What's Happening?
Eaton's Aerospace Fluid Electrical Distribution (FED) division is actively seeking a Mechanical/PCB Engineering Manager for its Torrance, California location. This hybrid role requires on-site work three days a week and offers an annual salary range of $129,000
to $190,000. The manager will lead a team of mechanical engineers, PCB designers, and draftsmen in the design, development, qualification, and support of power conversion products for military and aerospace applications, including electric aircraft like eVTOL/eCTOL. Key responsibilities include establishing departmental goals, conducting performance reviews, and ensuring compliance with military and aerospace standards. The role also involves leading root-cause investigations for PCB or packaging issues and collaborating with various internal and external stakeholders. Candidates must possess a Bachelor's degree in Mechanical Engineering or a related field, along with at least 10 years of mechanical design experience and 5 years of engineering leadership. Proficiency in CAD modeling (SolidWorks, Catia, Creo & AutoCAD) and PCB design (Altium, IPC standards) is required. Due to the nature of military/defense projects, all applicants must be U.S. Citizens, and Eaton will not sponsor employment immigration for this position.
Why It's Important?
This hiring initiative by Eaton's Aerospace division underscores the company's commitment to expanding its capabilities in a rapidly evolving sector. The demand for specialized engineering talent in aerospace, particularly in areas like electric aircraft and power conversion, highlights a broader industry trend towards advanced technological integration. For the U.S. aerospace and defense industry, securing skilled professionals in mechanical and PCB design is crucial for maintaining innovation and competitiveness. The emphasis on U.S. citizenship for this role reflects the sensitive nature of military and defense projects, ensuring national security compliance. The competitive salary range and the requirement for extensive experience indicate the high value placed on this expertise, which is essential for developing robust and reliable systems for both military and commercial aerospace applications. This investment in talent directly supports the growth of critical infrastructure for future air mobility and defense technologies.
What's Next?
The successful candidate will be instrumental in driving the design, development, and qualification of next-generation power conversion products for military and aerospace applications. This includes leading efforts in mechanical assemblies, printed circuit boards, and electro-mechanical products. The manager will also be responsible for mentoring engineers, ensuring compliance with industry standards, and identifying opportunities for cost reduction and manufacturability improvements. The role's focus on supporting prototype builds, qualification testing, and production transfers suggests a direct impact on bringing new aerospace technologies to market. Given Eaton's strong performance in its Aerospace segment, with a 20% increase in global orders, this position will play a vital role in converting these orders into successful product deployments and sustaining the company's growth trajectory in the aerospace market.
Beyond the Headlines
The recruitment for this specialized engineering role reflects the increasing complexity and technological demands within the aerospace industry, particularly with the advent of electric vertical takeoff and landing (eVTOL) and electric conventional takeoff and landing (eCTOL) aircraft. The need for expertise in both mechanical and PCB design highlights the interdisciplinary nature of modern aerospace engineering, where electrical and mechanical systems are deeply integrated. The strict U.S. citizenship requirement for this position also points to the ongoing challenges and considerations surrounding intellectual property and national security in defense-related technological advancements. This trend could lead to a greater emphasis on domestic talent development and retention within critical engineering fields, potentially influencing educational programs and government initiatives aimed at fostering a skilled workforce for advanced aerospace and defense technologies.
