Job description
Responsibilities include, but not limited to:
- Full-chip functional verification on Micron’s non-volatile memory design projects
- You thoroughly understand design specs and develop verification plans for various designs.
- Test bench Development in System Verilog targeting complete functionality coverage.
- Support of System Verilog assertion and coverage-driven methodology
- Support of design verification methodology improvements
- Run directed and constrained-random verification tests.
- You will think through design corner cases and be able to write relevant cover points.
- Collaborate with digital design team to debug test cases and deliver functionally accurate designs.
- Close coverage measures to identify verification holes and to show progress towards tape-out.
- Development of Micron’s NAND Flash behavioral models in System Verilog.
- Technical support to internal and external model users
- Complete verification on Micron’s NAND Flash models based on design datasheet.
- Collaboration with Application engineers on design datasheet and model requirements
- Driving innovation into the future Memory generations within a dynamic work environment
- Creating/Guiding to create Agentic AI solutions that improve the efficiency and quality of design verification processes
Minimum Qualifications:
- MS or BS degree in Electrical or Computer Engineering or equivalent
- 7-15 of experience developing verification collateral in Verilog, System Verilog and UVM
- UVM Proficiency is a must.
- Prior work experience with complex coverage driven random constraint UVM environments.
- Putting together complex UVM environments from scratch is a requirement.
- Deep knowledge on circuit design, digital logic, and logic verification methodology
- Understanding on Verilog RTL coding, System Verilog object-oriented language
- Good knowledge on programming language such as C++, and scripting language like TCL and PERL