Radiation Effects Engineer
Devens, MA
Engineering – Nuclear Engineering /
Full-time /
On-site
Generating net energy plasmas in the SPARC tokamak will involve a skilled team of physicists and engineers designing, building, and operating the tokamak and its many systems. The Radiation Effects Engineer tracks, studies, and engineers the cascade of high energy neutrons, photons, and charged particles generated from DD and DT fusion. Radiation Effects Engineers work with multiple engineering disciplines and get to know every part of the SPARC tokamak.
The Radiation Effects Engineer is responsible for the delivery of radiation transport analyses to support the design, construction, and licensing of the SPARC fusion device. Discovery of issues and energetic pursuit of solutions is expected from each team member.
This role requires compliance with U.S. laws concerning the export of controlled or protected technologies or information (collectively, “Export Control Laws"). Any offer of employment will be contingent on the need for compliance with such Export Control Laws.
This team member will:
- Develop analytical solutions for a range of technical challenges to support all SPARC systems related to nuclear engineering technical areas including radiation transport, shielding design, nuclear heating, and far-field dose calculations
- Perform analysis related to neutronics modeling, radiological engineering, design, and operational health physics
- Assessing the impact of radiation on electronics components, equipment, and Tokamak systems
- Provide feedback to design teams on implementing radiation-hardening strategies
- Perform radiation testing and analysis to evaluate the resilience of electronic systems
- Collaborate with EE design lead on design for performance in radiation environments
- Develop and implement radiation mitigation techniques to enhance the reliability of electronic devices
- Be accountable for the quality and accuracy of the previously mentioned work, reports, and presentations
- Provide prompt feedback when a task encounters issues that preclude its timely completion
- Comply with CFS design control processes, including but not limited to: *Documenting analyses in written files *Arranging for check and review of analysis files through submission to M-Files *Upholding high standards of good-faith collaboration and teamwork
The ideal candidate will have most, if not all, of these requirements:
- Bachelor’s degree in Engineering, MS or higher is preferred in Physics, Electrical Engineering, Astrophysics or Nuclear Engineering preferably with diverse experience related to radiation effects, electronics survivability, and radiation transport.
- An MS or PhD and work experience are beneficial but not required
- Experience with both deterministic and Monte Carlo methods of neutron/photon transport
- Experience in radiation effects and equipment survivability in high radiation environments
- Strong analytical skills with fundamental understanding of the first principles of nuclear and radiation physics, radiation transport, and radiation impacts on electronic systems
- Experience with the following: Python, FORTRAN, C++, Linux
- Experience with common nuclear engineering software, such as MCNP, OpenMC, FISPACT, ATTILA, SCALE, ORIGEN, etc.
- Knowledge of various nuclear codes and standards
- Strong interpersonal and technical communication skills and the ability to work effectively with a wide range of constituencies in a diverse community as well as foster a cooperative work environment
Additional experience and/or qualifications:
- Perform activities such as typing or sitting for extended periods of time
- Willingness to travel or work required nights/weekends/on-call occasionally
- Dedication to safety to mitigate industrial hazards that may include heat, cold, noise, fumes, strong magnets, lead (Pb), high voltage, and cryogenics
- #LI-Onsite
