EeroQ Corporation
Website
www.eeroq.com
recruitment@eeroq.com
Quantum Engineer – Spin Qubit Measurement
Job Location
Chicago, IL
Employment Type
Full-time
Department
Quantum Engineering
Job Description
As a Quantum Engineer at EeroQ, you will use your skills and experience in experimental quantum physics and ultra low temperature measurement to develop novel methods for readout and control of single electron spin qubits on the surface of liquid helium. As well as developing and maintaining state of the art quantum measurement schemes, instrumentation solutions and laboratory infrastructure, Quantum Engineers will contribute to the design of new devices and nanofabrication process flows. You will collaborate with a team of engineers and scientists, using the results of your measurements and data analysis to guide the development of a new and exciting platform for quantum computing.
Responsibilities
• Conduct measurements at ultra-low temperatures to characterize quantum devices
• Contribute to design and modeling of new devices and qubit control schemes
• Assist in development of nanofabrication processes and packaging solutions
• Develop key software and hardware solutions for quantum measurements
• Organize and analyze data and present findings
• Publish in journals and present at conferences
• Maintain cryostats and instrumentation
• Collaborate with internal and external scientists
Requirements
• PhD degree in Physics, Engineering, Applied Sciences, or related field
• Dilution refrigerator operation and maintenance, cryogenic techniques for quantum measurement
• Python programming for instrumentation, data acquisition and analysis
• Ability to work in a collaborative team environment and to communicate results effectively with the research team
• Experience in one or more of the following: Quantum dot qubits in silicon or related semiconductors; Spin resonance; Spin shuttling methods; Circuit-QED or RF reflectometry methods for charge detection and spin readout; Microwave cavity spectroscopy and superconducting circuits; Low-dimensional electron systems and electron transport measurement; Noise characterization in quantum systems
Preferred Qualifications
• Experience with microfabrication techniques
• Knowledge of multiplexing and cryo-CMOS devices
• Finite element or RF modeling tools
• Machine learning or AI-assisted calibration systems
Apply Now
Apply by email. Please attach your CV or résumé.