Scientific engineering

I design, build, troubleshoot, and automate instruments for demanding experimental measurements.

Selected work

Featured engineering work

Open-source instrumentation

OpenMCS — FPGA multichannel scaler

Zero-dead-time multichannel acquisition, dual counters, and a Python GUI using a Tang Primer 25K FPGA and Teensy 4.0.

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Vacuum · Cryogenics · Optics

Nanoparticle beam instrumentation

Temperature-controlled nanoparticle generation, differential pumping, ion optics, optical calibration, and automated spectroscopy.

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Technical toolkit

Tools and methods

Verilog / Gowin EDA Teensy 4.0 / Arduino Python / C++ NI LabVIEW Mathematica / MATLAB High-vacuum systems Helium leak detection Cryogenics Optical alignment SolidWorks / Fusion 360 Time-of-flight mass spectrometry Scientific data acquisition