Mechanical Design Engineer, Chemistry Control System

As a Mechanical Design Engineer at Kairos Power, you will be responsible for designing and prototyping innovative components for the FHR chemistry control system. You’ll create high-fidelity 3D models, develop manufacturing drawings, and oversee the design of high-temperature components while collaborating with other teams to ensure seamless assembly and troubleshooting.

Candidates for the Mechanical Design Engineer role at Kairos Power should hold a Bachelor’s or Master’s degree in Mechanical, Nuclear, or Aerospace Engineering, along with at least 3 years of industry experience. SolidWorks or comparable CAD software experience is essential, particularly in high-temperature systems or nuclear applications.

Mechanical Design Engineers at Kairos Power utilize various software tools including SolidWorks for modeling, ANSYS for finite element analysis, and other CAD tools to design and prototype components efficiently, ensuring high-quality outcomes for high-temperature applications.

At Kairos Power, we prioritize employee development by offering opportunities for collaboration with R&D teams and engaging in diverse projects. You'll be involved in all aspects of system design, giving you firsthand experience that is essential for professional growth in the fast-evolving field of clean energy technology.

At Kairos Power, Mechanical Design Engineers will typically work in a general office environment, but will also engage in hands-on work involving prototypes and testing equipment. A commitment to safety is vital, as you will be working with chemical systems and potentially hazardous materials.

In responding to this question, provide specific examples of projects or components you have designed, focusing on the challenges and innovations you introduced to accommodate high-temperature conditions. Highlight any relevant methodologies and results that showcase your expertise.

Discuss your systematic approach to ensuring safety in design, such as using standard protocols, engaging in stress analysis, and collaborating with cross-functional teams. Share any specific regulations you were required to adhere to and how you employed them effectively.

Mention your proficiency in SolidWorks or any other CAD tools, detailing how you've used these platforms for creating detailed models and specification drawings. Include examples of complex projects where your CAD skills made a substantial impact.

Emphasize the importance of clear communication and active listening. Share techniques you use to present technical concepts clearly, such as creating visual aids or summarizing ideas in accessible language to facilitate understanding among team members.

Take this opportunity to narrate a specific challenge in a project, focusing on your problem-solving process. Discuss your analytical thinking and how working collaboratively with your team led to a successful resolution.

Explain your approach to post-testing evaluations, including metrics you analyze, correlation with design requirements, and feedback you gather from stakeholders. Discuss any iterative improvement processes that you implement based on test results.

Discuss your time management strategies, such as setting priorities based on project scope and deadlines, using project management tools, and communicating effectively with your team to ensure everyone is aligned on goals and timelines.

Detail your hands-on experience with creating prototypes and the importance of iterative testing in your design process. Share examples where prototyping yielded vital insights that improved the final product.

Highlight qualities such as strong analytical and problem-solving skills, creativity, attention to detail, collaboration, and adaptability. Provide examples of how you've exemplified these qualities in your past roles.

Share your strategies for continuous learning, such as participating in workshops, attending conferences, reading industry publications, and networking with peers. Emphasize the importance of being informed to maintain a competitive edge.