Trained as a physicist, I design and build instruments that turn the physical world into measurable, reproducible data. I move between the bench and the workbench: defining the measurement problem, modelling the phenomenon, then engineering the sensor, firmware, and analysis pipeline that captures and interprets it.

My work focuses on low-cost, high-value systems for research and industry, from experimental sensing platforms to automation, control, and computational models for noisy real-world signals.