Design Verification Engineer

Overview

On Site
Contract - W2

Skills

Art
Regression analysis
Specification
RTL
Test cases
Design
Open Verification Methodology
C++
GPU
Texturing
Code coverage
SystemVerilog
UVM
Scripting
Python
Perl
Logic synthesis
Test plans
Debugging
Software development
Algorithms
Data structure
Communication

Job Details

Job Description

Vertical Technical
- Current state-of-the-art testbench development such as UVM methodology
- Experience in design verification with UVM and SystemVerilog is a MUST
**Hybrid 3 to 4 days per week**


As a Design Verification Engineer you will contribute to the functional verification of GPU Subsystems such as Shader, Texture, and Memory Systems.

Responsibilities:
Triage regression failures and make testbench updates
Debug functional errors in RTL model using simulation and debug tools.
Maintain efficient and clean regression status
Develop Scalable SystemVerilog/UVM testbenches for unit level and/or Cluster level verification.
Review Architecture and Micro-Architecture specifications.
Closely work with Architects and RTL designers.
Define, maintain and execute unit level and/or Cluster level verification testplans.
Generate and run Testcases on logic simulation models.
Code Functional coverage models and System Verilog assertions.
Drive Functional Coverage and Code coverage to closure.
Integrate C++ reference model into Scoreboards

Requirements:
  • 5-15 year s industry experience in a design verification role.
  • Proficient in System Verilog/UVM/OVM, OOP/C++
  • Knowledge of GPU, experience with Shader, Texture, or Memory System a plus
  • Experience with code coverage and functional coverage driven verification methodology.
  • Experience in creating, running and debugging of SystemVerilog/UVM constraint-random Testbench.
  • Excellent working knowledge of scripting languages such as Python or Perl.
  • Understanding of micro-architecture, logic design, FSMs, arithmetic datapath pipelines.
  • Strong functional verification experience including Test planning, Testbench Architecture, Test/Coverage Model/Assertion Development.
  • Strong debugging skills
  • Strong programming skills with good understanding of algorithms and data structures
  • Good verbal and written communication skills.
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