Provide technical leadership for the design and engineering of optical sub-systems advancing Photonic’s quantum computing roadmap Collaborate across science and engineering teams to move optical sub-system designs from prototype into reliable and manufacturable solutions Drive the design, build, and test roadmap for sub-systems containing precision optical sources, single-photon fiber networks, and telemetry for in-system diagnostics in the O-band regime Collaborate with strategic suppliers on new components, designs, and test and manufacturing methods Define optical design and validation flows, including tools, methods, and testing Define and execute the roadmap for fiber-based electro-optical assemblies and sub-systems using state-of-the-art photonic technologies Track and meet technical and programmatic requirements, including performance, stability, reliability, noise/environmental sensitivity, uptime, space, cost, and schedule Define telemetry and control schemes to monitor and optimize optical parameters critical to quantum system performance Master’s or Doctoral degree in Optics, Engineering or Engineering Physics Over 15 years of industry experience in sectors such as telecommunications and data centers Experience with test instruments and procedures,



and data analysis for characterizing optical performance Proficient with optical design, modeling, and data analysis software Sustained track record in driving innovation in fiber-based optics with results in market adoption Experience in following a project lifecycle, delivering new products on cadence, including requirements, designs, build and test flows Leadership on design methodology for optical engineering Excellent technical leadership, communication, and problem-solving skills Proficient with Python or other scripting languages Familiarity with CAD/modeling tools such as Solidworks, Lumerical, and Altium Demonstrates expertise in optical design and engineering, with a solid focus on fiber-based systems and quantum computing applications. Proven ability to lead cross-functional teams, drive innovation, and ensure alignment with technical and programmatic requirements.

Technical Leadership Data

Analysis for Optical Performance Data Analysis Project Lifecycle Management Telecom Systems Test Instruments Technical Leadership Master’s Degree in Optics Doctoral Degree in Engineering or Engineering Physics Telecommunications Data Centers Fiber-Based Optics Python Solidworks

📌 Principal Engineer, Optics Engineering (Vancouver)
🏢 Jobtailor
📍 Vancouver