Design Verification Engineer

LB32
  • Up to $250k + Bonus + Equity
  • Santa Clara, CA or Boston, MA
  • Permanent

Senior ASIC Design Engineer - (open from junior to senior)

Santa Clara, CA or Boston, MA (Onsite x5 days a week )

Up to $250k + Bonus + Equity



I'm working with an early-stage semiconductor company building a new category of AI infrastructure.

As AI models continue to scale, compute is no longer the only bottleneck—memory has become one of the biggest challenges limiting performance. Instead of solving that problem by adding more GPUs, this team is taking a fundamentally different approach.


They're developing the world's first Memory Processing Unit (MPU), using high-speed optical interconnects to decouple memory from compute and dramatically expand the amount of memory AI systems can access. Their architecture enables existing GPU clusters to scale far beyond today's limitations without requiring developers to rewrite software or rebuild data centre infrastructure.


It's a chance to work on technology that sits at the intersection of silicon, computer architecture, memory systems, and AI infrastructure, alongside a team with deep expertise across semiconductors, photonics, and high-performance computing.


You'll work on:

  • Designing RTL for next-generation IP, subsystems, and SoCs
  • Developing microarchitecture for high-performance memory acceleration hardware
  • Optimising designs for power, performance, and area (PPA)
  • Driving silicon development from architecture through tapeout
  • Collaborating closely with verification, physical design, firmware, and post-silicon teams
  • Influencing technical direction within a small, highly experienced engineering team


We're looking for engineers who have:

  • 5+ years of ASIC or SoC digital design experience
  • Strong RTL design experience using Verilog or SystemVerilog
  • Experience developing microarchitecture for complex silicon
  • Taken ASICs or SoCs through the full development lifecycle, including tapeout
  • Experience optimising designs for performance, power, and area
  • Enjoy building complex hardware in a fast-moving, collaborative environment


Nice to have:

  • AI accelerator or datacentre silicon experience
  • Memory subsystem or interconnect design
  • DFT or post-silicon validation experience
  • Experience working with external IP vendors or foundries
  • Startup experience


If you're excited by solving fundamental hardware challenges and building the next generation of AI infrastructure, I'd love to chat.

Anna Button Researcher

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