Design Engineer – IO Subsystem

As a Design Engineer – IO Subsystem at Alphawave Semi, your responsibilities will include owning IO Memory Management Unit (MMU) components for a multi-core Arm CPU based SoC, creating comprehensive Micro-Architecture documentation, and configuring Arm MMU components. You'll also collaborate closely with DV engineers and perform RTL quality checks while generating power definitions to support multi-power domains.

To qualify for the Design Engineer – IO Subsystem role at Alphawave Semi, you should have a minimum of 8 years of experience in SoC architecture/design with a focus on PCIe solutions. Proficiency in ARM-specific MMU design, digital design, RTL coding (Verilog/VHDL), and a strong understanding of PCIe and multi-core CPU SoC designs are essential for this position.

In this role, you'll need a strong technical background in digital design and extensive knowledge of RTL coding and ASIC/FPGA debug methodologies. Experience in designing and integrating PCIe solutions as well as a deep understanding of hardware design and verification processes are crucial for success as a Design Engineer – IO Subsystem at Alphawave Semi.

At Alphawave Semi, Design Engineers – IO Subsystem are offered various paths for career advancement. You can expect to work alongside experts in the semiconductor field, which fosters an environment of learning and professional development. Additionally, our competitive compensation and support for continued education make us a great place to grow your career.

The work environment at Alphawave Semi for Design Engineers – IO Subsystem is both fast-paced and collaborative. We prioritize a flexible workspace that promotes employee well-being, ensuring that our team can thrive in both their personal and professional lives. Our commitment to diversity and inclusion also enhances the dynamic culture here.

When answering this question, elaborate on specific projects where you utilized ARM MMU design principles. It's helpful to discuss how your experience contributed to successful SoC designs and mention any challenges faced and how you overcame them.

Your answer should highlight specific methodologies you've used for RTL verification, such as using Spyglass for quality checks. Provide examples of how your approach ensured the integrity and performance of the designs during the development process.

Discuss a specific project that involved the integration of PCIe solutions, detailing your role, the challenges you faced, and how you ensured successful integration. Mention any tools or techniques you employed during the process.

Explain the importance of teamwork and communication in your past projects, particularly with DV engineers. Mention strategies you used for effective collaboration, including shared objectives and regular updates to ensure alignment.

Identify specific challenges such as managing shared resources or addressing power constraints. Discuss how you've successfully navigated these challenges in past projects to showcase your problem-solving skills.

Detail your proficiency with various tools for RTL coding, like Verilog/VHDL, as well as any debugging tools you’ve used. Highlight how these tools have improved your workflow and product output.

Share specific examples of post-silicon validation processes you've been involved in, explaining your role and the methodologies you applied. Highlight how you ensured the designs met specified performance criteria.

Provide a brief overview of your methodology for generating UPF power definitions, focusing on your understanding of how multi-power domains operate within SoCs. Address the importance this has on overall system performance.

Discuss key best practices such as thorough documentation, adhering to design requirements, and proactive communication with teammates throughout all stages of the design process. Share examples to illustrate their impact on project success.

Mention specific resources, like industry journals or conferences, that you use to keep updated on semiconductor technology advancements. Discuss how you’ve implemented new learnings in your past roles to remain innovative in your designs.