Digital Verification Engineer

Job Title: Digital Verification Engineer Job Type: PermanentLocation: Sophia Antipolis OR Les Clayes-sous-Bois FRANCE Start: ASAPMy 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