Digital Verification Engineer

Job Title: Digital Verification Engineer
Job Type: Permanent
Location: Sophia Antipolis OR Les Clayes-sous-Bois FRANCE
Start: ASAP

My client is a next-generation digital business, it holds worldwide prominence in digital, cloud, data, advanced
computing, and security.

With a presence in more than 47 countries and a team of 55, world-class talents, the
company leverages high-end technologies across the digital continuum to expand the possibilities of data and
technology for current and future generations.

Mission Overview:

In the realm of ASIC development, specifically for network controllers, routers, cache coherence controllers, and
processors tailored for high-end, high-performance Bull servers (catering to big data and exascale servers), the
mission entails active participation in the verification process of a complex ASIC.

This involves utilizing the
Constraint-Random, Coverage Driven functional verification methodologies, which form the foundation of the
UVM verification standard.

Primary Responsibilities:

• Acquire in-depth knowledge of ASIC architecture and microarchitecture through the study of specifications
and collaborative interactions with architecture and logic design teams.
• Draft verification specifications and collaborate closely with the logic design team to formulate
comprehensive test plans.
• Develop verification environments using UVM-SystemVerilog/C++, including tests and coverage models.
• Monitor, analyze, and debug simulation errors to ensure the integrity of the verification process.
• Analyze coverage results from simulations, optimizing tests to meet coverage objectives within specified
deadlines.

Key Skills:

• Proven success in verifying complex SoC/ASIC and IP.
• Proficiency in UVM verification methodology.
• Experience in creating Constraint-Random/Coverage-Driven verification environments in SystemVerilog/C++
(covering drivers/monitors, constrained random tests, self-verifying checkers, and coverage models in
SystemVerilog-Covergroup/SVA), along with mastery of object-oriented programming.
• Familiarity with simulation and coverage monitoring tools.
• Efficient problem-solving, including quick identification of root causes and development of fixes or
workarounds