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Staff Digital Design Engineer

Renesaselectronics·Worldwide·Chandler, US·senior
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Renesas Electronics is seeking a highly skilled and motivated Staff Digital Design Engineer to join our growing hardware development team in Chandler, AZ. In this role, you will be responsible for designing power and area-optimized digital circuits for complex mixed-signal applications. Job Purpose & Dimensions: · Interpret high level requirements to architect, design & integrate low-power digital circuits for mixed-signal data conversion and power management products in advanced process nodes. · Support full product lifecycle from concept to mass-production; communicating closely with wider organization through the various stages of silicon development. · Provide technical leadership & influence to the digital design team by contributing to technical discussions & reviews, mentoring junior engineers, and supporting recruitment. · Work closely with Analog and Verification engineers to deliver high-quality silicon solutions. Responsibilities: · Ensuring digital development process is state-of-art and achieves budget, schedule, and project deliverable goals. · Designing digital RTL that meets timing, area, power and any adhering standards specifications. · Integrating design at the top level and running block & top-level simulations. · Participate in all aspects of Mixed-signal design flow - Micro-architecture, Design partitioning, RTL Verilog / System Verilog Design, Generating Timing Constraints, Synthesis, Interaction with P&R Team, Timing Analysis, LINT, CDC, RDC, UPF. · Working closely with P&R team to generate a layout that meets timing, area, and power requirements. · Support DFT strategy and implementation, and review test case development. · Assisting with top level test-bench debug, and running RTL & gate level simulations · Working with analog and digital verification engineers to come up with complex test scenarios for pre-silicon verification. · Supporting analog team to develop AMS, System Verilog or Verilog-real behavioral models. · Developing detailed