Projects
ARTICULATE: HANDS-FREE DRAWING APPLICATION / 2022
Hack Cambridge Atlas Submission (Wolfram Award Winner, Top 12) An art application that allows you to draw with your voice, created using Deepgram API and p5.js in a team of four. I worked on front end and designed UI and created the application in React, JavaScript and CSS. Via a custom animated RBG mixer palette, you can mix any colour. You can also fill enclosed regions of your drawing with colour.
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LOGIC SIMULATOR / 2022
Cambridge Third Year Project This was a 4-week software engineering group project undertaken during third-year. We defined a new logic language to describe electrical circuits, including EBNF syntax specification and semantic rules. I wrote an LL1 parser using Python and designed and created the GUI using wxPython for users to load circuit files and run circuit simulations. I also drew all of the icons in Aseprite!
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RAISE: A CELEBRATION OF GIVING - CONCEPT VIDEO / 2022
I created the concept video and fresher's welcome video for Raise and MWA, student-led charity initiatives which encourage students to adopt a positive, deliberate approach to effective giving. I used Adobe After Effects and Premiere Pro for compositing.
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DISPLAY TECHNOLOGY: HOW LCDs, E-INK AND LEDs WORK / 2021
A digital literacy educational video created using Adobe After Effects, Illustrator, Animate, Audition and Premiere Pro. I created vector images in Illustrator and animated them with After Effects in 3D isometric view to create explanation diagrams. I also included some cat animations, of course!
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SCOUT / 2019
Hack Cambridge 101 Submission (Microsoft Winner, 1st Place) Scout is a timetabling app created with Flask, running on Microsoft Azure virtual machines. It implements natural language processing to provide a 'quick add' interface which auto-fills the forms depending on input sentence. I worked on using Dark Sky API to supply weather data and designed the logo and loading animations using Inkscape and After Effects.
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DIY ORGAN PEDAL PROJECT / 2018
Because actual mechanical organ pedals are super pricy, and I had an organ scholarship and wanted to practise at home, I created a budget, foldable musical pedalboard out of cardboard and aluminium foil. It uses capacitive sensing, an Arduino and implements PWM two-note polyphony.
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