As a GPU Logic Design Engineer/PPA Engineer at Intel, your main responsibilities will include designing logic and physical layouts for graphics IPs, working on improvements in timing, area, and power for graphics cores. You’ll also participate in architectural discussions and apply various tools and methodologies to optimize designs, ensuring they meet critical goals in power, performance, and area.

To be considered for the GPU Logic Design Engineer/PPA Engineer position at Intel, candidates need a Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, or a related field, along with relevant experience in physical design or logic synthesis. A minimum of 4-6 years of practical experience is expected, especially relating to GPU architecture and PPA improvement.

GPU Logic Design Engineers at Intel utilize a variety of physical design tools and methodologies to ensure the optimization of graphics IP designs. This includes advanced EDA tools and techniques for logic synthesis and PPA improvement, providing a hands-on and innovative approach to tackle design challenges.

The GPU Logic Design Engineer/PPA Engineer role at Intel offers a hybrid work model, allowing you to split your time effectively between on-site work and remote flexibility. This enables employees to maintain a balanced work-life approach while contributing to innovative projects in a dynamic environment.

At Intel, a GPU Logic Design Engineer/PPA Engineer can expect numerous career growth opportunities. With access to the latest technologies and a focus on professional development, you can enhance your credentials and skills, potentially progressing into senior engineering roles, management positions, or even transitioning to specialized areas in GPU architecture and design.

In your response, highlight any specific projects or roles where you worked directly with GPU architecture. Discuss challenges you faced and how you overcame them, showcasing your understanding of GPU functionality and performance.

PPA, which stands for Power, Performance, and Area, is crucial because it balances the demands of energy efficiency, effective performance, and space constraints in designs. Provide examples of how you have contributed to improving each metric in past projects.

Share a specific project that demonstrates your ability to enhance physical design, detailing what strategies you employed, the impact of your work, and any measurable results that followed.

Mention specific EDA tools you're familiar with for logic design. Explain your preference based on efficiency, reliability, or personal experience with achieving successful project outcomes using those tools.

Discuss your methodology for timing optimization, including techniques like path delay analysis, use of clock tree synthesis, or level shifters, emphasizing any tools or software you rely on during this process.

Reflect on any obstacles encountered in logic synthesis. Describe your problem-solving approach, techniques used for overcoming the issues, and any resulting improvements or lessons learned.

Mention your strategies for staying current, such as following industry journals, participating in webinars, and joining professional groups or forums related to GPU technology. Demonstrating continuous learning is key.

Choose a notable design decision where you had to balance multiple factors such as performance, power, and area. Explain your reasoning and the outcome to showcase your analytical thinking and design prowess.

Highlight your experience with teamwork in design projects, emphasizing how you communicate with peers and other departments, manage feedback, and integrate ideas to enhance design outcomes.

Express what excites you about the opportunity at Intel, such as their commitment to innovation, the chance to work on leading-edge technology, or the positive team culture. Relate it to your career aspirations.