About The Position

Join our team as Principal Digital Design Engineer to architect and implement next-generation digital designs for high-performance connectivity solutions. You'll own complex blocks from micro-architecture through silicon bring-up, driving RTL implementation and collaborating with verification, PD and DFT teams to deliver high performance products in a fast-paced, collaborative environment.

Requirements

  • Bachelor’s degree in electrical engineering or equivalent.
  • 8+ years of hands-on experience developing complex SoC/silicon products in Server, Storage, and/or Networking markets
  • Architecture definition and micro-architecture development
  • RTL coding, functional simulation, and synthesis
  • Timing closure and gate-level simulation (GLS)
  • Design for test (DFT) implementation
  • Production experience with advanced CMOS nodes (≤7nm)
  • Deep expertise in at least one high-speed protocol—PCIe , Ethernet, Infiniband, DDR, or similar
  • Third-party IP integration and verification.
  • Block-level design ownership from architecture through GDS
  • Proficiency with Cadence and/or Synopsys digital design flows
  • Familiarity with UVM-based verification methodologies.
  • Silicon bring-up, debug, and failure analysis expertise
  • Strong work ethic with the ability to balance multiple priorities in a dynamic environment
  • Excellent communication and collaboration skills; comfortable working cross-functionally with global teams
  • Self-directed learner who thrives with minimal supervision and adapts quickly to changing requirements
  • Customer-focused mindset with ability to translate business needs into technical excellence

Nice To Haves

  • Track record of delivering multiple high-performance designs to production in data-center environments
  • Hands-on collaboration with embedded firmware teams; deep understanding of firmware development challenges and constraints
  • Familiarity with standard embedded processor subsystems (RISC-V, Arm, etc.)
  • Proven contributions to design methodology, CAD automation, or design infrastructure to improve productivity or design quality

Responsibilities

  • Develop and implement complex digital blocks and subsystems by defining micro-architecture and driving digital design.
  • Collaborate with verification teams to develop test plans, achieve coverage closure, and debug complex issues.
  • Lead efforts to achieve timing closure and implement Design-for-Test (DFT) features for optimal design performance.
  • Work closely with post-silicon teams to facilitate silicon bring-up and debug.
  • Mentor junior engineers to develop their technical skills and expertise.
  • Actively contribute to the development and improvement of silicon development processes.
  • Drive designs to production, ensuring accountability for quality, schedule, and overall design success.
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