Join Eaton and be a part of our commitment to providing impactful, energy-efficient solutions that shape a sustainable future. At Eaton, we make what matters work, and we're dedicated to fostering a workplace where ethics, inclusion, diversity, and our people are at the forefront. **Eaton Wimborne** Join a **world-class engineering hub** that’s revolutionizing **air-to-air refueling and advanced actuation systems** for defense markets. Formerly **Cobham Mission Systems** , our **Wimborne facility** is now part of Eaton's dynamic portfolio, bringing cutting-edge innovation to the aerospace and defense industry. With a **team of 1,000 talented professionals** , we operate in a **state-of-the-art environment** , leveraging **AI, Machine Learning, integrated testing, and next-generation systems** to drive progress. But beyond the technology, we are a **people-first organization** , dedicated to **career growth, employee satisfaction, and fostering a culture of excellence** . As an **ITAR-regulated site** , we work on **mission-critical solutions** , meaning **eligibility for Security Clearance** is required. If you're looking to **make an impact, work with groundbreaking technology, and be part of a future-focused team** , this is the place for you! **What you’ll do:** As an **Electro-Mechanical Engineer** , you’ll work across **design, development, and production support** , helping to create **complex aerospace systems** that meet the highest industry standards. Your responsibilities include: + **Designing electro-mechanical assemblies** , including enclosures, looms/wiring harnesses, and PCB assemblies using **3D CAD modeling** . + **Ensuring compliance with aerospace standards** such as **EWIS, EMC, IPC manufacturing guidelines** , and manufacturability/testability principles. + **Generating and managing engineering drawings** , applying **configuration control tools (e.g., PTC Windchill)** to ensure design integrity. + **Collaborating with cross-functional teams** , mentoring junior engineers, and leading engineering change requests. + **Applying advanced problem-solving tools** , including **Design for Six Sigma and Lean methodologies** , to optimize performance and efficiency. This role involves a **mix of new product design and production support** , requiring an engineer who can **analyze, refine, and improve both legacy and next-generation systems** . **Key Responsibilities** + Leading **electrical and electromechanical engineering projects** , ensuring compliance and efficiency. + Acting as a **technical consultant** , providing expertise to improve manufacturing processes. + Mentoring **junior engineers** , guiding them through design principles and industry best practices. + Managing **complex engineering projects** , applying **Lean methodologies** to optimize performance. + Ensuring **engineering change requests** are thoroughly justified and effectively implemented. + Applying **problem-solving tools** such as **Design for Six Sigma** to streamline aerospace design challenges. + Driving **innovation** , contributing to intellectual property and technical publications. **Skills Required:** **Essential Skills & Tools:** + **3D Modeling & Technical Drawings** – Expertise in PTC CREO for creating and refining complex designs. + **Configuration Management** – Proficiency in tools like PTC Windchill to ensure accuracy and version control. + **Safety-Focused Design Thinking** – Ability to integrate safety considerations into engineering solutions. + **Task & Workflow Management** – Skilled in managing outsourced work packages efficiently. + **Clear Technical Communication** – Strong ability to justify and analyze engineering changes with clarity. **Desirable Skills & Tools:** + **Loom Design & Electrical Harnessing** – Experience using TE Connectivity Harnware in Microsoft Visio. + **Precision Drawing Review** – Familiarity with Bluebeam Revu for detailed drawing verification. + **Printed Circuit Board (PCB) Knowledge** – Understanding CADSTAR for PCB-related data analysis. + **Advanced Quality Planning** – Background in APQP to drive process improvement. + **Failure Mode Analysis** – Proficiency in DFMEA for identifying and mitigating design risks. + **Mechanical Design Expertise** **What We Offer You** + Competitive compensation and benefits package + Challenging projects in dynamic collaborative team + We make your aspirations matter – Eaton encourages internal promotion, whenever possible + We make your growth matter - We invest in our employees for the long term – not just with salary and benefits, but with ongoing learning and development opportunities made available through Eaton University. + We make your contributions matter - reliability, safety, efficiency, and sustainability are at the core of our dedication to improving people’s lives and the environment through power management technologies. + We make your wellbeing matter – We put your health and safety first. Wellness at Eaton is more than a program, it’s about changing the environment by offering the right tools to help empower employees to make that happen. The successful applicant will be in contact with US ITAR controlled technology, goods and information. As a condition of employment, employees with access to US ITAR controlled technology and goods may be required to undergo an additional screening process as part of the recruitment process We are committed to ensuring equal employment opportunities for job applicants and employees. Our recruitment processes use balanced selection criteria and avoid unlawful discrimination against applicants on the basis of their age, colour, disability, marital status, national origin, gender, gender identity, genetic information, race or racial origin, religion, sexual orientation or any other status protected or required by law.