Sr Engineer

As a Sr. Engineer at Tenstorrent, your primary responsibilities will include designing verification processes for IPs like CPUs and SOCs, as well as developing and applying infrastructures, tools, and methodologies for functional verification. You'll also scope out verification impacts for architectural features, write code in various programming languages, and ensure the overall integrity of the designs through robust testing methodologies.

To qualify for the Sr. Engineer role at Tenstorrent, candidates must have a Bachelor’s or Master’s degree in electrical engineering, electrical and computer engineering, computer engineering, or computer science. Additionally, applicants should have at least 36 months of experience in a related occupation, with a strong background in verification methodologies and experience in a Unix/Linux environment.

For the Sr. Engineer position at Tenstorrent, proficiency in programming languages such as C++, System Verilog, Python, and Perl is essential, as well as experience with verification tools and methodologies. Hands-on experience with testbench development, simulation, and debugging in a Unix/Linux environment will also be highly beneficial for success in this role.

Yes, the Sr. Engineer position at Tenstorrent offers a hybrid work option, allowing applicants to reside within the metropolitan area while enjoying the flexibility of remote work. This setup caters to the evolving work preferences in today’s industry, fostering a balance between collaboration and personal work style.

In the Sr. Engineer role at Tenstorrent, you can expect to engage in a variety of cutting-edge projects focusing on the design and verification of high-performance IPs and SOCs. You'll contribute to developing verification infrastructures, methodologies, and innovative solutions across different layers of design while significantly impacting AI technology advancements.

When asked about your experience with verification methodologies, it's crucial to provide specific examples of past projects where you applied such techniques. Discuss the tools you used, the types of verification you implemented, and how you contributed to ensuring the design's integrity and performance improvements.

When tackling this question, highlight your proficiency in languages like C++, System Verilog, Verilog, Python, and Perl. Sharing examples of projects where you utilized these languages for verification tasks or testbench development will demonstrate your hands-on experience and deep understanding of the role.

In developing a test plan for a new design, it's important to outline your process, starting with requirements gathering, identifying key features to test, and deciding on appropriate verification techniques. Detail the aspects of the design you would focus on and how you would ensure comprehensive coverage in your test plan.

When responding to this question, share a specific challenge related to design verification. Discuss the steps you took to diagnose the problem, the solutions you explored, and the final outcome. Emphasize your analytical thinking and problem-solving skills throughout the explanation.

When discussing tools for simulation and debugging, demonstrate your familiarity with industry-standard software, explaining your reasons for preference based on previous experiences. Highlight the efficiency, reliability, and features of the tools that helped you achieve successful outcomes in your verification projects.

Effective communication in a diverse engineering team is crucial for project success. Discuss your strategies, such as regular status updates, using clear technical documentation, and fostering an environment where team members feel comfortable sharing ideas and feedback, no matter their background.

When addressing your approach to working in a Unix/Linux environment, share your familiarity with command-line interfaces, scripting for automation, and any specific tools or frameworks you’ve employed. Emphasize your adaptability and how this experience has enhanced your workflow and problem-solving capabilities.

When discussing the use of assertions in your verification process, provide a specific example where you implemented assertions to catch functional errors early. Explain the effect they had on improving project efficiency and accuracy, showcasing your hands-on expertise.

In response to this question, highlight your proactive approach to staying updated, which could include attending industry conferences, participating in webinars, subscribing to relevant journals, and engaging in professional networks. This shows your commitment to ongoing learning and adaptation in a fast-paced field.

When answering this question, express your passion for AI technology and its potential to transform industries. Describe specific aspects of your work that fuel your excitement—be it the innovative projects, collaboration with fellow innovators, or the impact of your contributions on future technological advancements.