I'm a software engineer with a strong background in mathematics and computer science.
At Ayar Labs, I build photonics infrastructure
to enable faster, more advanced tapeouts.
Previously, at PsiQuantum, I built software systems that support the manufacturing of
ultra-low-loss silicon photonic
chips for photonic quantum computing.
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Photonics Infrastructure @ Ayar Labs:
Building infrastructure for photonic design automation, using
tools such as GDSFactory,
to accelerate and scale tapeout workflows for
TeraPHY chips.
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Fiber Array Alignment @ PsiQuantum:
Wrote the search algorithm for automated fiber array alignment across
9 axes of motion. It uses real-time optical power and force feedback to converge
on the optimal coupling position, consistently within single-digit mdB
of peak, across high-volume production.
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OceanEye @ University of Victoria:
A QT / C++ desktop application for efficient image and video annotation,
built to support human-in-the-loop computer vision workflows.
Enables precise labeling, local data processing, and one-click model training
streamlining the path from raw data to trained models.
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Open Source Contributions:
Contributed to various open source projects, including
the ShaderToy-Chrome-Plugin
and LabExT,
open-source projects focused on shader development tooling and automated control of
photonic laboratory experiments.