The position involves developing verification methodology and testbenches for digital and mixed-signal blocks, focusing on test plans, coverage analysis, and closure for parallel link and SerDes IP blocks as well as on-chip interconnects.
Develop verification methodology and testbenches for digital and mixed-signal blocks.
Test plan, coverage analysis and closure for parallel link and SerDes IP blocks and on-chip interconnects.
BS, MS in Electrical Engineering, Computer Engineering, or related fields.
Experience in ASIC design verification.
History of assuming responsibility for a variety of technical tasks and completing projects independently.
Proficient in System Verilog, UVM testbench development for design verification of complex digital and PHY blocks (in AMS and WREAL modeling verification).
Proficient in pre-synthesis, and post-place-and-route functional verification (NCSIM, VCS, ModelSim).
Proficient in scripting or programming languages.
Experience working with version control software, such as Git.
Experience working on digital designs with multiple clock domains and clock dividers.
Experience in verification of SerDes IP block interfaces in a complex SoC fabric environment.
Experience in verification of the PCS, PMA SerDes layers and internal SerDes digital backends.
Experience with verification of HBM memory interfaces (PHY and controller).
Experience in formal model equivalence checking tools and verification methodology.