Senior Digital Design and Verification Engineer

Own the design and verification of part of our digital IP portfolio that wraps and integrates our compute-in-memory technology(ComputeRAM®): clean, synthesis-ready SystemVerilog RTL, plus UVM environments that reach coverage closure and de-risk silicon. You'll specify and build register/bus interfaces, DMA, and control logic. Expect tight collaboration with custom design, backend, and software teams to hit PPA, coverage, and time-to-tapeout simultaneously., * Tape-in of one or more IPs (or a subsystem) with coverage goals met (functional/code/assertion) and lint/CDC/RDC clean sign-off packages.

• Demonstrated GLS/SDF pass on the IP's top-risk paths and correlation to FPGA results; Achieve sign-off quality.
• A reusable UVM kit (agents/sequences/scoreboards) and CI scripts that cut regression time and raise pass-rate stability across projects.

Do you have experience in Writing skills?, * 5+ years in digital design or verification for ASIC; strong SystemVerilog RTL and basic understanding of UVM

• Hands-on experience with either RISC-V or ARM architectures, either as a system-level integrator or as a designer.
• Knowledge of synthesis basics and how RTL choices impact timing/power/area
• Clear technical communication, ability to work with structured specs, and habit of turning one-off designs into reusable components., * Experience verifying memory-adjacent IP (SRAM controllers/periphery, MBIST/scan integration) and power-aware/UPF simulation flows.
• AMBA (AXI/AHB/APB) protocols, clock/reset schemes, CDC handshakes, FIFOs, arbiters; comfortable writing SVAs.
• GLS proficiency (SDF back-annotation), familiarity with FPGA bring-up and HW/SW test harnesses.
• Python/Tcl for stimulus generation, log parsing, coverage triage
• Background in AI/DSP accelerators or quantized dataflows (helpful context for CxR use-cases).

• Implement RTL: memory-mapped control blocks, AXI/AHB/APB bridges, FIFOs/scoreboards, arbiters, DMA, and datapaths; write synthesis-friendly code with a clear reset/CDC strategy.
• Extreme optimization for power, with a power-driven mindset and approach to design
• Develop UVM testbenches (agents, sequencers, predictors, scoreboards); drive constrained-random + directed testing; close coverage (func/code/assertion).
• GLS: run gate-level sims with SDF for critical paths; support FPGA prototypes for early HW/SW bring-up.
• Documentation & specs: write IP/user guides, register maps, programming models; contribute reusable UVM components and regression infrastructure for the team.