Quantum Qubit Systems Engineer — Hybrid, High-Fidelity

Photonic Inc.; British Columbia; Hybrid; CAD 119,000 - 163,000; Full time

Benefits offered by this job

Stock options

Relocation assistance

Extended health

Dental

Life insurance

Long term disability

Employee assistance program

Parental leave top-ups

Flexible spending account

Job summary

Photonic is seeking a Quantum Engineer to join the Spin-Photon Qubit System Performance team in British Columbia. You will apply experimental quantum information skills to help define system requirements and accelerate learning across device physics, hardware, software, and modelling.

Drive projects to scale by designing rapid experiments, guiding cross‑functional feedback with nanofabrication, hardware and software teams, and collecting high‑quality data to prove fidelity gains.

Qualifications

• Master's or PhD in Experimental Quantum Information, Physics, Engineering, or related field.
• Exceptional experimental & technical instincts and judgement.
• Deep familiarity with one or more quantum computing platforms.
• Experience driving multi-qubit systems at high fidelity.
• Outstanding teamwork and communication skills.

Responsibilities

• Designing and executing rapid technical projects to iterate quickly towards solutions.
• Guiding the feedback loop with nanofabrication, hardware, software, and modelling teams to accelerate progress.
• Collecting high quality data efficiently that answers fundamental technical questions and pushes performance metrics.
• Creating multiple layers of backup plans for execution and alternative paths to success.
• Synthesizing data and models into actionable system requirements.

Skills

Quantum engineering

Multi-qubit systems

High-fidelity measurements

Team collaboration

Education

Master's or PhD in Experimental Quantum Information, Physics, Engineering, or related field

Job description

Photonic is seeking a Quantum Engineer to join the Spin-Photon Qubit System Performance team in British Columbia. You will apply experimental quantum information skills to help define system requirements and accelerate learning across device physics, hardware, software, and modelling.

Drive projects to scale by designing rapid experiments, guiding cross‑functional feedback with nanofabrication, hardware and software teams, and collecting high‑quality data to prove fidelity gains.