Mid-Level Design Engineer, Defense Programs

As a Mid-Level Design Engineer at Hendrick Motorsports, you will be responsible for collaborating with senior engineers and project managers to define design objectives, conducting assessments of engineering concepts, and designing intricate electromechanical systems. Your role will also involve creating technical drawings and engaging in product design reviews while mentoring junior engineers along the way.

To qualify for the Mid-Level Design Engineer role at Hendrick Motorsports, you need a Bachelor’s degree in Mechanical Engineering or a related field, along with a minimum of 5 years of experience in the motorsports, military, or automotive industries. Proficiency in CAD software, especially Siemens NX, is crucial, and familiarity with ISO standards is a plus.

The team environment for Mid-Level Design Engineers at Hendrick Motorsports is highly collaborative and innovative. You'll work closely with senior engineers, project managers, and manufacturing teams, all while being encouraged to share your ideas and contribute to brainstorming sessions aimed at improving designs and processes.

A Mid-Level Design Engineer at Hendrick Motorsports should possess advanced proficiency in CAD software, ideally Siemens NX, as well as experience with Finite Element Analysis (FEA) tools like Ansys. Familiarity with Microsoft Office Suite is also necessary for documentation and reporting purposes.

At Hendrick Motorsports, Mid-Level Design Engineers have multiple growth opportunities including mentorship programs, exposure to advanced engineering projects, and the possibility to take on leadership roles within their teams. This vibrant environment fosters professional development and career advancement.

When answering this question, detail your proficiency with CAD software like Siemens NX. Explain specific projects where you utilized this software, emphasizing how your skills contributed to successful design outcomes and how you stay updated with software advancements.

Use the STAR method to structure your answer. Describe the Situation and Task, the Action you took to analyze and work through the issue, and the Result of your actions. Highlight creativity and technical skills as pivotal to your solution.

Discuss your organizational skills, mentioning tools or methodologies you use for project management. Explain your approach to setting timelines, communicating with teams, and dealing with shifts in project priorities effectively.

Reflect on the innovative and impactful nature of the defense industry. You might want to mention your interest in contributing to national security, the excitement of engineering in high-stress environments, or the opportunity to work on cutting-edge technology.

Share your understanding of compliance standards relevant to the role, like ISO 9001. Discuss your methods for ensuring that each design passes through required checks and balances and how you stay informed about regulatory changes in the industry.

Detail your approach to prototyping, including tools and processes used. Describe how you collect data during testing and how that feedback loops into refining designs, showcasing your hands-on experience.

Exemplify your openness to feedback by explaining your willingness to accept constructive criticism. Discuss a specific example where peer feedback improved your design and how you effectively integrated their suggestions.

Talk about your views on the importance of mentorship in fostering a collaborative and innovative environment. Explain how mentoring junior engineers has benefitted you and the team dynamics.

Discuss your knowledge related to International Traffic in Arms Regulations (ITAR) and how it applies to your past roles. Mention specific experiences that required adherence to these regulations to highlight your understanding and compliance.

Reflect on your passion for engineering and the profound impact your designs can have on safety and effectiveness in defense applications. Share what inspires you to innovate and deliver high-quality work in this critical area.