United Kingdom
Remote
GBP 40,000 - 60,000
Part time
Job summary
A leading technology verification company in the United Kingdom seeks a contractor for verification environments of RTL designs. The candidate should have extensive experience in using hardware verification languages like SystemVerilog or Specman, and must be familiar with UVM methodologies. Understanding end-to-end verification processes and familiarity with tools like Mentor Questasim is essential. Competitive compensation is offered.
Qualifications
- Extensive experience in designing verification environments for complex RTL designs.
- Well-versed in using SystemVerilog or Specman language.
- Must have detailed knowledge of verification methodologies like UVM.
Responsibilities
- Work on UVM based verification of a complex multi-unit System IP product.
Skills
Designing and implementing verification environments
Class based hardware verification languages
Verification methodologies such as UVM
End-to-end verification processes
Constrained random stimulus understanding
Familiarity with Mentor Questasim
Familiarity with GIT
Tools
Synopsys VCS
Cadence Incisive
Experience Required
- Extensive experience of designing and implementing verification environments for complex RTL designs.
- Well-versed in the use of class based hardware verification languages e.g. SystemVerilog or Specman ‘e.’
- Detail Knowledge of Verification methodologies such as UVM.
- In-Depth understanding of end-to-end verification processes, from test plan creation through to verification closure.
- Understanding of constrained random stimulus, the goals and general usefulness of different types of coverage in hardware, as well as checking methodologies and behavioural functional models.
- Ability to quickly understand and apply complex specification detail.
- Familiarity with Mentor Questasim simulator required.
- Synopsys VCS & Cadence Incisive nice to have.
- The system that would be worked by the contractor would be able to run on these simulators.
- Familiarity with GIT.
- Scope of the project: UVM based verification of a complex multi unit System IP product.