The role of an R&D Test Engineer is to develop novel fluid systems for R&D test stands, with a major focus on supporting magnet testing.
The range of process fluids is broad (liquid, gaseous, cryogenic, supercritical, molten salt, etc.), requiring strong mechanical and chemical engineering fundamentals.
The ideal candidate will be resourceful—combining industry best practices, off-the-shelf and customized hardware, and creativity to deliver these fluid systems on tight timelines.
Projects will be on varying scales, from smaller-scale test stands and deep system analysis to larger, complex projects as needed for SPARC and ARC.
In addition to designing and building, the engineer will actively operate as a test engineer to commission systems and design automation alongside a team of test/software engineers and operators.
You must work collaboratively across production, R&D, procurement, and the SPARC team.
Various projects will also require flexing outside of traditional fluids engineering into other disciplines, such as structures and materials engineering, to successfully retire risks for SPARC and ARC.
Join the power movement as an R&D Test Engineer
The role of an R&D Test Engineer is to develop novel fluid systems for R&D test stands, with a major focus on supporting magnet testing.
The range of process fluids is broad (liquid, gaseous, cryogenic, supercritical, molten salt, etc.), requiring strong mechanical and chemical engineering fundamentals.
The ideal candidate will be resourceful—combining industry best practices, off-the-shelf and customized hardware, and creativity to deliver these fluid systems on tight timelines.
Projects will be on varying scales, from smaller-scale test stands and deep system analysis to larger, complex projects as needed for SPARC and ARC.
In addition to designing and building, the engineer will actively operate as a test engineer to commission systems and design automation alongside a team of test/software engineers and operators.
You must work collaboratively across production, R&D, procurement, and the SPARC team.
Various projects will also require flexing outside of traditional fluids engineering into other disciplines, such as structures and materials engineering, to successfully retire risks for SPARC and ARC.
Design fluid systems for test stands that meet test objectives/requirements, soliciting feedback from interfacing teams as necessary
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Challenge requirements as necessary to achieve simplicity in design and develop efficient de-risking strategies and plans
Perform hand calculations and system level analyses demonstrating sufficient margin for fluid system requirements; build and run Ansys structural and thermal simulations on components and assemblies
Procure off-the-shelf process fluid components, manage relationships with vendors, draft specifications for speciality parts and design custom fluid system components as needed
Manage the build and commissioning of fluid systems, coordinating engineers and technicians to safely bring systems to operational status
Design system instrumentation and automation for safe operations
Bachelor’s degree in mechanical, chemical, process engineering, or a closely related field
5+ years of experience in the engineering of integrated fluid/mechanical systems (experience with both small-scale rapid R&D and large-scale systems is highly desired)
Full-lifecycle fluid systems: Hands-on experience executing the entire lifecycle of large-scale thermofluid systems Component expertise: Experience developing specifications, sizing and working with tanks, process piping, pumps, valves, compressors, purification stages, circulators, heat exchangers, etc. Design documentation: Strong background in establishing system requirements, generating process flow diagrams (PFDs), and developing piping and instrumentation diagrams (P&IDs) Instrumentation: Experience in the design, integration, and troubleshooting of system instrumentation Software and analysis tools: Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Hands-on experience executing the entire lifecycle of large-scale thermofluid systems
Component expertise: Experience developing specifications, sizing and working with tanks, process piping, pumps, valves, compressors, purification stages, circulators, heat exchangers, etc. Design documentation: Strong background in establishing system requirements, generating process flow diagrams (PFDs), and developing piping and instrumentation diagrams (P&IDs) Instrumentation: Experience in the design, integration, and troubleshooting of system instrumentation Software and analysis tools: Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Experience developing specifications, sizing and working with tanks, process piping, pumps, valves, compressors, purification stages, circulators, heat exchangers, etc.
Design documentation: Strong background in establishing system requirements, generating process flow diagrams (PFDs), and developing piping and instrumentation diagrams (P&IDs) Instrumentation: Experience in the design, integration, and troubleshooting of system instrumentation Software and analysis tools: Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Strong background in establishing system requirements, generating process flow diagrams (PFDs), and developing piping and instrumentation diagrams (P&IDs)
Instrumentation: Experience in the design, integration, and troubleshooting of system instrumentation Software and analysis tools: Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Experience in the design, integration, and troubleshooting of system instrumentation
Software and analysis tools: Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Experience utilizing engineering tools such as ANSYS, COMSOL, 1D compressible flow codes, Python and MATLAB
Extreme environments: Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Practical experience designing, building, and commissioning fluid systems for specialized pressurized, cryogenic, vacuum, and/or elevated-temperature applications
Vendor relations: Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Experience sourcing complex components, drafting technical specifications, and managing relationships with specialized vendors and suppliers
Cross-functional communication: Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement Problem solving: Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Strong ability to distill complex fluid system details and effectively communicate to non-experts and interfacing teams across R&D, production, and procurement
Problem solving:
Highly driven to challenge assumptions, make efficient technical decisions, and develop innovative solutions on tight timelines
Adaptability: Ability to flex into adjacent engineering disciplines, such as structures or materials, when required to help retire risks for SPARC and ARC Process optimization: Strong aptitude for identifying bottlenecks and improving throughput during system designs, builds, and commissioning operations
Ability to flex into adjacent engineering disciplines, such as structures or materials, when required to help retire risks for SPARC and ARC
Process optimization: Strong aptitude for identifying bottlenecks and improving throughput during system designs, builds, and commissioning operations
Strong aptitude for identifying bottlenecks and improving throughput during system designs, builds, and commissioning operations
Ability to occasionally lift up to 50 lbs
Perform activities such as stooping, climbing, typing, standing, or sitting for extended periods of time
Dedication to safety to mitigate industrial hazards that may include heat, cold, noise, fumes, strong magnets, lead (Pb), high voltage, and cryogenics
Willingness to travel or work required nights/weekends/on-call occasionally
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About Commonwealth Fusion Systems
Renewable Energy1000 employeesFounded 2018
Private fusion-energy company developing high-temperature-superconducting tokamaks and commercial fusion power plants for electricity markets worldwide.
