PCB eCAD Designer- Bothell,WA

As a PCB eCAD Designer in Bothell, WA, your primary responsibilities will include designing high-speed PCB layouts using Siemens Xpedition VX, managing the PCB eCAD library, and ensuring compliance with all design constraints. You’ll also be involved with routing for medical systems and devices, handling complex interfaces like SATA and DDR, and performing DFM/DFA evaluations.

For the PCB eCAD Designer role in Bothell, WA, candidates should possess significant experience in using Siemens Xpedition Layout and DxDesigner VX2.8, along with a solid understanding of high-speed circuit board design. Knowledge of routing techniques, particularly for medical devices, and familiarity with DFM/DFA processes are also crucial.

Yes, experience with Siemens Xpedition VX is mandatory for the PCB eCAD Designer position in Bothell, WA. This tool is integral for managing PCB layout and design, so proficiency in it will facilitate your contributions to our innovative medical devices.

As a PCB eCAD Designer in Bothell, WA, you will work on projects related to medical systems and devices. This includes high-speed PCB designs that require meticulous attention to detail to meet strict regulatory standards and enhance the performance of medical technology.

While the focus is on Siemens Xpedition for design, familiarity with other PCB design software and programming languages like Python or MATLAB can be beneficial for automating tasks and streamlining the design process as a PCB eCAD Designer in Bothell, WA.

Absolutely! When discussing your experience with Siemens Xpedition during the interview, highlight specific projects where you applied your skills in PCB layout and design. Mention any challenges faced and how you overcame them, showcasing your problem-solving abilities.

In response to this question, detail your strategies, such as maintaining proper impedance control, optimizing trace lengths, and using appropriate layer stacking. Provide examples of projects where these strategies helped achieve design objectives.

To ensure DFM/DFA compliance, share your process for incorporating design reviews, simulations, and utilizing tools that check adherence to manufacturing capabilities. Mention how collaboration with manufacturing teams enhances your designs.

Discuss your familiarity with constraints editor systems, specifically how you use them to define and manage design rules. Give examples of how you’ve successfully implemented these rules in previous PCB design projects.

Explain your approach to component library management, including how you maintain, update, and validate library parts. Emphasize the importance of accuracy in the library for successful PCB manufacturing.

Provide a concise summary of the project, the challenges you faced, and how your skills contributed to its success. Highlight your role, the technologies used, and the impact of the project on the end product or client satisfaction.

Share your experience with high-speed interfaces like SATA, DDR, PCIe, or others. Discuss how these interfaces informed your design decisions, including signal integrity and layout considerations.

Explain your commitment to professional development by mentioning any resources, workshops, or communities you engage with to stay current with PCB design technologies and methodologies.

Describe your systematic approach to troubleshooting. Emphasize the importance of analyzing the symptoms, reviewing the design files, and conducting measurements to isolate issues effectively.

Discuss the critical role of communication in your process, especially when collaborating with cross-functional teams. Emphasize how clear communication helps mitigate misunderstandings and ensures that design goals are met.