Unreal Gigs
Quantum Electronics Engineer (The Quantum Circuit Master)
Unreal Gigs, San Francisco, California, United States, 94199
Are you passionate about designing the electronic systems that power the quantum revolution? Do you excel at building and optimizing control circuits and signal processing systems for quantum devices? If you’re ready to shape the future of quantum technology through advanced electronics,
our client
has the perfect opportunity for you. We’re seeking a
Quantum Electronics Engineer
(aka The Quantum Circuit Master) to design and implement cutting-edge electronics that enable quantum systems to operate reliably and efficiently.As a Quantum Electronics Engineer at
our client , you’ll collaborate with quantum physicists, hardware engineers, and software developers to design and optimize the electronics that control quantum systems. Your expertise in low-noise electronics, RF systems, and cryogenic components will be key to driving performance and innovation in quantum technologies.Key Responsibilities:Design and Develop Quantum Control Electronics:
Create electronic circuits for controlling qubits, including RF signal generators, pulse sequencers, and low-noise amplifiers.Optimize Low-Temperature Electronics:
Develop electronics capable of operating in cryogenic environments, ensuring stability and minimal thermal interference with quantum systems.Implement High-Fidelity Signal Processing:
Design and optimize signal processing systems to ensure precise qubit control, minimizing noise and maximizing fidelity.Collaborate on Quantum Hardware Integration:
Work closely with quantum physicists and hardware engineers to integrate electronic systems with quantum devices, ensuring seamless operation.Develop Feedback and Error Correction Systems:
Create real-time feedback loops and error correction circuits to enhance the stability and reliability of quantum systems.Test and Validate Electronic Systems:
Conduct rigorous testing and validation of electronic components and systems, ensuring they meet performance and reliability requirements.Stay Ahead of Advances in Quantum Electronics:
Research emerging technologies and methodologies in electronics for quantum systems, incorporating the latest innovations into your designs.Required Skills:Expertise in Electronic Circuit Design:
Strong experience in analog and digital circuit design, particularly for low-noise and high-frequency systems.Proficiency in RF and Microwave Engineering:
Knowledge of RF signal generation, modulation, and transmission for quantum device control.Experience with Cryogenic Electronics:
Familiarity with designing and testing electronic systems for low-temperature environments.Programming and Simulation Skills:
Proficiency in tools like SPICE, MATLAB, or Python for circuit simulation and performance analysis.Problem-Solving and Debugging Skills:
Ability to diagnose and resolve performance issues in complex electronic systems.Educational Requirements:Master’s or Ph.D. in Electrical Engineering, Physics, or a related field.
Equivalent experience in quantum electronics may be considered.Certifications or specialized training in RF engineering, cryogenics, or quantum systems are advantageous.Experience Requirements:5+ years of experience in electronics engineering,
with a focus on quantum systems, RF engineering, or low-temperature electronics.Proven track record of designing and implementing control systems for quantum or high-performance computing devices.Familiarity with quantum hardware platforms, such as superconducting qubits or trapped-ion systems, is a plus.
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our client
has the perfect opportunity for you. We’re seeking a
Quantum Electronics Engineer
(aka The Quantum Circuit Master) to design and implement cutting-edge electronics that enable quantum systems to operate reliably and efficiently.As a Quantum Electronics Engineer at
our client , you’ll collaborate with quantum physicists, hardware engineers, and software developers to design and optimize the electronics that control quantum systems. Your expertise in low-noise electronics, RF systems, and cryogenic components will be key to driving performance and innovation in quantum technologies.Key Responsibilities:Design and Develop Quantum Control Electronics:
Create electronic circuits for controlling qubits, including RF signal generators, pulse sequencers, and low-noise amplifiers.Optimize Low-Temperature Electronics:
Develop electronics capable of operating in cryogenic environments, ensuring stability and minimal thermal interference with quantum systems.Implement High-Fidelity Signal Processing:
Design and optimize signal processing systems to ensure precise qubit control, minimizing noise and maximizing fidelity.Collaborate on Quantum Hardware Integration:
Work closely with quantum physicists and hardware engineers to integrate electronic systems with quantum devices, ensuring seamless operation.Develop Feedback and Error Correction Systems:
Create real-time feedback loops and error correction circuits to enhance the stability and reliability of quantum systems.Test and Validate Electronic Systems:
Conduct rigorous testing and validation of electronic components and systems, ensuring they meet performance and reliability requirements.Stay Ahead of Advances in Quantum Electronics:
Research emerging technologies and methodologies in electronics for quantum systems, incorporating the latest innovations into your designs.Required Skills:Expertise in Electronic Circuit Design:
Strong experience in analog and digital circuit design, particularly for low-noise and high-frequency systems.Proficiency in RF and Microwave Engineering:
Knowledge of RF signal generation, modulation, and transmission for quantum device control.Experience with Cryogenic Electronics:
Familiarity with designing and testing electronic systems for low-temperature environments.Programming and Simulation Skills:
Proficiency in tools like SPICE, MATLAB, or Python for circuit simulation and performance analysis.Problem-Solving and Debugging Skills:
Ability to diagnose and resolve performance issues in complex electronic systems.Educational Requirements:Master’s or Ph.D. in Electrical Engineering, Physics, or a related field.
Equivalent experience in quantum electronics may be considered.Certifications or specialized training in RF engineering, cryogenics, or quantum systems are advantageous.Experience Requirements:5+ years of experience in electronics engineering,
with a focus on quantum systems, RF engineering, or low-temperature electronics.Proven track record of designing and implementing control systems for quantum or high-performance computing devices.Familiarity with quantum hardware platforms, such as superconducting qubits or trapped-ion systems, is a plus.
#J-18808-Ljbffr