In this project I was given a web-based application that reads RSS feeds, and from that I was to create a test suite and get the project passing all the unit tests.

In this project I first request access to the user's location or if that's not available I will ask for them to input a location manually. After that I query eventful.com's API with the user's location to find locale events happening that same day. These are then used with the Google Maps API and the Knockout framework to populate the map with a list of filterable locations and map pins for the events happening near the user's location.

This was my submission for the second project in Udacity's Front-End Nanodegree. This project entailed populating the information on one's resume page from a JSON using JavaScript. The rubric called for two image elements for each project, with placeholder images being ok, hence the placeholder images I have in my projects section. I was able to achieve Udacity's "Exceeds" by incorporating Polymer web components.

This was my submission for Udacity's Front-End Nanodegree's third project. This project called for making a clone of the retro classic Frogger. For this project Udacity provided the art assets, and I was required to build the logic behind the game elements. I was again able to achieve an "Exceeds" on this project.

First thing to note, this project wasn't about making a pretty page. This project was to take an existing page with an abysmal PageSpeed Insights score and poorly executed JavaScript and to optimize and improve those aspects. First, I optimized the critical rendering path such that I was able to improve the PageSpeed Insights score from 28 to 95. I then optimized the Javascript on pizza.html (bottom link on the projects page) such that it would get a consistent 60 frames per second when scrolling and also fixed the performance taxing forced synchronous layouts that were occurring.

This was my submission for the final project of Udacity's Introduction to Programming Nanodegree. The project uses Google DataStore for the backend which stores notes and comments that can be added by users.

This was my final project to Rice University's Intro to Interactive Programming in Python on Coursera. The project uses object oriented programming for the game logic controlling the ships, asteroids, and missiles. The project was completed in Coursera's python environment called Codeskulptor. If you follow the like to the project just hit the play button in the upper left hand corner to play. Arrow keys to fly and spacebar shoots. :)

This another project for Rice University's Intro to Interactive Programming in Python on Coursera. The project uses object oriented programming for the game logic to make a simple version of Blackjack in Coursera's Codeskulptor python environment. If you would like to play, just follow the link above and hit the play button in the upper left.

This was a project for Coursera's Algorithmic Thinking course from Rice University. In this course we analysed efficiency of a number of algorithms with big-O notation. In this project we analysed cancer data by zip code, and compared two different methods of clustering the data: k-means clustering and hierarchical clustering.