IC Design Verification Engineer
WinMax Systems Corporation
Apply to this jobIC design verification engineer
San Jose, CA
Full time hire
Your primary job responsibility is to establish/enhance the verification methodology for unit-level MAC layer simulation and extend the methodology to SoC level simulation environments. In this role you will be architecting and implementing the infrastructure including test-benches, APIs, golden reference models, 802.11 specific protocol layer generators and checkers. You will also be responsible for establishing metrics and implementing tests for functional correctness, coverage, and performance characterization.
Typically requires a BSCS/BSEE degree and 8 years of related experience, an MSCS/MSEE degree and 6 years of related experience
Experience building UVM based verification environments – unit-level and SoC - for 802.11, Ethernet or other networking designs
Knowledge of wired or wireless networking protocols is desirable
Expert knowledge of HVLs: SystemVerilog/OVM/UVM is required and OO programming experience is a plus
Knowledge of assertion based (SVA, PSL based) methodologies – formal and simulation - is necessary
Experience in establishing and managing coverage requirements and achieving coverage metrics is desirable
Working knowledge of scripting in Perl, Python, Tcl, and C
Experience with logic simulators and debug tools from Cadence, Synopsys, and Mentor
Ability to effectively collaborate with multiple teams, across geographies, in a dynamic, fast paced development environment
Capability to learn new skills or technologies as needed and be self-motivated
All your information will be kept confidential according to EEO guidelines.
Summary
Develop and implement verification methodologies for IC and SoC networking designs.
Job title
IC Design Verification Engineer
Experience level
6+ years
Industry
technology
Location requirements
San Jose, CA, on-site, no remote work
Salary
Not specified
Management role
No
Required skills
Preferred skills
Specializations
Structured locations inferred from the posting.
San Jose, CA, USA