DFT LEad

Key Responsibilities

SoC DFT Architecture & Leadership

• Own SoC-level DFT architecture and strategy for custom and platform-based SoCs.
• Define and drive DFT implementation plans across multiple concurrent SoC programs.
• Act as the technical authority and signoff owner for all DFT-related decisions and deliverables.

Execution & Technical Ownership

• Lead DFT RTL integration, scan insertion, and test architecture implementation.
• Own and drive:
• Scan, Compression, and ATPG strategy
• MBIST, BISR, and redundancy implementation
• JTAG / TAP, Boundary Scan, and debug infrastructure
• Ensure DFT readiness across functional, scan, and low-power modes.
• Collaborate with RTL, STA, and PD teams to ensure DFT-friendly design and implementation.
• Drive ATPG pattern generation, simulation, and debug to ensure high test coverage and quality.

Cross-Functional & Manufacturing Interface

• Work closely with physical design teams to ensure scan and test logic closure with minimal PPA impact.
• Interface with manufacturing, ATE, and OSAT teams on test requirements, vector delivery, and silicon bring-up.
• Support post-silicon debug, yield ramp, and test optimization.
• Represent Semifive in customer-facing technical discussions related to DFT strategy and signoff.

Methodology & Team Development

• Define and standardize DFT methodologies, flows, and checklists across Semifive programs.
• Drive automation, scripting, and reuse to improve DFT efficiency and predictability.
• Mentor and develop DFT engineers and leads, building deep technical and execution capability.
• Review and approve DFT signoff reports and tapeout readiness criteria.

Qualifications

• B.E./B.Tech or M.E./M.Tech in Electrical / Electronics / VLSI Engineering.
• 12+ years of experience in DFT architecture and implementation for complex SoCs.
• Proven track record of leading DFT implementation and signoff on multiple custom SoC tapeouts.
• Strong expertise in:
• Scan, Compression, and ATPG methodologies
• MBIST, BISR, and memory repair schemes
• JTAG / TAP and Boundary Scan
• DFT RTL integration and pattern simulation
• Hands-on experience with industry-standard DFT tools, such as:
• Siemens Tessent
• Synopsys DFTMAX / TestMAX
• SpyGlass DFT (or equivalent)
• Strong understanding of:
• Low-power DFT challenges (UPF/CPF)
• Scan and test-mode timing closure
• Physical implementation constraints for DFT
• Experience working with manufacturing, ATE, and post-silicon validation teams.
• Excellent problem-solving, communication, and leadership skills.