Вакансия из Hirify Global, списка международных tech-компаний Для мэтча и отклика нужен Plus
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Зарплата и рынок
Выше рынка
$185к-246к/год
$140к$160кмедиана$200к
По похожим ролям (50) ~ $160к/год
89
Крутая вакансия
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Здесь зарплата выше рыночной, обязанности сосредоточены на исследованиях, а работа с перспективными сверхпроводниковыми квантовыми устройствами в крупной технологической компании выглядит особенно интересно. Основное ограничение - обязательная работа в офисе в Сан-Хосе.
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Только офисВыше рынкаКвантовые технологииЧёткие задачи
Оценка от Hirify AI
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Описание вакансии
Текст:
Hirify AI/Оригинал
TL;DR
Quantum Device Design Engineering Scientist (Quantum Computing): Developing and simulating superconducting quantum device architectures, including microwave resonators, qubits, QPU chiplets, packaging, and interconnects with an accent on electromagnetic design, nanofabrication constraints, and low-temperature characterization. Focus on scaling superconducting qubit systems, designing packaging and shielding solutions, and developing quantum process development kits.
Location: San Jose, California, United States; onsite at the San Jose Great Oaks Headquarters
Salary: $184,500–$246,000 per year
Company
hirify.global develops data storage systems and infrastructure for AI-driven data centers, cloud platforms, and enterprise environments.
What you will do
Lead research projects in superconducting quantum device design, QPU architecture, and packaging-level designs.
Design and perform electromagnetic simulations for superconducting packaging, qubit chiplet assemblies, base wafers, and external field shielding.
Develop, simulate, and refine microwave resonators, qubits, readout and coupling architectures, multi-qubit systems, and superconducting interconnects.
Collaborate with measurement scientists, materials scientists, and product teams to address material, interface, and device-performance challenges.
Prepare technical reports, visualizations, papers, and conference presentations.
Requirements
Ph.D. in Physics, Electrical Engineering, Materials Science, or a related field.
Experience with superconducting qubit device nanofabrication, packaging, and low-temperature characterization.
Experience designing and performing electromagnetic simulations for superconducting qubit devices and QPU chiplet assemblies.
Experience with materials characterization and electronic or optical device characterization.
Proficiency in programming languages such as Python, Rust, TCL, or C, with knowledge of or willingness to learn FPGA-based microcontrollers.
Strong independent research, analytical, written, verbal, and presentation skills.
Culture & Benefits
Research-driven environment focused on quantum computing, superconducting devices, and large-scale data infrastructure.
Opportunities to publish research and present at industry and academic conferences.
Paid vacation and sick leave, medical, dental, and vision insurance, and life, accident, and disability coverage.
401(k) savings plan, employee stock purchase plan, tuition reimbursement, transit benefits, and flexible spending and health savings accounts.
Potential eligibility for short-term and long-term incentive plans, including restricted stock units.
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