Researcher on the atomic precision fabrication team at UNSW, experimenting on silicon nanostructures with the goal of developing a quantum computer. The team uses scanning tunneling microscope (STM) lithography to pattern silicon nanostructures with single-atom precision, then operates them at millikelvin temperatures to encode quantum information on individual electrons and atoms.

Ph.D. student and researcher in low-temperature semiconductor physics. Designed, fabricated, characterized, and experimented on silicon metal-oxide-semiconductor quantum dot devices towards quantum information processing applications.

Data analyst and algorithm developer for missile defense radar systems. Developed signal processing techniques, electromagnetic simulations, and software analysis tools for identifying objects and their physical characteristics from radar data.

Teaching assistant for undergraduate physics and astronomy courses. Led a variety of laboratory and classroom sections.

Undergraduate assistant for laboratory and clinical research on the vestibular system in humans and animals. Wrote software for controlling experiments, analyzed data, and developed theoretical models for the biophysical mechanisms of Benign Paroxysmal Positional Vertigo.