Engineer /Scientist III #1663JP00002830

As an Engineer/Scientist III at Navarro Research and Engineering, you will support advanced mechanical design, develop organizational standards, and ensure compliance with NNSA and industry standards. You'll engage in drafting and checking models using Creo 3D CAD software, lead design reviews, and promote collaboration within interdisciplinary teams, making your role vital to the success of projects at Los Alamos National Laboratory.

To be a candidate for the Engineer/Scientist III position, applicants are required to possess a bachelor’s degree in engineering technology or a related field, alongside a minimum of 8 years of direct experience in the engineering domain. Alternatively, candidates with an associate's degree and 20 years of relevant experience may also be considered. Knowledge of Creo CAD software, advanced mechanical design principles, and the ability to mentor others are also essential.

Navarro Research and Engineering emphasizes strict adherence to organizational design and drafting standards, particularly ASME Y14 standards. As an Engineer/Scientist III, you will apply your expert knowledge in compliance protocols, conduct tolerance analysis, and ensure that all product definitions meet rigorous regulatory requirements, thereby safeguarding quality and safety across various engineering projects.

At Navarro Research and Engineering, our Engineer/Scientist III employees enjoy a robust benefits package that includes comprehensive health care plans covering medical, dental, and vision, retirement plans such as 401k and IRA options, life insurance, and generous paid time off for vacations, sick days, and public holidays. We are dedicated to supporting our team members on both professional and personal fronts.

Engineers and Scientists at Navarro Research and Engineering work in a collaborative and innovative environment at the Los Alamos National Laboratory, one of the most prestigious research institutions. You will have the opportunity to engage with colleagues across diverse technical backgrounds, contribute to national security projects, and drive advancements in engineering solutions while enjoying a safe, supportive workplace.

When answering this question, highlight specific projects where you used Creo 3D CAD software, emphasizing your familiarity with both the drafting and modeling aspects. Discuss how you have utilized this software to create designs that meet complex specifications and any challenges you've overcome while using it, showcasing your proficiency and problem-solving skills.

Detail your experience with ASME Y14 standards, especially Y14.5 and Y14.41. Share practical examples of how you've implemented these standards in past projects, conducted reviews to ensure compliance, and collaborated with team members to enhance understanding of these guidelines, ultimately ensuring high-quality output.

Discuss your philosophy on mentorship, emphasizing the importance of fostering an open environment. Provide examples of situations where you've guided junior members through design iterations, sharing knowledge to enhance their skills, and fostering their growth within the team, all while achieving project goals effectively.

Reflect on a project that showcases your leadership and technical expertise. Describe your responsibilities, the challenges faced, and how you coordinated with various teams to overcome those challenges. Highlight specific outcomes and contributions you made to ensure the project's success, focusing on your problem-solving abilities.

Explain the methodology you typically follow for conducting tolerance and stack analysis, highlighting your understanding of design tolerances and their impact on product functionality. Share any software or tools you utilize, what outcomes you pay attention to, and how you apply these analyses in your design processes to prevent defects.

Discuss your time management skills and how you utilize techniques such as task prioritization based on deadlines and importance. Provide examples of past experiences where you successfully juggled multiple projects, emphasizing how you kept stakeholders informed of progress and ensured the highest quality in all deliverables.

Share your knowledge of weapon-system configuration management workflows, detailing the processes involved in authorization, review, release, and distribution of models and drawings. Emphasize your understanding of the importance of maintaining accurate documentation and how it contributes to the overall success of engineering projects.

Provide concrete examples of how you've identified areas for improvement in engineering processes and the steps you took to implement those improvements. Highlight any outcomes that benefited the overall project or team efficiency while ensuring compliance with industry standards.

Discuss techniques such as regular meetings, clear documentation, and collaboration tools that you use to facilitate effective communication. Share specific examples of how you've worked with team members from various backgrounds, ensuring everyone's voice is heard and fostering a collaborative atmosphere.

Detail your strategy for conducting design reviews, including how you prepare for them and engage with team members. Highlight your focus on constructive feedback and how you encourage open discussions to refine designs while addressing potential engineering defects before moving forward.