Develop and implement high-throughput test plans to characterize quantum emitters embedded in active and passive large-scale on-chip silicon photonic circuits at cryogenic and room temperatures

Plan new measurement concepts and architectures to validate and improve quantum emitter performance

Design and optimize measurement sequences to reduce cycle time and maximize test throughput

Develop and document test and measurement processes and procedures, including standard operating procedures

Define test stations integrating temperature-controlled environments with optical and electrical subsystems in collaboration with Device Engineering

Define automation requirements to improve test station productivity and repeatability and drive continuous improvement

Communicate across an interdisciplinary team to translate complex problems into actionable tasks

Define and align acceptance criteria for test stations and methods with Test and Device Engineering teams

Execute cryogenic tests and generate scripts to analyze results, troubleshoot, and diagnose issues to meet chip measurement goals

Characterize test station performance and repeatability

Develop, implement, and test measurement procedures for quantum emitters embedded in photonic circuits at cryogenic temperatures

Evaluate and improve photonic on-chip device performance

Requirements

PhD or Master’s degree in physics, applied physics, materials science, electrical engineering, or other relevant discipline

3+ years of hands‑on experience with photonic or quantum devices

Knowledge of and hands‑on experience with integrated photonics and optics

Experience developing automated test and data acquisition scripts (e.g., Python)

Ability to translate research‑style experiments into scalable, repeatable engineering processes

Working experience developing automated data acquisition, test, and analysis scripts

Excellent teamwork, interpersonal, and written communication skills





Good organization and problem‑solving skills

Attention to detail

Exceptional candidates may bring hands‑on experience with quantum emitters

Exceptional candidates may bring experience translating research‑style systems to standard, productionised processes

Exceptional candidates may bring experience analysing large data sets and drawing conclusions on device yield and quality

Exceptional candidates may bring broad experimental capability across optics, electronics, and cryogenic systems

Exceptional candidates may bring a strong understanding of electronics and electromagnetic compatibility

Core Competencies
Demonstrates expertise in developing and implementing high-throughput test plans for quantum emitters in photonic circuits, with a solid focus on automation, data analysis, and interdisciplinary collaboration. Proficient in translating complex experimental setups into scalable engineering processes while ensuring high standards of performance and repeatability.

Highest-signal resume keywords

PhD Or Master’s Degree In Physics

3+ Years Of Hands-On Experience With Photonic Or Quantum Devices

Automated Test And Data Acquisition Scripting (Python)

Integrated Photonics And Optics Knowledge

Cryogenic Testing And Measurement Procedures

ATS Optimization Keywords
Hard Skills

High-Throughput Test Plans

Measurement Sequence Design

Test Station Performance Characterization

Data Analysis And TroubleshootingMeasurement Procedures Development

Quantum Emitter Characterization

Automation Requirements Definition

Optical And Electrical Subsystems Integration

Experimental Capability Across Optics And Electronics

Electromagnetic Compatibility Understanding

Soft Skills

Teamwork

Interpersonal Communication

Written Communication

Organization

Problem-Solving

Attention To Detail

Industry Keywords

Silicon Photonic Circuits

Cryogenic Temperatures

Test And Measurement Processes

Device Engineering Collaboration

Acceptance Criteria Definition

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📌 Photonic Test Engineer (British Columbia)
🏢 Jobtailor
📍 British Columbia