Made using Swift language and AudioKit library.

Video Demo / Report / Business Plan

SignalChain is an iOS application that I developed for a programming module from my MSc Audio and Music Technology course at the University of York. It lets you turn your device into a guitar amplifier and effect pedal simulator, given that you have access to an iOs device to guitar jack interface such as an iRig cable.

Being an iOS app, it was developed on XCode using the Swift language. The interface was designed using Storyboard. The AudioKit library was used for audio handling and processing.

SignalChain is currently a prototype – during the summer I will be working on creating a release version and releasing it on the App Store. To do this, I was accepted into the University of York’s Summer Accelerator Programme, from which I will receive financial help as well as coaching from experienced entrepreneurs.

Made using Max MSP, Python and BBC Micro:bit.

Product Website / Technical Documentation / User Guide

Tilt is a prototype that presents a new approach to creating binaural mixes. It was developed for an interfacing module from my MSc course at the University of York. Using Tilt, one can create binaural mixes with up to 8 tracks, and place each track in a position in 3D space by tilting the hardware interface and pressing a button.

Tilt runs on a Max patch that is triggered by messages from a BBC Micro:bit microcontroller, which has been programmed with Python code.

You may find out more about Tilt, as well as a User Guide and extensive Technical Documentation covering all of the code in the links listed above.

Made using Max MSP.

Download / Report

Situations is a project I developed for an interfacing module from my final year at the University of Huddersfield.

It has four ‘one-knob’ style controls, where each knob controls parameters for more a number of effects, allowing the user to process the signal in very different ways with only four controls that have ‘vibes’ assigned to them.

Situations was developed and is ran on Max MSP.

Made using MATLAB.

Report

This project was undertaken for a Digital Audio Signal Processing module from my final year at the University of Huddersfield. It consisted of creating a realtime DSP processor that contained Tremolo, Chorus and Wah effects.

It was realised within MATLAB.

You may find out more about it by reading the report linked above.

Made using the C language and a microcontroller.

Report

This project was undertaken for a microcontrollers module from my second year at the University of Huddersfield. AB Audio MIDI is a C-based MIDI microcontroller that can trigger MIDI messages.

It allows the user to control a number of parameters such as note number, pan or velocity using buttons and potentiometers.

You may find out more about it by reading the report linked above.

Made using the Web Audio API, HTML, CSS and Javascript.

Download / User Guide / Report

AB Audio DAW is a browser-based DAW and step sequencer. It has four tracks that can be used to trigger four different oscillators (sine, square, sawtooth, triangle) and three different samples (bass, beat, synth). Furthermore, it offers controllable delay, bitcrusher and noise convolver effects.

It was my first time using the Web Audio API, for a second-year module at the University of Huddersfield.

It was made using HTML, CSS and Javascript.

Made using C++ and the JUCE library.

Download

Scale Player 2018 is an application that lets the user select a scale and output MIDI messages containing said scale. It allows parameter controls of the scale, as can be seen on the interface.

This application was developed for an object-oriented programming module from my first year at the University of Huddersfield.

It was made using the C++ language and JUCE library on Projucer and Xcode.