Mechanical Engineer - job 1 of 2

The Mechanical Engineer position at Freeform involves taking responsibility for projects from concept through to production. This includes collaborating with senior engineers to research, design, and test complex mechanical components. You'll perform tolerance analysis, execute tests to evaluate design feasibility, and get hands-on to integrate and validate systems. Your ability to strategize continuous improvements in performance and reliability is crucial for our innovative projects.

To apply for the Mechanical Engineer role at Freeform, candidates should have a Bachelor’s degree in mechanical or aerospace engineering from an accredited university. Hands-on design experience, which can be gained through internships or engineering clubs, is also essential. While 3D printing experience is not mandatory, familiarity with mechanical engineering fundamentals will be vital for success.

No, experience in 3D printing is not a requirement for the Mechanical Engineer position at Freeform. We are looking for motivated engineers who enjoy solving complex problems and collaborating with other disciplines. Your problem-solving abilities and a willingness to learn are valued more than prior experience with our specific technology.

Freeform fosters an inclusive and collaborative culture, where diverse ideas and teamwork are celebrated. We encourage engineers to learn from one another and make data-driven decisions. Our state-of-the-art facility in Los Angeles promotes creativity and collaboration, making it an exciting place for mechanical engineers to thrive and innovate.

At Freeform, we are committed to the professional development of our Mechanical Engineers through mentorship, continuous improvement plans, and opportunities for hands-on experience. As an early member of a rapidly growing company, you’ll have the chance to shape your career path and contribute to groundbreaking technologies in the world of 3D printing.

When approaching mechanical design projects, it's crucial to start with a clear understanding of project requirements. I prioritize conducting thorough research, followed by conceptualizing designs using CAD tools. Collaboration with cross-functional teams ensures that diverse perspectives are incorporated, leading to more innovative solutions. Regular testing and feedback cycles help refine designs iteratively.

In a past project, I encountered a significant issue with a system's thermal management. After identifying the root cause through detailed analysis and testing, I redesigned the cooling system using simulations. This solution not only resolved the immediate problem but also improved system efficiency, showcasing the importance of a methodical approach in mechanical engineering.

I am proficient in several tools, including CAD software like SolidWorks and AutoCAD for design, as well as MATLAB and ANSYS for analysis. These tools are essential for modeling complex systems, conducting simulations, and performing finite element analysis to ensure designs meet performance specifications.

To ensure design reliability, I perform thorough testing at various stages of the project, including prototype testing and tolerance analysis. I also employ techniques such as Failure Mode and Effects Analysis (FMEA) to anticipate potential failures and improve the design accordingly, which is crucial for maintaining high standards of safety and performance.

While working on previous projects, I consistently collaborated with electrical and software engineers to integrate systems effectively. This experience taught me the value of clear communication and understanding other disciplines, which is vital for successful collaborative work in engineering projects.

I believe continuous improvement is achieved through regular performance reviews, feedback loops, and data analysis. I actively seek out areas for optimization and implement changes based on measured impacts, fostering an innovative and results-oriented environment.

Failure is part of the engineering process. When faced with setbacks, I analyze the situation to understand what went wrong, then I adjust my approach based on those insights. This resilience and willingness to learn from mistakes have been crucial in successfully completing projects.

I’m motivated by the challenge of solving complex problems and the opportunity to develop innovative solutions that can have a lasting impact. The rapid advancements in technology, particularly in areas like 3D printing, excite me and drive my desire to contribute to pioneering work.

I stay informed through industry publications, attending conferences, and participating in webinars. Networking with other professionals and engaging in online forums also help me stay connected with emerging technologies and best practices in mechanical engineering.

I am drawn to Freeform's mission of transforming 3D printing and its commitment to innovation and collaboration. I believe my skills and values align well with the company culture, and I am excited about the opportunity to contribute to cutting-edge projects while being part of a forward-thinking team.