PCB Design Engineer
$100,219–$100,219 year
On-sitePittsfield, Massachusetts, United States
Job Summary
Layout high speed/high density multi-layer Printed Circuit Boards to MIL/IPC standards using Siemens DX Designer and Xpedition Enterprise. Support thermal and mechanical analysis, assist in diagnosing thermal-related problems, and contribute to the qualification process for in-house PCBs. Manage CAD layout including symbol creation, library management, and component placement while supporting procurement and fabrication. Assist in troubleshooting fielded equipment failures traced to PCBs and participate in design reviews. Work within a cross-functional team to learn best practices and contribute to complex projects. This role offers a 9/80 flexible schedule with every other Friday off.
Required Qualifications
- Bachelor's degree in Reliability, Electrical, Mechanical or Materials Engineering, or a related Science, Engineering, Technology or Mathematics field
- 2+ years of job-related experience
- Master's degree and 6 months of job-related experience
- Department of Defense Secret security clearance is obtainable within a reasonable amount of time after hire
- U.S. Government security investigation eligibility
- Eligibility requirements for access to classified information
- U.S. citizenship
- Some knowledge of IPC specifications and standards relevant to PCB manufacturing, assembly, and testing (e.g., IPC-2221, IPC-7711, IPC-A-610)
Desired Qualifications
- Experience in Siemens DX Designer and Xpedition Enterprise
- Support design efforts using PTC CREO and AutoCAD design tools
- Basic knowledge of PCB materials, mechanical structure of vias and traces, plating of circuits, manufacture of PWBs and Printed Wire Assemblies (PWAs), PCB shapes and mounting
- Familiarity with Testing Procedures: Basic understanding of PCB testing methodologies, including functional testing, in-circuit testing (ICT), boundary scan testing, and automated optical inspection (AOI)
- Developing ability to assist in diagnosing issues at the component level, including identifying faulty components and connections
- Ability to read and interpret PCB schematics and layouts to support test plan development
- Foundational proficiency with modeling CAD tools to create mechanical models and drawings
- Basic knowledge of manufacturing and fabrication methods, as well as technical, government, and industry standards
- Collaborative, curious mindset with eagerness to contribute to complex projects
- Good communication skills with the ability to document technical work clearly
- Commitment to ongoing learning and professional development
- Identifies opportunities to apply AI for continuous improvement and innovation
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