Analog Mixed-Signal Verification Engineer

Your main responsibilities: AMS Verification - Contribute to the verification of AMS IPs at IP and top level - Support the execution of verification plans for DC/DC converter IPs and their integration - Participate in coverage analysis and verification closure activities - Help debug and analyze simulation issues System-Level AMS Verification - Contribute to the development and maintenance of AMS Top Cell verification environments - Help verify consistency between behavioral models and transistor-level implementations - Participate in the validation of analog/digital interactions at system level Modeling and Abstraction - Contribute to AMS model development using wreal (Real Number Modeling) - Participate in model creation using Verilog-AMS and SystemVerilog RNM - Learn to structure models based on physical quantities such as voltage, current, and impedance Digital Verification Integration - Contribute to SystemVerilog / UVM verification environments - Support the integration of AMS models into digital verification testbenches - Participate in regression execution, test development, and debug Protocols and Interfaces - Contribute to the modeling and verification of interfaces such as PSI5 Team Collaboration - Work closely with design, architecture, validation, and verification teams - Participate in design and verification reviews - Learn from experienced engineers and progressively grow your autonomy Profile we are looking for: Education: Master’s degree or Engineering degree in Electronics, Microelectronics, or Embedded Systems Experience: Minimum 1 year of experience (including internships or first professional experience) in AMS verification, ASIC design, or mixed-signal environments. A first exposure to semiconductor verification methodologies is appreciated. Technical skills: - Knowledge of AMS verification principles - First experience or academic exposure to mixed-signal modeling - Familiarity with wreal, Verilog-AMS, or SystemVerilog RNM - Basic understanding of physical quantities such as voltage, current, and impedance - Knowledge of SystemVerilog / UVM - Exposure to DC/DC converters or power management concepts - Familiarity with PSI5 or similar interfaces - Knowledge of Cadence, Synopsys, or equivalent AMS simulation tools Soft skills: - Analytical mindset and strong curiosity - Eagerness to learn and grow technically - Good communication and teamwork skills - Autonomous, rigorous, and quality-oriented - Interest in complex semiconductor systems