pythonc++matlabstartupvacuum systemsscientific instrumentationfusion energyexperimental data analysisplasma diagnosticsplasma control
Вакансия из Hirify Global, списка международных tech-компаний Для мэтча и отклика нужен Plus
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Зарплата и рынок
Средняя
$134к-205к/год
$130к$150кмедиана$200к
По похожим ролям (50) ~ $150к/год
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Крутая вакансия
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Редкий шанс поработать над термоядерным синтезом в ведущей мировой компании. Роль описана идеально, но придется мириться с тяжелыми условиями труда и дежурствами.
Diagnostician (Fusion Diagnostics): Developing and commissioning diagnostic systems for the SPARC tokamak with an accent on scientific instrumentation, plasma measurement, and integration with plant-level and real-time plasma control systems. Focus on designing calibration and commissioning plans, analyzing experimental data, and solving complex engineering and physics tradeoffs across magnetics, spectroscopy, imaging, neutrons, and other fusion diagnostics.
Location: Devens, MA, United States; on-site. The role may occasionally require travel, nights, weekends, and on-call work.
Salary: $134,000–$205,000 per year, plus equity and benefits.
Company
hirify.global is developing commercially viable fusion power plants and assembling the SPARC tokamak to demonstrate net fusion energy.
What you will do
Lead SPARC diagnostic subsystems through final design with scientists, designers, analysts, engineers, MIT-PSFC partners, and academic collaborators.
Integrate technical input and ensure diagnostic designs support SPARC mission goals.
Develop assembly, installation, calibration, and commissioning plans to support first plasma on schedule.
Integrate diagnostics with plant-level and real-time plasma control systems.
Test and operate diagnostic systems while obtaining physics results as quickly as possible.
Contribute to a strong safety culture and provide feedback to academic partners.
Requirements
Bachelor’s degree in mechanical, aerospace, civil, nuclear engineering, or a relevant engineering field.
Experience participating in the design of a new or upgraded scientific instrument comparable in scale and complexity to instruments used in magnetically confined fusion.
Demonstrated use of scientific instruments to support an operational and/or research mission.
Experience developing software with Python, Matlab, C++, or an equivalent technology for experimental data analysis and laboratory equipment automation.
Relevant hands-on knowledge of diagnostic systems, such as vacuum systems, lasers, and calibration sources.
Ability to understand concepts and tradeoffs bridging engineering and physics.
Ability to occasionally lift up to 50 lbs and perform extended climbing, typing, standing, or sitting.
Willingness to occasionally travel or work nights, weekends, or on-call shifts.
Ability to work in a facility with industrial hazards including heat, cold, noise, fumes, strong magnets, lead, high voltage, high current, pressure systems, and cryogenics.
Compliance with U.S. Export Control Laws concerning controlled or protected technologies or information is required.
Nice to have
Experience designing and implementing a plasma diagnostic for a university-scale or larger magnetically confined fusion experiment.
Culture & Benefits
Fast-paced environment focused on integrity, execution, impact, and self-critique.
Equity and competitive compensation.
13 company-wide holidays, flexible vacation days, and 10 sick days.
Generous parental leave and health, dental, and vision insurance.
401(k) with employer matching, professional growth opportunities, and team-building activities.
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