Senior Mechanical Engineer - job 1 of 2

As a Senior Mechanical Engineer at Freeform, your responsibilities will include leading the mechanical design efforts across the organization, conducting thorough research and development, and testing complex mechanical components and systems. You will also perform tolerance analysis and strategize continuous improvement plans, ensuring the performance and reliability of our innovative 3D printing technology.

To be considered for the Senior Mechanical Engineer role at Freeform, you should have a Bachelor's degree in mechanical engineering or a related field, along with at least 5 years of hands-on experience in mechanical systems design and development. Proficiency in CAD and understanding GD&T are essential, and previous exposure to advanced robotics or industrial automation systems is beneficial.

No, 3D printing experience is not a prerequisite for the Senior Mechanical Engineer role at Freeform. The company seeks smart, motivated engineers who are eager to tackle challenges and possess extensive mechanical engineering knowledge and skills, regardless of previous exposure to 3D printing technologies.

The work environment at Freeform is collaborative and energetic, featuring a state-of-the-art facility designed to foster teamwork and innovation. Located in Hawthorne, CA, you'll enjoy access to versatile spaces for research and development, equipment validation, and integration, all while being part of a vibrant tech ecosystem that promotes growth and creativity.

Freeform offers a robust benefits package for Senior Mechanical Engineers, including 100% employer-paid medical, dental, and vision insurance, substantial stock option packages, and generous paid parental leave. Additional perks include flexible work hours, catered meals, relocation assistance, and a culture that encourages professional growth and development.

Certainly! When answering this question, focus on specific projects where you designed mechanical systems, highlighting your role, the design process, and any challenges you faced. Mention the tools and technologies you used, and emphasize your problem-solving skills and how they contributed to project success.

Discuss your approach to tolerance analysis, including how you determine acceptable limits for mechanical components. Be sure to explain the tools and methodologies you utilize, such as CAD software or engineering principles, and how you ensure that designs meet the required specifications.

Address the importance of a structured testing phase by discussing how you plan, execute, and analyze tests for mechanical designs. Talk about your experiences with prototype testing, data collection, and applying findings to make informed design improvements.

Prepare to share a compelling story about a challenging mechanical design problem. Outline the context, the steps you took to diagnose and solve the issue, and the positive impact your solution had on the project’s outcome. Emphasize any collaboration with cross-functional teams.

Discuss your proficiency with CAD software and its role in your design process. Elaborate on how you've used it for creating detailed drawings, modeling components, and facilitating communication within teams. Mention specific software packages you're experienced with.

If you have experience with robotics, summarize the projects you worked on, the systems you designed or integrated, and the outcomes. If not, express your enthusiasm to learn in this area and relate it to similar mechanical experiences you've had.

Share your philosophy on continuous improvement, including any methods you advocate for, such as lean manufacturing principles or data-driven decision-making. Provide examples of past initiatives you have led or participated in that enhanced design processes or product quality.

Highlight your collaborative experiences with other engineering disciplines, such as electrical or software engineering. Emphasize how you effectively communicate technical concepts and work together to achieve project milestones and results.

Discuss your time management strategies, such as prioritizing tasks and setting realistic timeframes. Talk about the balance you find between meeting deadlines and maintaining high-quality design standards, including how you handle any potential issues that arise during the process.

Share your passion for engineering, touching on aspects like innovation, solving complex problems, or contributing to impactful projects. Illustrate how this motivation drives your work ethic and inspires you to continuously improve as an engineer.