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Plasma Diagnostician Physicist - Spectroscopy

Working arrangements

Please note this role does offer hybrid working, our model sets out a minimum 60% onsite / 40% home working split

Part time working or job share options will be reviewed on an individual basis.

 

Overview

Following our exciting $52 million upgrade programme for our ST40 spherical tokamak in partnership with the U.S. Department of Energy (DOE) and the UK Department for Energy Security and Net Zero, we are looking to further grow the depth and breadth of our team.

This role will involve contributing to the design, research and development (R&D) and procurement activities of spectroscopy diagnostics and experimental data analysis. You will assist in the design and maintenance of other plasma diagnostic systems.  Design, operation and exploration of spectroscopy instrumentation operating in a wide range of wavelengths (near-IR, visible, UV, VUV< X-ray). You will assure that the spectroscopy design is completed to meet the functional, safety and quality requirements as specified by the project.

Responsibilities

  • Provide technical expertise for the R&D, specification, procurement, installation, commissioning, and maintenance of assigned diagnostic systems.
  • Provide technical expertise in designing and interfacing the instruments to data acquisition and other systems.
  • Manage contracts and resources allocated to spectroscopic diagnostics.
  • Work in close collaboration with the design office through the design phase, leading jointly to procurement and installation.
  • Interact regularly with others in the Diagnostics areas
  • Take responsibility for regular calibration and updates of the calibration data for other systems such as data acquisition and plasma control systems.
  • Perform analysis of the experimental data delivered by diagnostics.

Essential

  • Masters/PhD degree in physics or related field otherwise bachelor’s with experience.
  • Strong Knowledge of spectroscopy.
  • Experience in design and development in experimental physics.
  • Ability to work on own initiative or in a team and multi-cultural environment.
  • Excellent planning and organisational skills.
  • Programming in MATLAB, Python or similar, including data analysis experience

Desirable

  • Experience in any of the following:
    • Electronics design.
    • High power experimental systems.
    • Optical ray tracing software (e.g. Zemax).
    • Fusion related technologies such as Ultra High Vacuum (UHV).
    • Analysis of plasma diagnostics data
  • Salary dependent on skills and experience and will be discussed from the outset
  • 28 days (inclusive of festive break) holiday plus bank holidays
  • Eligible for discretionary performance related bonus
  • Share options scheme
  • Pension scheme
  • Financial benefits – including; group life insurance, critical illness, health cash plan and discount scheme 
  • Innovation and Merit bonuses
  • Investment in training and development to support career progression
  • Opportunity to work on and contribute to world class innovation

 

Hazard-specific / Safety-critical duties

  • Working with ionising radiation
  • Regular manual handling
  • Working with electricity (LV only, operators must prove competence prior to use)
  • Working with electricity (LV & HV, operators must prove competence prior to use)
  • Work with or in the vicinity of cryogenic fluids including liquid nitrogen
  • Working with or in the vicinity of equipment that produces high magnetic fields
  • Working with or in the vicinity of class 3B or 4 lasers
  • Working with materials that are managed under the control of substances hazardous to health regulations (COSHH)

Company background

What if there was a limitless, safe, clean, low-cost energy source, providing much needed global energy security?  What if that energy source could also help address climate change?  The answer is fusion energy – the power of the stars. Tokamak Energy is a leading global commercial fusion energy company based near Oxford with have an unrivalled track record designing and operating spherical tokamaks; the optimal route to commercial fusion.

In addition to fusion, Tokamak Energy is recognised as a world leader in transformative High Temperature Superconducting (HTS) magnet technology. Our dedicated HTS magnet team, in collaboration with key manufacturing partners, is focussed on enabling new levels of performance and becoming the leading supplier of HTS magnets to multiple markets, including renewable energy, medicine, science and propulsion in water, land, air and space. 

The company, founded in 2009 as a spin-off from UK Atomic Energy Authority, currently employs a growing team of over 260 people with experts from the UK and around the world.  It combines world leading scientific, engineering, industrial and commercial capabilities.  The company has more than 75 families of patent applications and has raised $335 million, comprising $275m from private investors and $60m from the UK and U.S. governments.  Our U.S. subsidiary, Tokamak Energy Inc, was established in 2019.

