Search for CPU Core Verification Engineer roles in Santa Clara County, CA, specifically requiring 5+ years of experience, with knowledge in UVM and System Verilog, and focusing on microarchitecture.

Okay, I've searched for CPU Core Verification Engineer roles in Santa Clara County, CA, requiring 5+ years of experience, expertise in UVM and System Verilog, and a focus on microarchitecture. I have found 53 positions for you.

CPU Core Verification Engineer

Santa Clara County, CA

5 years + Experience

UVM

System Verilog

Can you help me to analyze the job description and company culture?

Sure. Here's the analysis:

Job Analysis:

The CPU Core Verification Engineer role is fundamentally about ensuring the quality and performance of next-generation CPU cores through rigorous verification processes. This position requires the engineer to develop and execute comprehensive test plans, design and implement test benches and reference models, and work closely with micro-architects to achieve functional verification and performance objectives. The complexity of this role lies in understanding out-of-order CPU architecture and its associated protocols, which necessitates a blend of technical prowess and analytical skills. In this dynamic environment, team collaboration will help refine the design and address any discrepancies, making excellent communication essential. A successful candidate will navigate challenges involving ambiguities in technical specifications and performance metrics, all while delivering results that align with both project deadlines and cost efficiencies. Within the first 6-12 months, the expectation is to demonstrate a clear understanding of the CPU architecture, significantly contribute to verification efforts, and collaborate effectively with cross-functional teams to ensure design meet performance targets.

Company Analysis:

The company operates in the cutting-edge semiconductor industry, specifically focusing on AI-infused compute architecture, positioning itself as a disruptor in a field increasingly concerned with efficiency and performance. With a leadership team comprised of pioneers in semiconductor innovation, the organization emphasizes a culture of collaboration, innovation, and cutting-edge research and development. As a competitive player in a rapidly evolving space, the company values individuals who can adapt to fast-paced changes and contribute proactively to various projects. The CPU Core Verification Engineer will likely be a pivotal role within a team-oriented structure, with visibility among leadership due to the direct impact verification processes have on the overall product quality. The strategic alignment of this role is crucial, as it not only supports the development of high-performance CPU cores but also contributes to the company's ambition of revolutionizing the computational landscape. This synergy between role expectations and corporate aspirations fosters an environment where innovative thinking and problem-solving are integral to success.

Mock up some interview questions based on the job description.

Absolutely. Here are some mock interview questions that could come up:

Tell me about a time when you faced a significant challenge during a hardware verification project. How did you overcome it?
Describe an experience where you had to communicate complex technical details to a non-technical audience. What was the outcome?
Can you give an example of a project where you had to learn a new technology quickly? What steps did you take?
What strategies do you use to ensure clarity and effectiveness in your technical communications?
How would you design a test plan for verifying an out-of-order CPU architecture? What key aspects would you focus on?
What are the main considerations when developing a test bench for a CPU core? Can you walk us through your approach?
Discuss your experience with UVM and System Verilog in the context of your previous verification projects.
Given a scenario where performance targets are not being met during verification, how would you diagnose and address the issue?
Imagine you discover a critical bug in the data path during verification. What steps would you take to resolve it?
Why are you interested in working at this company specifically?
How do you think the company's focus on AI-infused compute architecture aligns with your professional goals?
What aspects of our company's culture do you find most appealing, and how do you see yourself contributing to it?
What questions do you have about the verification processes we currently use for our CPU cores?
How do you prioritize tasks when working under tight deadlines while ensuring thorough verification outcomes?
Can you share an experience where cross-functional collaboration significantly improved the outcome of a project?

Job Details

Overview Company

CPU Core Verification Engineer

I Machines, Inc.

3 days ago

Highlight

OnsiteFull-time5+ yearsSenior

Summary

I Machines, Inc. is seeking a CPU Core Verification Engineer to join their team in Santa Clara County, CA. The role involves developing technology for hardware verification of new CPU cores.

About the Role

As a CPU Core Verification Engineer, you will be responsible for developing and executing test plans for CPU core verification, developing test benches and reference models, and collaborating with micro-architects to improve design coverage. You will also work on performance testing to meet targets by correlating performance models and RTL.

About You

Required:

MS or PhD in Electrical Engineering or Computer Engineering.
5+ years of hands-on experience in core verification.
Expertise in out-of-order CPU architecture, microarchitecture, and bus interface protocols.
Strong analytic and problem-solving skills.
Proficient in UVM, System Verilog, and debugging.
Knowledge in chip bring-up and post-silicon debug.

Preferred:

Strong CPU microarchitecture knowledge, especially on core microarchitecture including fetch, branch prediction, renaming, out-of-order execution, load/store unit, coherency protocols, and memory subsystem.
Experience with system interfaces, interrupt architecture, debug architecture (ARM, x86), and bus interface protocols (AXI, APB).

I Machines, Inc.

We are building the next evolution of compute for AI and the intelligent edge to unlock unparalleled performance and efficiency with Intelligent Machines’ next-generation scalable AI-infused compute architecture. Our leadership team brings together decades of experience in semiconductor innovation, spanning chip architecture, system design, and global business operations. The team includes pioneers behind several generations of groundbreaking compute architectures, experts in software-hardware co-design, SoC and AI development with hundreds of patents in their portfolio as well as leaders of multi-billion-dollar business units at top-tier technology companies.

Santa Clara County, CA