text field or they may browse through their file directory to choose a text file that contains any words to identify any anagrams.
The requirements for this web app was to code it pixel-perfect with the provided mock-up. The web app also had to be responsive for majority of the screen sizes. In addition, an algorithm had to be written to compress a URL given by a user and the compressed URL must be able to redirect the user to the provided original URL.
This app draws a route between the user and a building on campus by using the polyline function. Google Maps API was called to generate the map on the screen and Google's Direction API was called to calculate the route between the user's current GPS coordinate and the building's coordinate.