Quantum Computing Measurement Engineer (Quantum Physics)

Location: Hybrid (Hillsboro, Oregon, US)

Salary: $141,910 - $269,100 USD

Company

hirify.global is the world's largest semiconductor company and a global leader in computing innovation, currently pioneering silicon-based quantum processors.

What you will do

• Design and execute innovative quantum device measurement experiments to characterize silicon spin qubits.
• Perform hands-on electrical measurements using dilution refrigerators and cryogenic systems at millikelvin temperatures.
• Analyze device performance data and develop predictive models for device optimization.
• Collaborate with cross-functional teams across device fabrication, software development, and systems integration.
• Study quantum phenomena including coherence times, fidelity measurements, quantum gates, and error characterization.
• Communicate research findings through peer-reviewed publications, presentations, and technical reports.

Requirements

• Ph.D. degree in Physics, Electrical Engineering, Cryogenic Engineering, Quantum Information, or Quantum Engineering.
• 1+ years of experience in electrical measurement of semiconductor qubits or quantum devices.
• Experience working with dilution refrigerators or other cryogenic systems.
• Proficiency in tuning quantum dots, measuring threshold voltages, charge noise, or qubit readout/fidelity.
• Must be based in or able to work in Hillsboro, Oregon, US

Nice to have

• Experience with cryogenic control of qubits and quantum well heterostructures (Si/SiGe or Ge/SiGe).
• Programming and driver development skills, preferably using Python.
• Record of first-author publications in peer-reviewed journals.
• Knowledge of quantum error correction or characterization protocols.

Culture & Benefits

• Total compensation package including competitive pay and stock bonuses.
• Comprehensive benefit programs including health, retirement, and vacation.
• Hybrid work model allowing split time between on-site and off-site work.
• Opportunity to contribute to the world's first commercially viable quantum computers.