Design Engineer - MMU/PCIe

As a Design Engineer - MMU/PCIe at Alphawave Semi, you’ll own the MMU components of a multi-core ARM-based CPU SoC, create comprehensive micro-architecture documentation, and configure ARM MMU components. Your collaboration with DV Engineers will be essential in supporting debug activities while ensuring RTL quality checks and generating UPF power definitions, all aimed at enhancing critical data communications technology.

To be a strong candidate for the Design Engineer - MMU/PCIe at Alphawave Semi, you’ll need at least 8 years of experience in SoC architecture or design, particularly in PCIe solutions. Proficiency with ARM-specific MMU design, digital design, RTL coding in Verilog/VHDL, and post-silicon validation is essential. A deep understanding of multi-core CPU SoCs will also considerably strengthen your application.

Alphawave Semi prides itself on fostering a flexible and inclusive work environment aimed at empowering employees both personally and professionally. As a Design Engineer - MMU/PCIe, you’ll be collaborating with a skilled team in a high-impact atmosphere, where innovative ideas are welcomed and diversity is celebrated, ensuring every voice is heard.

Design Engineer - MMU/PCIe employees at Alphawave Semi are offered a competitive salary between $130,000 and $160,000 annually, alongside a comprehensive benefits package. This includes health and wellness plans, a Wellness Spending Account, flexible time off, paid holidays, and the opportunity to participate in a Retirement & Saving Program and an Employee Stock Purchase Plan (ESPP).

Alphawave Semi provides numerous career growth opportunities for Design Engineers - MMU/PCIe, thanks to its commitment to employee development and innovation. You’ll have access to mentorship from industry leaders, ongoing training programs, and the chance to contribute to pioneering technologies, all of which can advance your career in the semiconductor industry.

Highlight specific projects where you integrated ARM SoC components, detailing your role and the technical challenges you faced. Discuss methodologies you employed for design verification and validation, and how these experiences prepare you for the Design Engineer - MMU/PCIe role at Alphawave Semi.

Explain your systematic approach to outlining micro-architecture. Discuss key elements that ensure clarity and comprehensiveness, and how this documentation aligns with design goals at Alphawave Semi. Providing examples of previous documentation can demonstrate your attention to detail.

Discuss your experience with RTL quality checks, particularly using tools like Spyglass. Outline specific techniques you employ during the RTL coding process to maintain high quality, and describe how this approach fits into the responsibilities of the Design Engineer - MMU/PCIe role.

Discuss methodologies you've used for debugging RTL in both simulation and real-world environments. Highlight specific tools or techniques beneficial for the Design Engineer - MMU/PCIe, showing your comprehensive understanding of the debugging process in complex SoC architectures.

Provide an overview of your work experience relative to PCIe solutions, focusing on design, verification, and implementation. Relate specific challenges you’ve overcome and how they prepare you for the technical aspects of the Design Engineer - MMU/PCIe position at Alphawave Semi.

Enlighten on your team collaboration strategies, including communication practices and alignment of project goals. Give instances where teamwork enhanced project outcomes, emphasizing the importance of collaboration in the Design Engineer - MMU/PCIe role.

Share specific examples of your work on multi-core CPU designs. Discuss the challenges you faced, innovations you introduced, and the impact of your contributions on the project and team dynamics relevant to the Design Engineer - MMU/PCIe role.

Describe your understanding and application of UPF power definitions, sharing real examples of how you’ve integrated them into your designs. This demonstrates your grasp of power management principles necessary for the Design Engineer - MMU/PCIe role.

Discuss the tools you've used for synthesis and how they facilitate the translation of your designs into functional silicon. Link this to why efficiency and accuracy in the synthesis process are crucial for a successful outcome as a Design Engineer - MMU/PCIe at Alphawave Semi.

Reflect on your unique skill set, experiences, and perspective that you bring to the table. Be specific about how your background aligns with Alphawave Semi's goals and how your contributions could propel the team and technology forward.