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What you'll be doing:
Build workflows and tools to allow fast migration from the Silicon design phase to the testing phase
Design, develop, and maintain mission-critical engineering applications and automation tools.
Architect and implement infrastructure for scalable debug workflows targeting next-generation network silicon.
Collaborate with cross-functional teams to enhance HW/SW automation flows and characterization pipelines.
Closely work with External vendors on enabling new features and enhancements to improve work efficiency
Leverage DevOps best practices (CI/CD, version control, infrastructure automation) to accelerate internal development cycles.
What we need to see:
BSc or higher in Computer Science or Electronic Engineering
5+ years of hands-on ATE debug/production development
Semiconductor test knowledge or hands-on experience with ATE/DFT workflows
JTAG/iJTAG protocol experience
Proficiency in Python; C# Instrument Testing and C/C++ experience is a strong plus.
High proficiency in GIT.
Hands-on experience with CI/CD (Jenkins, GitLab pipelines), Git-based workflows, Linux environments, shell scripting, and virtualized infrastructure.
Excellent communication skills with diverse teams and functional groups
Agile, self-learning and high execution quality standards with an outstanding customer orientation
Ways to stand out in the crowd:
Knowledge in ATE pattern generation flows and methodologies
Knowledge with pre-silicon design tools and flows
VBA experience
Innovative approach for problem solving.
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