AI Silicon Circuit Simulation Engineer

An AI Silicon Circuit Simulation Engineer at Cerebras Systems handles various circuit design tasks, which include clock design, power simulations, and IO design. You will analyze custom circuits and contribute to the design and simulation efforts crucial for enhancing our groundbreaking AI chip technology.

To apply for the AI Silicon Circuit Simulation Engineer position at Cerebras Systems, candidates should have at least 10 years of experience in circuit design and analysis, along with a strong grounding in CMOS FinFet technology, simulation tools like Hspice, and scripting languages such as Tcl and Python.

Cerebras Systems encourages a collaborative work environment where AI Silicon Circuit Simulation Engineers can work cross-functionally to resolve potent challenges. This teamwork is vital for driving innovative solutions in circuit analysis and design.

Success as an AI Silicon Circuit Simulation Engineer at Cerebras Systems requires expertise in running circuit simulations and a good understanding of power supply distribution and clock optimization. Strong analytical and problem-solving abilities, along with interpersonal skills, are also essential for this role.

Cerebras Systems stands out for its unique work culture that balances startup vitality with job stability. Employees enjoy working on groundbreaking AI technology while being part of an inclusive team that promotes continuous learning, collaboration, and conservation of individual values.

When discussing your experience with circuit design and analysis, illustrate the complexity and range of projects you've managed, especially those involving power simulations or custom circuits. Highlight specific tools you've used, such as Hspice or Finesim, to showcase your technical expertise.

When answering about clock distribution optimization strategies, share specific methodologies you've implemented in previous projects. Discuss techniques like minimizing skew and jitter and how you leverage simulation tools to analyze and troubleshoot distribution networks.

Detail your approach to analyzing power dissipation by discussing how you identify IR drop problems, run simulations, and implement optimizations based on your findings. Remember to mention communication with team members to resolve these challenges.

Share your knowledge about aging simulations, including NBTI, PBTI, and HCI, and their relevance in prolonging circuit lifetime. Highlight experiences where you applied these concepts to improve circuit reliability and performance.

Discuss the insights you have regarding IO and ESD circuits, including what makes them critical in circuit design. Provide examples of past projects where you implemented effective strategies to ensure their robustness and reliability.

When addressing your scripting skills, mention specific scripting languages you've used, such as Tcl or Python, and describe how they enhanced your workflow in circuit simulations and analysis, making your process more efficient.

Highlight your teamwork skills by sharing instances where you've successfully collaborated across functions to solve design problems. Emphasize your ability to communicate effectively and build goodwill within your team.

Discuss what you identify as the biggest challenge in AI silicon circuit simulation, perhaps mentioning the rapid advancement of technologies or increased complexity of designs, and how you have addressed or plan to address these challenges.

Talk about the methods you use to stay current, such as attending industry conferences, participating in workshops, or following relevant publications. Your eagerness to learn and adapt will reflect positively on your candidacy.

When sharing your motivations, express your passion for technological innovation and how the advancements in AI excite you. Personal anecdotes about your journey in the field and aspirations for future contributions will make your enthusiasm stand out.