Post Silicon Validation Engineer

A Post Silicon Validation Engineer at our company is responsible for developing test plans, hardware crafting, and releasing production test programs. Additionally, you will collaborate with design teams to bring innovative IP solutions to life, ensuring that our SOC/VLSI/Mixed Signal IC designs are validated effectively.

To qualify for the Post Silicon Validation Engineer position, candidates should have a strong background in SOC/VLSI/Mixed Signal IC bring-up and hardware debugging, along with proficiency in Verilog/VHDL, C/C++, and Python. Familiarity with silicon validation tools is also essential for success in this role.

Yes, the Post Silicon Validation Engineer position is available as a hybrid role. This means you will have the flexibility to work both in the office and remotely, offering a balanced approach to your work-life integration.

Candidates for the Post Silicon Validation Engineer role should be well-versed in technologies like Verilog/VHDL, C/C++, Python, and various silicon validation tools. These skills are critical for effectively handling hardware debugging and validation tasks that will be part of your daily responsibilities.

The interview process for the Post Silicon Validation Engineer position typically starts with a phone or Skype interview. This initial conversation will help us understand your background and fit for the role, followed by more in-depth technical discussions to showcase your expertise.

When answering this question, focus on specific projects where you played a key role in bring-up processes. Discuss your hands-on experience with debugging hardware and the techniques you used to ensure successful validation.

List the silicon validation tools you have used in previous roles, explaining how you utilized them for different tasks. Be prepared to discuss specific projects where these tools were critical to your success.

Describe your methodical approach to developing a test plan, such as how you analyze specifications, determine testing methodologies, and prioritize tasks to ensure thorough validation.

Share a specific example of a hardware debugging challenge, outlining the problem, your troubleshooting process, and how you ultimately arrived at a solution. This demonstrates your problem-solving skills and technical expertise.

Discuss your proficiency in languages like Verilog/VHDL, C/C++, and Python, and provide instances of how you applied these skills in practical scenarios, particularly in validation or testing contexts.

Explain your communication style and how you facilitate collaboration with design teams. Emphasize any tools or methods you use to ensure that everyone is aligned toward common goals in IP solutions.

Outline the comprehensive steps you take when preparing for a production test program release, addressing aspects like documentation, testing scopes, and final validations to ensure readiness.

Provide an example of an innovative solution you implemented, explaining the impact it had on processes or outcomes. This highlights your forward-thinking approach and adaptability.

Talk about the resources such as journals, online forums, or training sessions that you engage with to keep up with the evolving landscape of silicon validation, emphasizing your commitment to continuous learning.

Share your passion for technology and engineering. Highlight what excites you the most about the role, whether it's the challenge of validation, the opportunity to work on cutting-edge technologies, or contributing to innovative solutions.