Pre-Silicon Verification Engineer designing and verifying next-generation CPUs for semiconductor innovation at Intel. Collaborating with architects and developers to ensure performance and power goals.
Responsibilities
Performs functional verification of CPU logic to ensure design will meet specification requirements.
Develops IP verification plans, test benches, and the verification environment to ensure coverage to confirm to CPU microarchitecture specifications.
Executes verification plans and defines and runs system simulation models to verify the design, analyze power and timing, and uncover bugs.
Replicates, root causes, and debugs issues in the presilicon environment.
Finds and implements corrective measures to resolve failing tests.
Collaborates with CPU architects, RTL developers, and physical design teams to improve verification of complex architectural and microarchitectural features and to meet functional, performance, and power goals.
Documents test plans and drive technical reviews of plans and proofs with design and architecture teams.
Maintains and improves existing functional verification infrastructure and methodology.
Participates in the definition of architecture and microarchitecture features of the CPU being designed actively.
Requirements
Bachelor's Degree in Electrical/Computer Engineering or any related field with 3+ years of relevant experience -OR- Master's in Electrical/Computer Engineering or any related field with 2+ years of relevant experience -OR- PhD in Electrical/Computer Engineering or any related field
3+ years of experience in Design Verification and Validation methodologies with UVM, System Verilog and industry standard EDA tools
3+ years of experience with Pre-silicon verification, SoC validation.
Experience in Scripting languages such as Python OR Perl
Proficiency with C/C++ System Verilog coding and debug
Experience with RTL development
Knowledge of system level boot flows and power management.
Experience in Computer-Architecture familiarity
Experience in Power Management flows including low power entry/exit, frequency change flows etc
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