RTL Engineer – Lead

About Us 

Anthriq is a signal processing infrastructure company. We build the full acquisition and compute stack for human-aware technology — from custom analog front-end IP that captures biosignals at the source, to signal-first compute systems built for time-critical workloads.

Anthriq Silicon is our ground-up effort to build a new compute category. Read More About Anthriq Silicon Program here: anthriq.com/silicon

About the Role
We need a strong RTL expert who can lead our silicon program to tapeout. You will be the technical bridge between our architecture and our design partner, owning every step from RTL freeze to GDSII handoff, working with our partners. You will also build and lead the RTL team of 5–7 engineers. This is a hands-on lead role. You write RTL, review RTL, run synthesis, and own the result. The architect defines what gets built. You own how it gets built.

Responsibilities
● Translate the architecture specification into synthesizable SystemVerilog
● Own the RTL coding standards, linting rules, and design methodology
● Lead a team of 5-7 RTL engineers through the full design cycle
● Own the synthesis flow (Design Compiler or Genus) and drive timing closure
● Define and maintain SDC timing constraints
● Review all RTL code submissions for correctness, synthesizability, and style
● Coordinate with the outsource partner on GDSII handover (netlist, constraints, floorplan
guidance)
● Work closely with the verification team to resolve bugs and achieve coverage closure

Requirements
● 8+ years of RTL design experience in SystemVerilog
● At least 1 tapeout through to GDSII (not just RTL — you’ve seen the full flow)
● Synthesis and timing closure experience (Design Compiler or Genus, PrimeTime or
Tempus)
● Processor, DSP, or datapath-heavy design experience
● Familiarity with advanced process nodes (28nm class or below)
● Strong code review skills, you can spot timing hazards, FSM issues, and non-synthesizable
patterns in review
● Comfortable leading a small team while remaining hands-on

Nice to Have
● VLIW or vector processor design experience
● Experience with deterministic/real-time architectures (no caches, fixed latencies)
● Formal verification awareness (writing SVA, working with formal tools)
● FPGA prototyping experience (Vivado)