Senior Engineer, KP-SAM Systems Code Developer

The Senior Engineer, KP-SAM Systems Code Developer at Kairos Power is responsible for leading the development of radioactive source term models into KP-SAM, conducting safety analysis, and overseeing thermal hydraulics and source term model development. You will work collaboratively with junior developers, contribute to validation efforts, and provide support for the safety and licensing teams.

To qualify for the Senior Engineer, KP-SAM Systems Code Developer role at Kairos Power, candidates should hold a Ph.D. or M.S. in nuclear engineering, mechanical engineering, mathematics, computer science, or a related field. Additionally, having over 10 years of experience in developing nuclear reactor systems code and expertise in coding languages C++ and Python are essential.

A Senior Engineer, KP-SAM Systems Code Developer at Kairos Power should be well-versed in high-level programming languages such as C++ and Python. These languages are crucial for developing models and performing necessary analysis within the KP-SAM code.

At Kairos Power, the work environment for a Senior Engineer, KP-SAM Systems Code Developer is primarily an office setting with some collaborative projects potentially requiring interaction with external teams. The role may entail normal software maintenance and necessitates a high degree of focus in a fast-paced atmosphere. Safety protocols are strictly followed due to the nature of the work.

As a Senior Engineer, KP-SAM Systems Code Developer at Kairos Power, there are numerous opportunities for career advancement. You can lead projects, collaborate with various engineering teams, and contribute to significant technological innovations in nuclear energy, which can help pave the way for further leadership roles within the organization.

When answering this question, highlight specific projects where you've developed or validated thermal hydraulic models. Discuss the methodologies used, any challenges faced, and how you ensured accuracy and compliance with safety standards.

Discuss your understanding and hands-on experience with KP-SAM or similar codes, detailing any direct involvement in projects using these tools. Explain the significance of these codes in safety analysis and design support.

Share a specific example that illustrates your problem-solving skills. Describe the challenge in detail, your approach to overcoming it, and the positive outcome following your solution, reinforcing your capability as a Senior Engineer.

Discuss the various strategies you employ for verification and validation, such as conducting sensitivity analysis or engaging in peer reviews. Highlight the importance of thorough documentation and collaboration with other teams.

Offer examples of successful collaborations, emphasizing your contributions and how these interactions enhanced the overall project outcomes. The focus should be on effective communication and teamwork across disciplines.

Talk about journals, conferences, and online resources you follow. Emphasize the importance of continuous learning and how you apply new knowledge to improve your work processes.

Detail your experience with maintaining and updating software, including the approaches you take to ensure smooth operations, documentation practices, and your role in troubleshooting potential issues.

Articulate your passion for clean energy solutions and the innovative work being done at Kairos Power. Connect your skills and experience to the company's mission to enhance people's quality of life through safe nuclear technology.

Explain your systematic approach to literature research, model development, and implementation. Stress the importance of thorough testing and analysis to ensure effective integration.

Provide a specific example showcasing your leadership style. Discuss how you guided junior team members, the outcomes of this mentorship, and the skills you aimed to cultivate in your team.