Marvell

semiconductor

SeniorStaffEngineer,ASICDesign/Implementation-LEC/STA/PowerAnalysis

$136–201k San Diego, California, United States
Market Sentiment
HIGH DEMAND

Neural analysis suggests this role is
optimal for Senior candidates.

The Brief

“Senior Staff Engineer, ASIC Design/Implementation - LEC/STA/Power Analysis at Marvell. Skills: ASIC Design, STA, Timing Constraints, Power Analysis. Develop and validate timing constraints. Collaborate with Architecture, RTL, DFT, and Analog teams”

What You'll Achieve.

meeting performance, power and area goals

Industry & Context.

semiconductor
Problems you'll solve

problem-solving skills

Eligibility Requirements

access to technology and/or software subject to U. S. export control laws and regulations, eligible to access export-controlled information

What They're Looking For.

Must Have

Bachelor’s degree in Computer Science, Electrical Engineering or related fields and 5-10 years of related professional experience OR Master’s degree and/or PhD in Computer Science, Electrical Engineering or related fields with 3-5 years of experience, Minimum of 5 years of industry experience in ASIC timing and sta, understanding of ASIC design flows, from RTL to GDSII, Knowledge and hands-on experience with sta methodologies and implementation, Proficiency in using STA tools, scripting languages (e.g., Tcl, Perl), Experience with high-complexity silicon in advanced technology nodes, preferably TSMC N4/N5, understanding of timing constraint development for hierarchical designs, timing ECO creation and final timing signoff, Familiarity with physical design and timing optimization techniques and strategies to achieve deterministic timing closure, Proven track record of delivering successful designs on time and meeting performance, power and area goals, Excellent problem-solving skills, attention to detail, ability to analyze and debug complex issues, communication and collaboration skills to work effectively within cross-functional teams

Nice to Have

experience with deep technology nodes such as 5nm/4nm

What You'll Do.

Develop and validate timing constraints

Collaborate with Architecture

Analyze timing complexities

Develop consolidated timing modes and constraints

Own and contribute to sta related tasks

Perform static timing analysis (STA)

Define and implement timing signoff methodologies

Resolve or find workarounds for tool issues

Conduct post-route timing checks

Create QoR dashboards

Ensure compliance with timing signoff checklists

Document best practices

How You'll Work.

Team & Collaboration

Collaborate with Architecture, RTL, DFT, and Analog teams; work effectively within cross-functional teams

Communication Scope

communication skills

Full Job Description

**About Marvell** Marvell’s semiconductor solutions are the essential building blocks of the data infrastructure that connects our world. Across enterprise, cloud and AI, and carrier architectures, our innovative technology is enabling new possibilities. At Marvell, you can affect the arc of individual lives, lift the trajectory of entire industries, and fuel the transformative potential of tomorrow. For those looking to make their mark on purposeful and enduring innovation, above and beyond fleeting trends, Marvell is a place to thrive, learn, and lead. **Your Team, Your Impact** As Generative AI continues to advance, the performance drivers for data center infrastructure are shifting from systems-on-chip (SOC) to systems of chips. In the era of Accelerated Computing, data center bottlenecks are no longer limited to compute performance, but rather the system interconnect bandwidth, memory bandwidth, and memory capacity. Marvell's Photonic Fabric™ is the next-generation interconnect technology that delivers a tenfold increase in performance and energy efficiency compared to competing solutions. The Photonic Fabric™ is available to our customers in multiple technology offerings, including optical interface chiplets, optical interposers, and Optical Multi-chip Interconnect Bridges (OMIB). This allows customers to easily incorporate high bandwidth, low power, and low latency optical interfaces into their AI accelerators and GPUs. The technology is fully compatible with both protocol and physical layers, including standard 2.5D packaging processes. This seamless integration enables XPUs to utilize optical interconnects for both compute-to-compute and compute-to-memory fabrics, achieving bandwidths in the tens of terabits per second with nanosecond latencies. This innovation empowers hyperscalers to enhance the efficiency and cost-effectiveness of AI processing by optimizing the XPUs required for training and inference, while significantly reducing the TCO2 impact. To bo

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