Senior Process Design Engineer

The Senior Process Design Engineer at Kairos Power is primarily responsible for process design and integration, creating P&IDs and PFDs, and conducting thermal design evaluations for key systems in our advanced nuclear energy projects. You'll also lead equipment specifications and ensure that designs meet the operational needs of our demonstration reactor and future plants.

To qualify for the Senior Process Design Engineer role at Kairos Power, candidates should hold a Bachelor of Science in Chemical Engineering, Mechanical Engineering, or a related field, along with at least 10 years of industry experience in process design related to refining, chemicals, or power generation. Expertise in hazardous chemical systems and process simulation software is also preferred.

The work environment at Kairos Power for a Senior Process Design Engineer is collaborative and dynamic, with a focus on teamwork across multiple disciplines such as Mechanical, Structural, and Instrumentation & Controls Engineering. Engineers can expect to engage in a variety of challenging projects while adhering to high safety standards in a fast-paced setting.

The Senior Process Design Engineer at Kairos Power will be involved in exciting projects developing our low-power demonstration reactor and future commercial units. You will contribute to the design of main and auxiliary systems, ensuring they operate safely and efficiently while accommodating the integration of renewable energy sources.

Absolutely! Kairos Power is dedicated to nurturing talent and providing growth opportunities for employees, including the Senior Process Design Engineer. As part of a highly innovative team, you will have the chance to lead projects, contribute to new technology developments, and further your career within the expanding field of advanced nuclear energy.

When answering this question, focus on your passion for clean energy and sustainable technologies. Highlight how your skills can contribute to innovations that impact environmental sustainability and public safety, showcasing your long-term commitment to advancing nuclear energy solutions.

In your response, provide concrete examples of past projects where you’ve worked with hazardous materials. Discuss the design considerations you made to ensure safety and compliance, demonstrating your ability to manage risks associated with dangerous chemicals effectively.

Share your systematic approach to creating P&IDs, emphasizing your attention to detail and collaborative efforts with other engineering disciplines. Highlight the importance of following design standards, ensuring clarity, and maintaining accuracy in documentation.

Select a project that showcases your problem-solving abilities. Detail the challenges you faced, the steps you took to address them, and the positive outcomes achieved, emphasizing teamwork and communication in overcoming hurdles.

Mention the specific simulation tools you've used such as Aspen Plus or Hysys, elaborating on how you utilized these software platforms to support process design, optimization, and analysis in previous roles, leading to successful project outcomes.

Discuss your commitment to safety by outlining the processes you follow to meet regulatory requirements. Highlight your experience with HazOp analysis and how it guides you in designing safe and reliable systems that prioritize both functionality and safety.

Provide an overview of FMEAs and how you’ve used this methodology to identify potential failure points in designs. Illustrate your understanding of the impact of failure modes on safety and performance and how you proactively mitigate risks.

Explain your time management strategies, including how you prioritize tasks based on project needs and deadlines. Share examples where you effectively coordinated with teams to keep projects on track while remaining adaptable to changes.

Emphasize the importance of collaboration in engineering roles. Discuss how you work with other teams, such as Mechanical and Structural Engineers, and the benefits of cross-disciplinary collaboration in developing innovative and effective designs.

Share your insights on the latest trends in nuclear energy, such as advancements in reactor safety, sustainability efforts, or public perception. This gives you an opportunity to showcase your industry knowledge and your vision for the future of nuclear technologies.