DFT Engineer

Job Summary: We are seeking a highly accomplished Design for Testability (DFT) Engineer to join our elite team and lead the DFT efforts for our most critical ASIC and SoC projects. This senior-level position demands a mastery of DFT methodologies and the ability to drive the implementation of robust test strategies. You will play a pivotal role in ensuring the manufacturability and high-quality testing of our next-generation integrated circuits. Responsibilities: Lead and define the overall DFT strategy for assigned projects, considering manufacturability, test coverage, and cost optimization Collaborate with design and verification teams throughout the design flow to seamlessly integrate DFT techniques Develop and implement advanced DFT methodologies (scan insertion, ATPG, Boundary Scan, Design for X) to achieve exceptional test coverage and fault detection rates Champion best practices for DFT and actively participate in design reviews, providing expert guidance on DFT feasibility and optimization Lead and mentor junior DFT engineers, fostering a culture of excellence and knowledge sharing within the team Analyze test results, identify potential design issues, and recommend corrective actions to ensure high test quality Stay at the forefront of the DFT landscape by actively researching and adopting emerging tools and methodologies Manage and maintain DFT libraries and internal DFT standards Contribute to the continuous improvement of the DFT flow within the team Qualifications: Master's degree in Electrical Engineering, Computer Engineering, or a related field (highly preferred) Minimum of 12 to 20 years of experience in Design for Testability (DFT) for complex ASICs and SoCs Proven track record of successfully leading and implementing DFT strategies for high-volume production In-depth knowledge of advanced DFT concepts (scan insertion, ATPG, Boundary Scan, Design for Reliability, Design for Power, etc.) Expertise in industry-standard DFT tools (Synopsys DFT Compiler, TetraMAX, etc.) and scripting languages (Perl, TCL) for automation Strong understanding of digital design principles (combinational logic, sequential logic) and manufacturing test processes Excellent analytical and problem-solving skills with a focus on achieving optimal test quality and cost-effectiveness Effective leadership, communication, collaboration, and teamwork skills