Design Engineer

You design and implement the digital front-end RTL at the heart of the chip — including the high-speed datapath that moves data between UCIe and the optical front end. Guided by the interface specs and coding standards, you take blocks from micro-architecture through clean, timing-aware RTL and block-level verification. It's a hands-on role with room to grow your scope as the team and the chip mature.

Develop block-level micro-architecture for your assigned blocks, and contribute to interface and register definitions.

Design and implement front-end RTL blocks in SystemVerilog — datapath elements, the UCIe streaming/RDI adapter, elastic FIFOs, and supporting logic.

Integrate IP and support parameterization for configurability.

Write clean, lint-clean, CDC/RDC-clean RTL that follows the coding and quality standards.

Write block-level testbenches, sanity checks, and assertions (SVA) for your own blocks before handoff to DV.

Power- and timing-aware design — managing block activity, clock-gating, pipelining, and retiming; partner with the backend team on physical closure for your blocks.

Bring-up and debug across simulation and emulation / FPGA prototyping; support DV and silicon bring-up, including DFT/debug hooks in your blocks.

Collaborate with the architecture, modelling, DV, DFT, and backend teams as your blocks move through the flow.

BS or MS in Electrical/Computer Engineering (or equivalent experience).

3+ years of digital RTL design in SystemVerilog , with blocks taken from micro-architecture through to verification handoff.

Solid digital design fundamentals : pipelining, FSMs, FIFOs, clock-domain crossing, and streaming/bus interfaces (e.g., AXI).

Lint and CDC/RDC discipline and clean-RTL practices.

Power- and timing-aware design practices; comfort with synthesis and timing closure, working with the backend team.

Strong debug skills in simulation ; scripting in Python, Perl, or TCL.

High-speed datapath, SerDes-adjacent, or interface design exposure (UCIe, PCIe/CXL, or similar).

FEC/coding datapath familiarity (e.g., Reed-Solomon) and gray-code mapping.

Assertion-based verification (SVA) and familiarity with UVM block-level testbenches; emulation / FPGA prototyping experience.

Exposure to scale-up / scale-out interconnects or network switch / NIC / memory-controller datapaths.

Low-power / UPF and DFT (scan) concepts .

Optical transceiver, CPO, or linear-drive optics background ; advanced-node (N5/N3/N2) design experience.