What are the responsibilities and job description for the Circuit Designer position at SEEQC?
About Seeqc
At Seeqc, we are developing the world's first digital quantum computing platform.
Our unique chip-scale quantum architecture delivers unparalleled scope for commercial scalability. We have partnered with world-class quantum algorithm teams, and visionary enterprise clients to build quantum computers that will herald a new era in computational power. You will join a team of experienced executives and scientists with a varied background in superconducting digital circuits and quantum technologies.
We have established an international presence, with headquarters in New York and facilities in London and Naples, creating a truly diverse and unique team atmosphere. You will work with our international teams and partners to build a unique quantum computing platform with integrated superconducting digital circuits, designed to provide solutions for the groundbreaking challenges faced by our customers; from new drug modelling and building longer-lasting battery technologies, to advanced machine learning.
About Your Role
You will work closely with our digital design, quantum design, and fabrication teams to perform circuit design, including simulation, optimization, layout, and verification of superconductor digital and mixed-signal circuits. You will take advantage of your proficiency with computer-aided design tools to develop innovative solutions for the novel computational challenges realized in our unique hybrid quantum-classical superconducting quantum processor architecture.
You will exploit your experience with analog RF circuit design or high-speed digital circuit design to create advanced classical circuits that can take maximum advantage of Seeqc's unique integrated quantum-classical quantum processors.
The Experience You'll Need
• 2 years full-time experience of integrated circuit design, or an equivalent MSEE or PhD
• Experience with either analog RF circuit design or high-speed digital circuit design is necessary
• Proficiency with computer-aided design tools is required
• Familiarity with Single Flux Quantum (SFQ) logic is desired
• Laboratory experience in evaluation of high-speed circuits is desired
At Seeqc, we are developing the world's first digital quantum computing platform.
Our unique chip-scale quantum architecture delivers unparalleled scope for commercial scalability. We have partnered with world-class quantum algorithm teams, and visionary enterprise clients to build quantum computers that will herald a new era in computational power. You will join a team of experienced executives and scientists with a varied background in superconducting digital circuits and quantum technologies.
We have established an international presence, with headquarters in New York and facilities in London and Naples, creating a truly diverse and unique team atmosphere. You will work with our international teams and partners to build a unique quantum computing platform with integrated superconducting digital circuits, designed to provide solutions for the groundbreaking challenges faced by our customers; from new drug modelling and building longer-lasting battery technologies, to advanced machine learning.
About Your Role
You will work closely with our digital design, quantum design, and fabrication teams to perform circuit design, including simulation, optimization, layout, and verification of superconductor digital and mixed-signal circuits. You will take advantage of your proficiency with computer-aided design tools to develop innovative solutions for the novel computational challenges realized in our unique hybrid quantum-classical superconducting quantum processor architecture.
You will exploit your experience with analog RF circuit design or high-speed digital circuit design to create advanced classical circuits that can take maximum advantage of Seeqc's unique integrated quantum-classical quantum processors.
The Experience You'll Need
• 2 years full-time experience of integrated circuit design, or an equivalent MSEE or PhD
• Experience with either analog RF circuit design or high-speed digital circuit design is necessary
• Proficiency with computer-aided design tools is required
• Familiarity with Single Flux Quantum (SFQ) logic is desired
• Laboratory experience in evaluation of high-speed circuits is desired
