1. University of Miami
Master Degree in Music Technology
August 2013 - May 2015
GPA: 3.80/4.00
University of Tennessee Knoxville
Bachelor Degree in Electrical Engineering
August 2008 - May 2013
GPA: 3.35/4.00
Swansea University, Wales
September 2009 - December 2009
EDUCATION
C++ — Algorithm and data structure experimentation.
Academic algorithm experimentation culminated in
creating a Lambda calculus parser. VST development
with RackAFX and JUCE.
C — Embedded work with PIC and TI microcontrollers.
XML & Java — Use of OSC to create an Ableton MIDI
controller that replicates the session view. OSC server
created to wirelessly transmit Ableton clip data to an
Android tablet.
MATLAB — Academic work including Communication
systems modeling, Acoustics Modeling, and FFT
processing of audio sources. I currently use MATLAB
to validate algorithms and data used in iOS or OSX
applications.
Objective C — Research at FORE Center including the
topics Bluetooth reliability, user experience, database
interaction and audio feedback. Academic work
including experimentation with Core Audio and Audio
Units to develop a synthesizer sequencing application.
PROGRAMMING
Audio iOS Developer, Edify — MusiQuest
May 2015 - September 2016 Denver, CO
Complete audio engine overhaul to achieve a higher
audio quality. Develop various DSP tools for user
interaction and audio enhancement. Front end iOS
development.
Research Assistant, University of Miami —
FORE Center
August 2013 - May 2015 Miami, FL
Firmware and hardware development of a Bluetooth
Low Energy motion sensor used to monitor amputee
gait. Created PCB layouts for new board revisions.
Experimented with data transmission limits of the
BLE protocol on iOS. Oversaw the integration of
firmware updates with software applications.
Software Developer, Thuneau
January 2014 - January 2015 Freelance
Developer of a digital crossover VST plugin developed
with JUCE. DSP topics for the project include
fractional delay lines, FIR/IIR filters, oversampling,
Hilbert transforms, and FFT data visualization
techniques. The software features a novel design
allowing users to control all running instances of the
plugin from a single UI window.
Jr. Electrical Engineer, Livid Instruments
May 2012 - May 2013 Austin, TX
Prototyped a new product to convert MIDI signals to
voltage control for use across the LIVID product line.
Product development including hardware design of
a bipolar DAC circuit, firmware for mapping MIDI
values to Voltage control, and incorporation of the new
feature into existing Windows and OSX software.
EXPERIENCE
MARK GILL
901 481 1879 | markolgill@gmail.com | 1684 Harrison St. Apt 1 Denver, CO 80206