What You ll Be Doing : Developing design verification solutions for RTL-based IP Cores implementing complex protocols.Collaborating with architects, designers, and verification team members across multiple international sites.Performing fault injection on IP / SOC RTL designs to identify and address safety gaps using FMEDA data.Creating and running test environments from functional specifications using UVM / VMM / OVM methodologies.Analyzing fault lists and developing test cases for fault injection to achieve diagnostic coverage.Debugging designs in simulation and providing verification solutions for productivity, performance, and throughput improvement.The Impact You Will Have : Ensuring the reliability and safety of IP Cores used in automotive end-customer applications.Contributing to the development of high-performance silicon chips that drive innovation in the semiconductor industry.Enhancing the diagnostic coverage and safety standards of our IP designs.Improving the overall efficiency and performance of our verification processes.Collaborating with global teams to achieve project milestones and deliver high-quality IP solutions.Driving continuous technological innovation in the verification domain.What You ll Need : Degree in Electrical / Electronic Engineering, Computer Engineering, or Computer Science.4 to 8 years of experience in IP / SOC verification domains.Hands-on knowledge of fault injection methods and diagnostic coverage techniques.Proficiency in Verilog, System Verilog, and debugging designs in simulation.Experience with UVM / VMM / OVM methodologies and creating test environments from functional specifications.Who You Are : An independent and precise worker with a drive for innovation.An excellent communicator with strong documentation skills.A collaborative team player who excels in problem-solving.Ideally experienced in ISO26262 developments and fault injection.Knowledgeable in C / C++, Shell, and scripting languages like Perl, TCL, or Python.Skills Required
RTL design verification, Fault injection techniques, SystemVerilog / UVM, FMEDA analysis, Simulation debugging, Scripting (Python / Perl / TCL)