KP-SAM Systems Code Development Engineer

As a KP-SAM Systems Code Development Engineer at Kairos Power, you will take on responsibilities that include assisting the KP-SAM IET validation efforts, leading the development of multi-dimensional models, and providing support for the safety analysis and licensing teams. Your role will also involve code maintenance and supporting various validation tasks, allowing you to contribute significantly to ensuring the safety and efficiency of nuclear reactor systems.

To be considered for the KP-SAM Systems Code Development Engineer position at Kairos Power, candidates typically need a Master’s or PhD in Nuclear Engineering or a related field. Familiarity with nuclear reactor systems, high-level coding in languages like C++ and Python, and experience with systems analysis codes are highly valued. Past exposure to IET validation and scientific computational environments is a plus!

The KP-SAM Systems Code Development Engineer plays a pivotal role in Kairos Power's mission to transition to clean energy. By assisting with the validation of KP-SAM and developing advanced models, you directly contribute to enhancing safety and efficiency in nuclear energy. This position supports the broader goal of commercializing innovative systems that protect the environment and improve quality of life.

For the KP-SAM Systems Code Development Engineer position at Kairos Power, proficiency in programming languages such as C++ and Python is crucial. These languages will aid you in developing and modeling complex systems effectively. Familiarity with the DOE MOOSE framework and software development practices further enhances your capability to excel in this role.

The working environment for a KP-SAM Systems Code Development Engineer at Kairos Power can be characterized as a high-concentration, fast-paced office setting. Whether you are working in Alameda, CA, or remotely, the collaborative atmosphere encourages close interactions among team members, making it essential to have excellent communication skills and a team-oriented mindset.

In your response, outline specific projects where you utilized C++ and Python. Discuss what challenges you faced, how you overcame them, and the outcomes of your work. Demonstrating practical applications of these coding languages will provide interviewers with insight into your problem-solving abilities and technical expertise.

Prepare to discuss a relevant project by detailing your role and responsibilities, the technologies used, and the project's impact on safety analysis. Highlight your critical thinking and problem-solving skills, and emphasize any collaborative efforts with teams to enhance the safety outcomes.

Explain the verification and validation methods you've implemented, such as comparing results against established benchmarks or employing peer reviews. Providing specific examples from previous positions helps showcase your understanding of accuracy in systems modeling and analysis.

Discuss your process for developing multi-dimensional models by outlining the steps from conceptualization to implementation. Emphasize your ability to collaborate with team members and utilize coding skills effectively to bring models to fruition.

Reflect on specific challenges encountered in scientific computational environments, whether technical issues or collaborative hurdles. Share how you addressed these challenges through innovative thinking or teamwork, illustrating your resilience and adaptability.

Communicate your level of comfort with version control software such as Git by sharing your experiences in managing source code, collaborating with others, and resolving conflicts. Highlight the importance of version control in maintaining project integrity.

Articulate your passion for clean energy and nuclear technology and how Kairos Power's mission aligns with your values. Connect your skills and experiences to the contributions you hope to make in this role, emphasizing your enthusiasm for being part of a transformative organization.

Share your views on collaboration by discussing how working with others can lead to creative problem-solving and enhanced outcomes. Provide examples of past teamwork experiences where collaboration brought about significant improvements in projects.

Discuss your academic and practical experiences related to thermal hydraulics and thermodynamics, emphasizing any particular projects or courses that helped deepen your understanding. Connecting these concepts to their application in nuclear systems will further strengthen your response.

Articulate your safety mindset by describing specific practices you follow to ensure safety in engineering projects. Discuss the importance of safety not just for yourself but for your team and the overall project, demonstrating your commitment to a culture of safety.