Come and be a part of a dynamic and innovative team striving to provide a solution to one of humanity’s greatest challenges: clean and sustainable fusion energy for all.

 

Important information for candidates

Pre-employment screening

Please note that the appointment of the successful candidate will be subject to standard pre-employment screening, as applicable to the post. This will include right-to-work, proof of identity and references.

 

Data privacy

Please note that any personal data submitted to Tokamak Energy as part of the job application process will be processed in accordance with the GDPR and related UK data protection legislation, for more information regarding GDPR please see:  https://www.gov.uk/government/publications/guide-to-the-general-data-protection-regulation

 

Equality of opportunity

Entry into employment with the Tokamak Energy and progression within employment will be determined only by personal merit and the application of criteria which are related to the duties of each post and the relevant salary structure. In all cases, ability to perform the job will be the primary consideration. No applicant or member of staff shall be discriminated against because of age, disability, gender reassignment, marriage or civil partnership, pregnancy or maternity, race, religion or belief, sex, or sexual orientation.

 

Average salary estimate

$70000 / YEARLY (est.)
min
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$60000K
$80000K

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What You Should Know About Plasma Diagnostician Physicist - Spectroscopy, Tokamak Energy

Are you ready to take your expertise in physics to the next level? Tokamak Energy is on the lookout for a talented Plasma Diagnostician Physicist specializing in Spectroscopy to join our innovative team. We’re embarking on a thrilling $52 million upgrade program for our ST40 spherical tokamak, working hand-in-hand with the U.S. Department of Energy and the UK Department for Energy Security and Net Zero. In this role, you’ll be at the forefront of designing, researching, and developing cutting-edge spectroscopy diagnostics and analyzing experimental data. Your work will involve not just designing and maintaining essential plasma diagnostic systems, but also operating sophisticated spectroscopy instrumentation across a broad array of wavelengths, including near-IR, visible, UV, VUV, and X-rays. We’re seeking someone who is passionate about ensuring our designs meet rigorous functional, safety, and quality requirements. Collaboration is key! You’ll partner with our design office and various diagnostic teams, manage contracts, and play a critical role in the calibration and analysis of experimental data. With a strong knowledge of spectroscopy, a master’s or PhD in physics (or equivalent experience), and programming skills in MATLAB or Python, you’ll be well-prepared for this exciting opportunity. Join us at Tokamak Energy, where your contributions will help shape the future of fusion energy and tackle one of mankind’s greatest challenges.

Frequently Asked Questions (FAQs) for Plasma Diagnostician Physicist - Spectroscopy Role at Tokamak Energy
What are the responsibilities of a Plasma Diagnostician Physicist at Tokamak Energy?

As a Plasma Diagnostician Physicist at Tokamak Energy, your responsibilities include providing technical expertise for the research and development of spectroscopy diagnostics, as well as the design, procurement, and maintenance of these systems. You will collaborate closely with the design office during the design phase, manage contracts related to spectroscopic diagnostics, and ensure regular calibration and updates of calibration data for other systems. Your role also encompasses analysis of experimental data to support ongoing projects.

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What qualifications are required for the Plasma Diagnostician Physicist position at Tokamak Energy?

To be considered for the Plasma Diagnostician Physicist position at Tokamak Energy, candidates typically need a Master's or PhD degree in physics or a related field. Alternatively, a bachelor's degree with relevant experience can be acceptable. Strong knowledge of spectroscopy, experience in experimental physics design, and proficiency in programming languages like MATLAB or Python are essential qualifications for this role.

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What skills are essential for a Plasma Diagnostician Physicist at Tokamak Energy?

Essential skills for a Plasma Diagnostician Physicist at Tokamak Energy include strong knowledge of spectroscopy, the ability to work both independently and within a multicultural team, excellent planning and organizational abilities, and experience in programming and data analysis. Familiarity with electronics design, optical ray tracing software, and fusion technologies will be an added advantage.

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Does Tokamak Energy offer hybrid working for the Plasma Diagnostician Physicist role?

Yes, Tokamak Energy offers hybrid working arrangements for the Plasma Diagnostician Physicist role. The work model includes a minimum of 60% onsite work and 40% remote work, with options for part-time or job share considered on an individual basis.

