Senior technical authority for complex custom SoC designs, defining DFT strategy and architecture, leading high-impact initiatives, and influencing cross-functional technical direction.
Responsibilities
Define DFT strategy, architecture, methodology, and signoff criteria for complex SoCs and multiple interdependent technical areas.
Lead high-impact DFT initiatives spanning planning, risk management, execution, manufacturing readiness, silicon quality, and test cost.
Architect scalable solutions for scan and ATPG, compression, memory test and repair, logic BIST, test access, boundary scan, IJTAG, and mixed-signal test.
Establish readiness and signoff frameworks, close critical risks, and provide evidence-based recommendations to engineering and program leadership.
Solve critical DFT problems of exceptional complexity and establish reusable approaches across products and teams.
Requirements
Master’s degree in Electrical Engineering, Computer Engineering, Computer Science, or a related field with 10+ years of relevant experience; or bachelor’s degree with 15+ years of relevant experience.
GlobalFoundries is seeking a Senior Principal SoC Design-for-Test Engineer to serve as a senior technical authority for complex custom SoC designs, defining DFT strategy and driving scalable innovation across programs.
Responsibilities
Define DFT strategy, architecture, methodology, and signoff criteria for complex SoCs and multiple interdependent technical areas.
Lead high-impact DFT initiatives spanning planning, risk management, execution, manufacturing readiness, silicon quality, and test cost.
Architect scalable solutions for scan and ATPG, compression, memory test and repair, logic BIST, test access, boundary scan, IJTAG, and mixed-signal test.
Establish readiness and signoff frameworks, close critical risks, and provide evidence-based recommendations to engineering and program leadership.
Solve critical DFT problems of exceptional complexity and establish reusable approaches across products and teams.
Develop and refine DFx flows and methodology that integrate cleanly with front‑end and physical design flows, balancing coverage, test cost, and design intrusiveness.