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. 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. 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. 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. 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
