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Vice President, Nanofabrication Operations – Quantum Devices

Montréal, QC
Mid Level
full_time

Top Benefits

Competitive compensation
Stock options
Benefits package

About the role

Job Title: Vice President, Nanofabrication Operations – Quantum Devices

Location: Montreal, QC (Anyon Systems HQ)

Travel: Occasional travel to partner sites, including Bromont, QC

About Anyon Systems
Anyon Systems is a Canadian company building the next generation of superconducting quantum computers. We design and manufacture complete quantum systems—ranging from quantum processors to cryogenic infrastructure and software—entirely in-house. Our mission is to bring practical quantum advantage to society, and we are growing our team to meet the increasing demand for scalable, high-performance quantum hardware.

Position Overview
We are seeking an experienced and strategic Vice President of Nanofabrication Operations to lead the development, production, and scale-up of quantum processor fabrication. The successful candidate will play a pivotal role in driving innovation and operational excellence across our nanofabrication activities, from process development to wafer-level manufacturing and device packaging. You will build and lead a world-class team responsible for fabricating high-coherence superconducting quantum devices.

This is a senior leadership role requiring both deep technical expertise and proven operational leadership in nanofabrication environments, particularly in areas related to semiconducting, MEMS, or superconducting quantum circuits.

Key Responsibilities

  • Lead Anyon’s nanofabrication strategy for superconducting quantum processors and related device technologies.
  • Oversee cleanroom operations, including process development, equipment planning, and workflow optimization.
  • Build, mentor, and manage a high-performing nanofab team including process engineers, technicians, and packaging specialists.
  • Collaborate with R&D, cryogenic hardware, and quantum device teams to align fabrication capabilities with system-level performance targets.
  • Own yield improvement, process control, and quality assurance across fab operations.
  • Establish and maintain partnerships with external foundries, universities, and research labs.
  • Guide long-term roadmap planning for process technologies, tooling, and scale-up toward volume production.
  • Support IP development and technology transfer activities.
  • Represent nanofab operations in executive planning, customer engagements, and investor discussions.

Qualifications

  • Ph.D. or M.Sc. in Physics, Electrical Engineering, Materials Science, or a related field.
  • 10+ years of hands-on experience in nanofabrication of advanced semiconducting, superconducting, or MEMS devices.
  • Proven leadership experience managing complex fab operations or R&D programs in a high-tech or research setting.
  • Deep understanding of thin-film deposition, etching, lithography, and planarization techniques.
  • Familiarity with superconducting materials and quantum device physics (e.g., Josephson junctions, resonators, qubits) is an asset.
  • Track record of delivering high-yield, high-performance devices in cleanroom environments.
  • Strong organizational, interpersonal, and communication skills.
  • Demonstrated ability to operate strategically while remaining technically engaged.
  • Experience working in a startup or scale-up environment is an asset.
  • Bilingual in French and English (spoken and written) is required.

Why Join Us

  • Lead the future of quantum device manufacturing.
  • Shape the technological foundation of practical quantum computing.
  • Collaborate with top-tier experts across quantum science, hardware, and software.
  • Competitive compensation, stock options, and benefits package.
  • Mission-driven company culture with a focus on innovation and impact.

About Anyon Systems Inc.

Computer Hardware Manufacturing
51-200

Anyon Systems Inc. is a quantum computing company. We develop and commercialize quantum computing platforms for high performance computing centres.