RTL Engineer

GW62
  • $200,000-$300,000
  • Mountain View, CA
  • Permanent

About the job


Acceler8 Talent is working with a startup at the forefront of AI compute, developing advanced silicon designed to handle the largest machine learning and generative AI workloads. They are seeking a RTL engineer with a strong background in top-level integration to help deliver high-performance, functionally robust silicon across compute, memory, and high-speed interconnect technologies.



This role is ideal for engineers who thrive at the full-chip level, bringing together subsystems, resolving interface challenges, and ensuring the design is sign-off ready.



Responsibilities include:

  • Driving top-level RTL integration efforts, from subsystem assembly to complete chip-level design
  • Translating architecture specifications into sign-off quality RTL for large-scale ASIC/SoC programs
  • Managing reviews and milestones for integration progress, ensuring timing, area, and power targets are consistently met
  • Collaborating across verification, DFT, and physical design teams to ensure integrated subsystems meet quality and performance goals
  • Supporting synthesis, lint, CDC, and equivalence checking activities to validate top-level correctness and readiness for tapeout
  • Contributing to silicon bring-up and debug by ensuring top-level RTL integration reflects real-world system behavior



Ideal background:

  • Proven concept-to-silicon experience with ASIC/SoC programs, particularly in top-level or subsystem integration
  • Strong proficiency in RTL design (SystemVerilog) with working knowledge of scripting (Python, Tcl, C/C++ or similar) to support design and flow automation
  • Solid track record of delivering integrated silicon in areas such as compute, interconnects, and memory subsystems
  • Familiarity with synthesis and sign-off flows, including timing closure, power optimization, lint, CDC, and equivalence checking
  • Experience collaborating with verification, DFT, and physical design teams to resolve integration issues at the full-chip level
  • Exposure to emulation, silicon validation, and bring-up considered a plus


Mia Macdonald Semiconductor & Chip Design Recruiter

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