As a Circuit Edit Engineer at Intel, you'll be responsible for preparing samples for FIB Circuit Editing and Optical Probing, conducting failure analysis, and publishing root-cause reports. Collaborating with cross-functional teams, you'll isolate circuits, perform edits, and contribute to design improvements while developing new methodologies for silicon debug capabilities.

To be considered for the Circuit Edit Engineer role at Intel, you need a Bachelor's degree in Electrical Engineering, Computer Engineering, or a related field, plus at least 1 year of relevant experience in Circuit Editing, FIB, integrated circuits, and failure analysis. Familiarity with CAD navigation tools and fundamental electronics knowledge is preferred.

Experience in Circuit Edit or Focus Ion Beam (FIB) techniques, as well as work with integrated circuits and electronics, is highly valuable for the Circuit Edit Engineer role at Intel. Familiarity with failure analysis, device physics, and fabrication processes will also enhance your application and set you apart from other candidates.

At Intel, Circuit Edit Engineers can expect ample opportunities for professional development through collaboration with experts on high-impact projects, involvement in innovative technology development, and access to ongoing education and training to enhance their skills and advance their careers within the semiconductor industry.

The work environment at Intel for a Circuit Edit Engineer in Hillsboro, Oregon, is dynamic and collaborative, providing access to state-of-the-art lab tools and technologies. The role encourages teamwork and creativity, allowing engineers to tackle tech challenges and make significant contributions to groundbreaking projects in semiconductor technology.

When asked about your FIB Circuit Editing experience, highlight specific projects where you've successfully utilized this technique. Discuss the challenges you faced, the methodologies you implemented, and the outcomes that resulted from your work.

Discuss your systematic approach to failure analysis by outlining the steps you take: defining the problem, gathering data, isolating variables, and conducting tests to identify root causes. Providing a concrete example will enhance your response.

Be prepared to mention any CAD navigation tools you have experience with, such as Knights or equivalent software. Share how you've used these tools to enhance project outcomes or streamline processes.

You should address quality assurance methods you've employed, like thorough documentation, peer reviews, and following ISO standards. Emphasizing your commitment to quality in every stage of the engineering process is crucial.

Provide a specific example that illustrates your role in implementing a design improvement. Describe the initial problem, your approach, the actions you took, and the positive results that followed.

Relate a challenging situation that required innovative problem-solving skills. Detail the obstacle, your thought process, and the resolution, showcasing your analytical and critical thinking abilities.

Discuss your methods for staying informed, whether through attending webinars, reading industry journals, or participating in professional groups. This demonstrates your commitment to continuous learning.

Use the STAR method (Situation, Task, Action, Result) to articulate a debugging scenario, focusing on your problem-solving skills and the impact of your actions on project timelines.

Explain any relevant experience with vacuum technology, either through direct work or academic studies. Relate it to its importance in semiconductor processes or testing procedures.

Convey your passion for semiconductor technology and how Intel's commitment to innovation aligns with your career aspirations. Specific references to Intel's projects or values can enhance your response.