ASIC Engineer

We are seeking a Physical Design Engineer with a broad, versatile skillset to join a small, high-impact hardware team building performance-critical compute systems. In this role, you will help deliver cutting-edge ASICs on advanced nodes while shaping the physical design methodologies that power them.

This team operates at the intersection of hardware, systems, and performance engineering, building custom compute engines using FPGA and ASIC technologies for latency-sensitive, real-time decision-making systems. The work spans from bespoke datapaths to machine learning accelerators, where microseconds, and often nanoseconds, matter.

You will have end-to-end ownership and the opportunity to directly influence architecture, performance, and design methodology.

What You'll Work On

• High-frequency, latency-critical ASICs on advanced process nodes (e.g., 5nm/7nm/16nm)
• Custom compute architectures optimized for throughput, determinism, and latency
• Systems that combine ASIC + FPGA prototyping and bring-up
• Design problems where standard flows are insufficient, requiring creativity and new methodology

• Own physical implementation from RTL handoff through GDSII, including signoff on advanced nodes
• Drive and implement DFT strategies, ensuring testability without compromising performance
• Partner with architecture and RTL teams on floorplanning, microarchitecture, and physical-aware design decisions
• Achieve timing closure across MMMC scenarios, pushing aggressive frequency and latency targets
• Optimize designs across power, performance, and area (PPA) with emphasis on performance and latency
• Diagnose and resolve complex issues including timing bottlenecks, congestion, IR drop, and EM violations
• Build and scale robust, automated physical design flows for fast iteration and high confidence
• Develop Python/Tcl-based tooling to improve observability, debugging, and QoR tracking
• Influence early-stage design decisions to avoid backend bottlenecks before they occur

• Proven experience delivering high-performance ASICs in production or near-production environments
• Strong fundamentals in digital logic, circuits, and process technology
• Hands-on experience with timing closure, static timing analysis, and MMMC methodologies
• Familiarity with DFT (scan, ATPG, test coverage tradeoffs)
• Deep experience with industry tools such as Innovus, ICC2, PrimeTime, Tempus, Calibre
• Strong scripting skills (Python, Tcl, shell) with a track record of building scalable automation
• Ability to debug complex physical design issues and drive them to resolution independently
• Experience improving or building physical design flows and methodologies, not just running them

Nice to have

• Experience with advanced nodes (≤7nm)
• Exposure to FPGA prototyping or silicon bring-up
• Background in ML accelerators, high-frequency trading systems, networking ASICs, or HPC
• Comfort working across hardware/software boundaries (RTL, systems, ML)
• Experience applying statistical analysis to timing, power, or design data

• Work on latency-critical systems where performance is the product
• High ownership: engineers are trusted to own entire subsystems and flows
• Small, collaborative team with direct impact on system-level outcomes
• Opportunity to solve non-standard problems that don't fit into traditional PD playbooks
• Competitive compensation aligned with top-tier hardware and trading firms