PROJECTS
WingSpan
> DESCRIPTION: This app was developed and implemented by 6 members for UCLA'S CS 130 course. It is a web app that allows users to search for a topic/keyword and returns a sentiment analysis from Twitter for the searched query. The data is presented in the form of line graphs and a histogram, plotting the average sentiment scores of all Tweets each day for the past week, and the sentiment ratings of each Tweet, respectively.
> TECHNOLOGIES USED: Python, Django, Javascript, HTML, CSS, Node.js, React.js, Google API, Twitter API
> DATE: October 2021 - December 2021
> Sample Output of webpage
> Presentation Slides for Project Presentation
2021 American CryptoFed Summer Internship: Linear Quadratic Estimator Simulation
> DESCRIPTION: This internship involved using knowledge of Linear Control Theory to convert a program, which estimates a state with a Kalman Filter, from MATLAB to Python. The code also generates graphical plots using the matplotlib Python library to demonstrate the changes in values.
> An additional task I had was to aid the corporate marketing team by using my photoshop experience to recreate the company’s brand logo, using CorelDRAW, for go-to-market.
> TECHNOLOGIES USED: Python, MATLAB, CorelDRAW
> ADDITIONAL NOTES: The code and generated plots are confidential to the company.
> DATE: July 2021 - August 2021
> Company Logo.
Petstagram
> DESCRIPTION: This app was developed and implemented by 5 members for UCLA's CS 97 course. It is a social media for your pets to write posts, see their friends, and comment on other pet's posts.
> TECHNOLOGIES USED: React.js, Javascript, HTML, CSS, Node.js, Firebase
> DATE: January 2021 - March 2021
> Website demonstration.
Titanic Panic
> DESCRIPTION: This game was developed and implemented by 4 members. It makes use of JavaScript's tiny graphics library and provides a fun yet challenging game for players!
> TECHNOLOGIES USED: JavaScript
> DATE: October 2020 - December 2020
> Game demonstration, played using the arrow keys.
Movement of an Object in a Microgravity Environment Summary
> DESCRIPTION: This project was researched and written by 3 College of San Mateo students. We were given a week to determine the range of dimensions for the smallest possible asteroid which can be used to land a probe and develop a method to land the probe on the asteroid. Additionally, we had to develop a way to move the probe using a spring. The entire description of the problem (Problem B) as well as additional issues, which were to be answered in an hour and a half, can be seen at the link below.
LINK TO SCUDEM 2019 PROBLEMS AND ADDITONAL ISSUES
> DATE: October 2019
> Presentation Slides for Project Presentation
This website! (GITHUB)
> DESCRIPTION: I created this website to show my accomplishments and allow viewers to get to know me!
> TECHNOLOGIES USED: HTML/CSS
DATE: April 2021