Senior Mechanical Engineer I (Onsite)

In the role of Senior Mechanical Engineer I at Axon, you'll be responsible for driving innovative product development from conception to manufacturing, performing detailed mechanical analyses, and collaborating closely with cross-functional teams. You'll take ownership of design projects, ensuring that safety and functionality standards are met while also focusing on creative problem-solving.

To qualify for the Senior Mechanical Engineer I role at Axon, candidates should possess a Bachelor’s degree in Mechanical Engineering or equivalent experience. Additionally, a minimum of seven years of product design experience in high-end consumer electronic products is essential. Proficiency with CAD software and an understanding of various manufacturing processes are also necessary.

The work environment for a Senior Mechanical Engineer I at Axon is empowering and fast-paced. You'll be part of a collaborative team where diverse perspectives are valued. Continuous professional development is encouraged, and your contributions will directly impact public safety.

Key skills for success in the Senior Mechanical Engineer I role at Axon include strong problem-solving abilities, knowledge of DFM/DFA practices, and effective communication. Additionally, experience with electro-mechanical integration and a deep understanding of materials will be beneficial.

Axon prioritizes professional development by providing ongoing learning opportunities, mentorship programs, and a culture of collaboration. As a Senior Mechanical Engineer I, you'll have access to resources to advance your skills and stay at the forefront of engineering innovation.

In answering this question, discuss specific projects you've worked on, the design challenges you faced, and how you overcame them. Emphasize your role during the design process, especially in collaboration with teams and how you ensured the products met user needs.

Outline your systematic approach to problem-solving, including how you diagnose issues and your methods for exploring potential solutions. Provide an example from your past work to illustrate your adaptability and creativity.

Mention your proficiency with specific CAD software, such as Creo, and provide examples of how you've utilized it for complex component designs, simulations, or collaborations with other engineers to enhance product development.

Provide a situation where you successfully managed conflicting requirements, detailing how you prioritized tasks, collaborated with team members, and ultimately reached a solution that satisfied all stakeholders.

Share your understanding of DFM/DFA and discuss specific strategies you use to ensure that your designs are cost-effective, efficient, and able to be produced within specified tolerances. Reference any relevant experiences where these principles were pivotal.

Talk about your collaboration with industrial designers and how you interpret their vision in your mechanical designs. Provide examples of how you adapted designs without compromising aesthetics while maintaining functionality.

Discuss your experience designing products that meet specific ingress protection ratings. Share examples of past projects where you successfully navigated design elements like sealing, material selection, and testing to meet these standards.

Detail the various testing methods you've utilized, including FEA, tolerance analysis, and real-world testing. Highlight how these tests informed your design process and led to successful project outcomes.

Provide specific examples of how you've effectively worked with teams from different disciplines—such as electrical engineering or manufacturing—to create synchronized and successful product solutions.

Express your passion for mechanical engineering and how it aligns with Axon's mission. Share personal anecdotes or experiences that drove your interest in the field and how you see yourself contributing to Axon's goals.