Lead Engineer, Characterization

The Lead Engineer, Characterization at Kairos Power is responsible for overseeing the operations of the Characterization Laboratory, leading a team to conduct analytical testing and characterization of materials essential for our nuclear energy technology. This includes monitoring project progress, managing lab equipment, and developing operating procedures, all while fostering a high-performing team environment.

To qualify for the Lead Engineer, Characterization position at Kairos Power, candidates should possess a B.S. or M.S. degree in Materials Science or a related field, along with at least 10 years of experience in characterization operations or analytical chemistry. Experience working with radioactive materials and strong project management skills are also critical for success in this role.

Important skills for the Lead Engineer, Characterization at Kairos Power include excellent project management capabilities, strong problem-solving and critical-thinking abilities, and exceptional communication skills. A team-oriented mindset and the ability to lead multidisciplinary teams are key attributes that will help ensure successful project execution.

A Lead Engineer, Characterization at Kairos Power plays a crucial role in promoting safety by overseeing job hazard analyses for new activities, ensuring adherence to safety protocols within the lab, and implementing rigorous training for team members on safety practices when handling radiological materials and equipment.

The work environment for a Lead Engineer, Characterization at Kairos Power is fast-paced and technically demanding. It requires working in both office settings and specialized laboratory spaces with high safety standards, where collaboration with team members and vendors is essential for maintaining efficient operations.

When answering this question, provide specific examples from your past roles where you managed characterization processes. Highlight any relevant methodologies, equipment, or techniques you utilized to ensure accurate results and compliance with safety standards.

Discuss your approach to effective task prioritization by referring to specific tools or methods you use, such as project management software or strategic planning frameworks. Mention how you've successfully balanced multiple projects while meeting deadlines.

Use the STAR (Situation, Task, Action, Result) method to outline the context of the problem, your specific role, the action you took to address it, and the successful outcome. This showcases your problem-solving ability and critical thinking skills.

Mention specific strategies such as regular team meetings, open communication policies, or collaborative project management tools. Share an example where these strategies led to improved outcomes or team dynamics.

Explain your commitment to safety by detailing the procedures and training you enforce within your team. Provide examples of how you have identified potential hazards and successfully implemented safety measures.

Discuss your time management skills and provide examples of frameworks you use for tracking progress, such as Gantt charts or Agile methodologies. Highlight your ability to adapt timelines in response to unforeseen project developments.

Share any relevant experiences where you led or participated in the commissioning of laboratory equipment. Focus on how you ensured operational efficiency and safety throughout the process.

Provide an example of a conflict you've managed professionally, focusing on how you facilitated open communication and collaboration to find a resolution that worked for everyone involved.

Discuss how comprehensive documentation supports quality assurance, compliance, and knowledge sharing within the team. Give examples of documentation processes you’ve developed or improved in your previous roles.

Reflect on your passion for innovation and sustainability in energy. Share personal anecdotes or experiences that have driven your interest in the nuclear energy sector and your desire to contribute to its advancement.