Scientist - Plasma Diagnostics

We are seeking a Scientist (Experimental Plasma Physicist) who will develop in‑situ boundary plasma diagnostics for the C‑2W fusion device. In this role, you will design, deploy, and troubleshoot direct‑contact material diagnostics — such as Langmuir probes, retarding field analyzers, fast ion loss detectors, pyrobolometers, and thermo‑optical arrays — to measure local edge density, temperature, heat flux, and more. You will also run experiments, perform data analysis, and translate raw diagnostic signals into physics‑based insights.

This is a full‑lifecycle scientific role. We are not just looking for a hardware builder, but a scientist who will own the entire experimental loop. You will lead the physical development of edge diagnostics, deploy them on the C‑2W device, run the experimental campaigns, and critically analyze the resulting data to gain insight into the underlying physics and help guide design choices for our next‑generation devices.

• The successful candidate will join the Boundary Plasma Physics Team in the Applied Plasma Physics Division under the guidance of the Lead Scientist.
• Develop, deploy, refine, and troubleshoot in‑situ boundary plasma diagnostic systems to characterize key plasma parameters such as local edge density, temperature, heat flux, plasma potential, fast ion distribution, and more.
• Collaborate with engineering teams to design, maintain, and refine direct‑contact material diagnostics — such as Langmuir probes, retarding field analyzers, fast ion loss detectors, pyrobolometers, and thermo‑optical arrays.
• Plan and execute experiments on the C‑2W fusion device.
• Analyze complex experimental data with advanced modeling and simulation tools, interpreting results within the broader fusion research program.
• Prepare technical reports, documentation, and presentations for internal meetings, project reviews, and scientific conferences.
• Maintain laboratory infrastructure while strictly following all safety protocols.
• Promote the TAE Core Values, Rules of the Road, and our Culture of Safety.

• PhD‑level research experience in experimental plasma physics, with a strong focus on in‑situ plasma diagnostics.
• Hands‑on experience building, deploying, troubleshooting, and maintaining diagnostics on plasma research devices.
• Direct experience with one or more of the following diagnostics highly preferred:
  Langmuir probes, retarding field analyzers, pyrobolometers.
• Demonstrated success in planning and conducting experiments, analyzing results, extracting physics‑based insights, and delivering technical reports or peer‑reviewed publications.
• Experience with scientific programming, data analysis, and data visualization using Python (preferred) or similar tools.
• Experience working with standard plasma diagnostic instrumentation and plasma research device infrastructure, including but not limited to DAQ systems, motorized actuators, power supplies, oscilloscopes, function generators, multi‑meters, high‑vacuum systems.
• Strong analytical and problem‑solving skills with the ability to interpret complex datasets.
• Excellent written and verbal communication skills for multidisciplinary collaboration.
• Ability to work effectively both independently and in team environments to meet project objectives and deadlines.

• Required:
  
  Ph.D. in Plasma Physics, Engineering, or a closely related field.

Compensation: $110,000 - $130,000

• Generous benefits such as Medical, Dental, Vision, 401 (K) with company match, paid vacation + sick time, company wide December holiday, wellness program, parental leave.
• Payment rewards:
  For referring talent, novel research, and patents.
• A collaborative environment:
  An organization where talents and interests can plug in to different groups throughout…