Projects

• Used F# and the Elmish MVU framework to develop a replacement for the Draw2D JavaScript library to be used in ISSIE.
• The drawing library is responsible for drawing electronic schematics in ISSIE.
• Acted as Team Lead for the project, reviewing Pull Requests and ensuring we met deadlines and deliverables.
• Find the source code here.
• Completed as part of the ELEC96019 - High Level Programming (functional programming) course in 2021.

• Developed firmware loaded onto an Arduino for a keyboard music synthesiser.
• Core functions include using multi-threaded programming to detect simultaneous
  keypresses, play the correct frequency, display a user interface, and communicate as an IoT device.
• Advanced features include playing different timbres, changing octaves, and
  implementing polyphony (being able to play multiple notes simultaneously).
• Source code available on request.
• Completed as part of the ELEC96018 - Embedded Systems course in 2021.

• Designed a IoT-capable CPR training device using a Raspberry Pi, load cell, magnetometer, and accelerometer.
• Used Python to communicate with hardware, and displayed the data using a Flask webpage.
• Source code available on request.
• Completed as part of the ELEC96018 - Embedded Systems course in 2021.

• Optimised performance of a C++ implementation of Gaussian Belief Propagation.
• Assessed performance and investigated bottlenecks using Intel VTune Profiler.
• Used multi-threading, improved memory management and cached iterators to improve execution time by 33%.
• Completed as part of the COMP60001 - Advanced Computer Architecture course in 2020.

• Used the SimpleScalar processor microarchitecture simulator to investigate the effects of microarchitecture changes on the energy consumption of a processor running the Smith-Waterman algorithm.
• Optimised the processor’s microarchitectural features to minimise energy consumption, achieving a reduction of 45%.
• Completed as part of the COMP60001 - Advanced Computer Architecture course in 2020.

• Created an Android app in Kotlin and Java that turns photos into blank colouring stencils.
• Implemented edge detection algorithm and scanline fill algorithms to find shape outlines and fill colours within these lines.
• Finalist for Most Stylish Hack.

• Designed and implemented a program to convert monophonic audio files into sheet music by analysing their frequency components.
• Used a Fast Fourier Transform algorithm to convert audio from time domain to frequency domain.

• Wrote a compiler in C++ to generate MIPS assembly from a subset of pre-processed C90 code.
• Wrote a transpiler to translate a subset of C into equivalent Python.
• Used Flex and Yacc to implement lexing and parsing functionality.

• Developed a CPU simulator in C++ to executed MIPS-1 big-endian binaries, and created a testbench to verify the correctness of the simulator.
• Referenced the MIPS ISA specification to ensure parity between emulated
  instructions and real hardware.