I deliver software solutions to clients in fields ranging from signal processing, media delivery, financial services, and data visualization.

Devised and implemented the core audio watermarking technology used in Mood:Presence. Also worked on internal and customer-facing web and mobile applications related to the company's music delivery services.

Developed scientific simulation software for modeling diffusion of gases in mesoporous catalyst materials, funded by Toyota. Used quantum mechanics to simulate reactions used to create biofuels and identify new catalyst materials, funded by DOE.

Developed classical force-field models for simulating the molecular behavior of the bio-derived and biodegradable plastic PLA. Performed quantum mechanics and molecular dynamics simulations on one of the world's fastest supercomputers. Worked as a sysadmin for the center's high-performance computing clusters.

Completed engineering projects in the specialty chemicals industry. My work included design and preparation of piping, instrumentation, and control drawings (P&IDs), 3D piping layouts, hazard & operability studies (HAZOPS), and on-site construction management. Projects included unit operations such as heat exchangers, steam-jacketed reactor vessels, scrubbers, pumps, and metering.

Developed mobile applications (PalmOS) for work measurement and other industrial engineering uses.