As a member of the Hardware R&D; Team, you will collaborate with our team to develop nonlinear optical devices on integrated nanophotonic platforms. You will design, build, and operate complex optical experiments, utilizing rigorous data analysis to characterize and optimize scalable quantum light sources for the world's first photonic quantum computers. What you'll be doing: Build and operate advanced optical experiments to generate and measure
squeezed light Develop and benchmark next-generation nonlinear photonic devices Characterise
photonic integrated circuits (PICs)
with thermal and electro-optic components Analyse experimental data and compare results against simulations and analytical models Develop test procedures, technical documentation and automated measurement workflows What they're looking for: PhD in
squeezed light, photon generation and single-photon detection Experience with
homodyne/heterodyne detection
and shot-noise-limited measurements Experience with laser/resonator locking techniques such as
Pound-Drever-Hall or dither locking Robust hands-on experience with optical/RF laboratory equipment Python experience for
data acquisition, analysis and automation Ability to develop analytical and numerical models of physical systems Nice to have: Microring resonators, frequency combs or soliton generation Pulse shaping, IQ/amplitude modulation and arbitrary waveform generators Automated instrument control and hardware interfacing Laser noise characterisation, including phase/frequency noise and RIN
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📌 PIC Characterization Engineer (Winnipeg)
🏢 Darwin Recruitment
📍 Winnipeg
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