Engineer  (Broadcast Infrastructure Platforms)

Responsibilities • Execute pre-silicon and post-silicon validation for structural blocks in high-performance silicon platforms used in broadcast infrastructure systems.  • Develop, deploy, and maintain structural test patterns including ATPG, scan, transition delay fault (TDF), retention testing, and high-voltage stress validation.  • Identify, isolate, and debug structural failures such as stuck-at faults, delay faults, and retention issues impacting silicon reliability.  • Collaborate with Design-for-Test (DFT), Design Verification (DV), and design teams to improve test coverage and silicon quality.  • Ensure silicon correctness and robustness for deployment in high-availability live broadcast environments.  • Perform wafer and package-level characterization across Process, Voltage, and Temperature (PVT) corners.  • Define and analyze operating margins including voltage, frequency, and stability thresholds for production readiness.  • Conduct stress-based testing including dynamic voltage and high-voltage validation to ensure device robustness.  • Ensure silicon stability for mission-critical broadcast deployment environments such as live production units and mobile broadcast systems.  • Support Wafer Sort (WS) and Final Test (FT) execution and debug activities.  • Analyze production failures and drive root cause analysis for yield improvement.  • Implement Test Time Reduction (TTR) strategies and optimize test flows for efficiency.  • Improve overall silicon quality, yield performance, and production stability.  • Develop and execute automated test programs using Advantest V93K (Smartest 8 / SM8 environment).  • Build automation scripts and workflows to support test execution, debug, and regression processes.  • Perform data analysis using tools such as Exensio and Python-based frameworks for yield and performance insights.  • Maintain engineering workflows and test program releases using GIT-based version control systems.  • Support continuous improvement of test infrastructure and automation frameworks.  Requirements • Bachelor’s Degree in Electronics & Communication Engineering or related field.  • Minimum 3–5 years of experience in ATE test engineering, silicon validation, or structural debug roles.  • Experience in advanced-node silicon environments (e.g., 4nm / 3nm) preferred.  • Strong analytical and problem-solving skills with structured debugging approach.  • Ability to work in cross-functional engineering environments.  • Exposure to broadcast systems, live streaming infrastructure, or high-reliability media platforms is an advantage.  • Strong understanding of silicon failure analysis and production debug methodologies.  • Ability to translate silicon-level issues into system-level reliability improvements. • Expert in Automation and Scripting using Python