This project is a rudimentary attempt to implement a 2D Finite Difference Time Domain (FDTD) acoustic wave simulation to model sound propagation within a simulated physical boundary. The simulation models spatially varying regions through a damping mask, incorporates heterogeneous material properties, and employs simplified rather than fully realistic boundary conditions. The primary outcome is the generation and extraction of virtual impulse responses at selected listener positions within the simulated domain. These impulse responses can potentially be used for spatial audio rendering in immersive environments.

A work-in-progress single-tap Delay plugin built using JUCE. The delay plugin aims to present just the right amount of precision that allows for the most amount of versatility. One delay tap is used per stereo field. 

This project is a custom printed circuit board that uses a teensy microcontroller and audio adapter to play back and manipulate bird sounds. The user can turn a series of knobs to affect pitch, reverb, delay, and bitcrushing. 

An interactive spatial audio system built in Max/MSP that uses real-time motion tracking and head orientation data to dynamically control multichannel sound across a speaker array.