Mechanisms Engineer II

As a Mechanisms Engineer II at Hermeus, your main responsibilities will include leading the design and development of sophisticated mechanical systems and components for our hypersonic aircraft initiatives. You'll collaborate with cross-functional teams to outline project requirements, conduct stress and kinematic analyses, oversee prototyping and testing of mechanisms to ensure performance, and maintain thorough documentation. Additionally, you'll select materials and manufacturing processes, mentor junior engineers, and contribute to ongoing research and development.

To be a successful candidate for the Mechanisms Engineer II position at Hermeus, you need a Bachelor's degree in mechanical engineering or a related field, with a Master’s preferred. Ideally, you should have at least 3 years of experience in mechanisms engineering within the aerospace sector, along with proficiency in CAD software like SolidWorks or CATIA. Familiarity with FEA analysis and strong problem-solving skills are essential, as well as excellent collaboration and communication abilities.

Hermeus is committed to the professional growth of its employees, including Mechanisms Engineers II. In this role, you'll not only collaborate with seasoned experts but also have the opportunity to mentor junior engineers, furthering your leadership skills. The company encourages staying updated with industry advancements and emerging technologies, which will enhance your knowledge and keep your skills sharp.

In the Mechanisms Engineer II role at Hermeus, you will utilize advanced CAD software such as SolidWorks or CATIA for design purposes, as well as simulation tools for mechanical analysis. You'll engage in detailed stress, fatigue, and kinematic analysis to validate mechanism designs and ensure their effectiveness. Proficiency in FEA analysis is advantageous for ensuring the reliability and optimization of designs.

The Mechanisms Engineer II position at Hermeus offers a salary range between $110,000 and $140,000 per year. This figure varies based on factors such as the candidate's professional experience, education, and specific skills. Hermeus also provides a comprehensive benefits package, which includes competitive salary options, equity, unlimited PTO, and potential eligibility for year-end bonuses.

When answering this question, focus on specific projects where you led the design and development of mechanical systems. Highlight your approach to problem-solving, any innovative solutions you implemented, and how you collaborated with your team to meet project goals.

Discuss the methodologies you employ to validate your designs. This can include stress analysis, kinematic evaluations, and hands-on testing. Emphasize your attention to detail in documentation and how iterating on feedback from prototypes has improved your designs.

Be specific about the CAD software you’ve used, such as SolidWorks or CATIA. Provide examples of how you utilized these tools in your previous projects, including any complex designs you created and how you solved challenges using the software.

Explain your strategy for effective communication and teamwork. Mention specific experiences where diverse teams worked on a common goal, highlighting how you helped manage different perspectives and ensured alignment in project objectives.

Choose a specific engineering challenge that is relevant to the aerospace industry if possible. Detail the problem, your thought process in addressing it, the actions you took, and the successful outcome of your solution.

Discuss various materials used in aerospace applications, emphasizing their properties like weight, strength, and thermal resistance. Mention your practical experience with selecting materials based on their suitability for specific designs and project constraints.

Talk about how you actively engage in professional development, such as attending workshops, reading industry publications, participating in relevant online forums, or taking additional coursework to stay informed about the latest technologies.

Be prepared to explain the prototype's purpose, the prototyping process you followed, and the insights gained from testing. Reflect on any modifications you made based on the results and the impact this had on the final design.

Highlight any experience you have managing projects, including how you planned, executed, and monitored project progress. Discuss any tools or methodologies you used to keep the team on track, and address how you resolved conflicts or challenges that arose.

Describe your approach to prioritizing tasks and managing your time effectively. Provide examples of how you’ve successfully met deadlines in past roles while ensuring the quality of your work was maintained.