Nuclear Engineer, Shielding

As a Nuclear Engineer specializing in Shielding at Kairos Power, your primary responsibilities include performing complex radiation shielding calculations using specialized tools like MCNP and Attila, developing radiation source terms, and conducting sensitivity studies to enhance shielding design. You will work closely with the Nuclear Design and Methods team to produce high-quality shielding designs while communicating technical concepts to both technical and non-technical audiences.

The ideal candidate for the Nuclear Engineer, Shielding role at Kairos Power should hold a Bachelor’s, Master’s, or PhD in Nuclear Engineering or a related field, with at least 5 years of demonstrated experience in radiation transport analysis and 2 years in shielding design for facilities like medical or nuclear power. Experience with MCNPX/5/6, modeling environments, and excellent communication skills are also important for success in this position.

In the Nuclear Engineer, Shielding role at Kairos Power, you'll play a vital part in the Hermes reactor project by applying your expertise in radiation transport and shielding analysis to ensure the safety and efficacy of the reactor's design. Your work will help achieve the project’s goal of first criticality by 2027, contributing to the development of advanced nuclear technology and cleaner energy solutions.

At Kairos Power, a Nuclear Engineer, Shielding will work primarily in a general office environment, though some tasks may require time in noisy, high-concentration settings associated with nuclear facilities. Adherence to safety protocols and the use of personal protective equipment (PPE) are essential requirements in this role to ensure a safe working atmosphere.

As a Nuclear Engineer, Shielding at Kairos Power, you can expect a competitive compensation package, comprehensive medical, dental, and vision benefits, paid vacation, and a 401(k) plan among other perks. We believe in recognizing and rewarding our talented employees for their hard work and dedication.

When answering this question, you should highlight specific projects where you performed radiation transport analysis, discuss the methodologies you utilized, and emphasize the results of your work. Mention any software tools you are proficient in, such as MCNP, and explain how this experience aligns with the responsibilities of the Nuclear Engineer, Shielding role at Kairos Power.

In your response, discuss techniques such as Monte Carlo simulations, sensitivity studies, and collaboration with multidisciplinary teams to optimize shielding designs. Mention your approach to balancing cost, feasibility, and shielding effectiveness to meet the unique requirements of each project.

A great answer will include examples of how you've simplified complex technical concepts for non-specialist audiences in the past. Emphasize your ability to utilize visuals or metaphors and make technical details relatable, ensuring that key messaging is clear and understood regardless of the audience's technical background.

Discuss your understanding of safety protocols, the importance of adhering to PPE guidelines, and your proactive approach to identifying potential hazards. Share examples from your experience where you successfully navigated safety challenges or implemented safety enhancements to ensure a safe working environment.

Here, share a specific challenge, detailing the technical or team-related issues you encountered. Describe your analytical thought process and the steps you took to resolve the problem, emphasizing the positive outcomes and any lessons learned from the experience.

Highlight your understanding of teamwork dynamics, your communication style, and how you foster an inclusive environment. Discuss how you prioritize input from various team members, resolve conflicts constructively, and contribute to a positive, productive team culture.

In your response, mention specific resources you utilize, such as industry journals, online courses, seminars, or professional organizations. This shows your commitment to continuous learning and keeps you informed of the latest technologies and methodologies in nuclear engineering.

Share personal anecdotes or professional experiences that inspire your passion for nuclear engineering. Discuss your commitment to clean energy solutions, improving quality of life, and the specific advancements in reactor technology that excite you about this field.

Detail how you effectively document technical processes and outcomes for knowledge transfer and archival purposes. Explain your methodology for creating clear, concise documentation that is accessible for future reference, which is crucial in collaborative engineering projects.

Describe your time management strategies, including prioritization and scheduling techniques you use to meet project deadlines. Provide specific examples of past experiences where you successfully managed multiple tasks under pressure while maintaining the quality of your work.