Projects

Native Web Components

Built an easily pluggable, native web component library using vanilla JavaScript, HTML, and CSS.
Created a script allowing code coverage utilities to accurately parse test files for comprehensiveness.
Mimicked a real life work setting by operating in a team of ten, while satisfying the demands of an investor.
See the code

Worked in a ten person team to mimic actual software teams.
Connected drivers with empty spaces in their cars with riders to circumvent UCSD's suboptimal public transportation system.
Built REST APIs using NodeJS and Express to handle a variety of driver and rider use cases.
Developed the interface using ReactNative to expedite development without compromising quality.
Drafted and presented reports about the various features of the app.

Selected and interfaced a WS2801 LED strip with a Raspberry Pi through SPI connection.
Took GPIO readings and used a Python3 script to reindex each LED in a matrix to match the orientation of the lights on the speaker.
Created a drawing interface to expedite and simplify drawing pictures on the screen for other group members to use.
Displayed dynamic personalized messages on the LED matrices using a sliding-window approach.
Added a rainbow effect.
Internalized criticism and swiftly made changes accordingly, in a matter similar to that of a corporate setting.
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Programmed a Jupyter notebook to use screen-capture OCR to detect and categorize questions from a pre-recorded HQ trivia video.
Employed BeautifulSoup to scrape Google search metadata and predict the answer.
Able to correctly guess answers 70% of the time.
See the code

Constructed and trained a self-driving RC car running an open-source library ( Donkey Car ) on a Raspberry Pi.
Performed off-board model training on UCSD’s supercomputer center’s GPU cluster.
Injected code into the donkey framework interfacing an open-source, voice-recognition API ( SoPaRe ) and onboard Raspberry Pi to allow for voice control of the vehicle.

Was a member of the webmaster committee for two consecutive quarters.
Created mockups for new potential website designs.
Employed Ruby on Rails to add two features to the UCSD chapter of Alpha Phi Omega's website.
Collaborated in a Git-based team environment using Atlassian BitBucket.

Led a group of four to participate in IEEE's quarterly project; the theme being data-driven web design.
Developed a website running on the Raspberry Pi using the MEAN stack.
Separately assembled a motion sensor, of which the output data was displayed dynamically through the web server.