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What opportunities for career progression are available at Tokamak Energy?

At Tokamak Energy, we believe in investing in our employees' growth and development. As a Plasma Diagnostician Physicist, you'll have access to training and development programs that support your career progression. Our environment encourages innovation and excellence, paving the way for potential advancement within the company as you contribute to groundbreaking fusion energy solutions.

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Common Interview Questions for Plasma Diagnostician Physicist - Spectroscopy
How do you approach the design and implementation of spectroscopy diagnostics?

When designing and implementing spectroscopy diagnostics, I focus on understanding the project requirements and functional specifications first. Collaboration with cross-functional teams is crucial as it ensures that the design aligns with safety and quality guidelines. I utilize simulation tools to visualize the designs and leverage feedback from colleagues in design and engineering before moving on to procurement and installation.

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Can you describe your experience with data analysis in the context of spectroscopy?

In my previous roles, I've actively engaged in data analysis using MATLAB and Python. This involved processing large datasets from spectroscopy diagnostics, performing calibrations, and interpreting spectral data to identify trends and anomalies. I am adept at applying statistical methods to enhance the analysis and provide actionable insights that drive experimental decisions.

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What challenges have you faced in managing spectroscopic diagnostic systems?

One significant challenge I faced was ensuring the integration of new diagnostics with existing systems. It required meticulous planning and coordination with multiple stakeholders. I approached this by establishing a project management framework to monitor progress, facilitate communication, and troubleshoot issues in real-time, ensuring timely execution without compromising safety or performance.

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How do you stay updated with advancements in spectroscopy and plasma diagnostics?

I regularly attend conferences and workshops related to spectroscopy and plasma diagnostics. Networking with fellow professionals and engaging in collaborative research projects helps me stay informed about the latest innovations. Additionally, I subscribe to relevant journals and participate in online forums which enhance my knowledge and understanding of industry trends.

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What programming languages are you proficient in, and how have you used them in your work?

I am proficient in MATLAB and Python. I have used MATLAB for data visualization and simulation of spectroscopy results, while Python has been instrumental in automating data analysis processes. Developing scripts for data processing has enhanced efficiency and accuracy in my projects.

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Can you discuss a successful project where you contributed to spectroscopy diagnostics?

In my last position, I led a project to develop a novel spectroscopic diagnostic tool for a high-power experimental system. I coordinated with a team to design the instrument, ensuring it met specific requirements for wavelength accuracy. Post-implementation, we achieved significant improvements in data quality, which informed key experimental strategies, enhancing overall project outcomes.

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What safety protocols do you follow while working with spectroscopy diagnostics and plasma systems?

Safety is paramount in my work. I adhere to established protocols for handling ionizing radiation, high magnetic fields, and lasers. I conduct regular safety audits and participate in training sessions to stay updated on best practices. Additionally, I ensure that all safety equipment is in working order and accessible to all team members involved in operational activities.

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How do you manage your time effectively when working on multiple diagnostics projects?

I prioritize my tasks based on project deadlines and complexity. I utilize project management tools to track progress and communicate frequently with team members. Setting realistic timelines and breaking down large projects into smaller milestones allows me to manage multiple tasks efficiently while maintaining quality standards.

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What role does teamwork play in your current research and development activities?

Teamwork is essential in R&D, particularly in interdisciplinary fields like plasma diagnostics. Collaboration fosters creative problem-solving and promotes diverse perspectives that enhance project outcomes. I always encourage open communication and knowledge-sharing within my team, knowing that collective efforts lead to innovative solutions and smoother project execution.

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Why do you want to work for Tokamak Energy as a Plasma Diagnostician Physicist?

I am passionate about advancing fusion energy technologies, and Tokamak Energy represents a cutting-edge platform to contribute to this vital field. The company's commitment to innovation and its collaborative environment align with my career aspirations. I am excited about the opportunity to work alongside leading experts and contribute to projects that strive for sustainable and clean energy solutions.

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Tokamak Energy, founded in 2009, is a fusion power research company based in the United Kingdom.

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Full-time, hybrid
DATE POSTED
January 15, 2025

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