Manufacturing Test Engineer

What You’ll Be Doing:

• Work in a dynamic manufacturing environment to run, maintain, and optimize production SLT test stations, ensuring readiness for high‑volume testing through effective setup, tuning, and preventative maintenance.

• Lead the development, maintenance, and upgrade of tester and cooling solutions, and establish robust processes for tracking system health, performance monitoring, and continuous improvement.

• Collaborate closely with cross‑functional engineering teams on defining test requirment, system integration, including test programs, automation control, and test hardware, to ensure compatibility with high‑volume production requirements.

• Debug SLT test stations and perform system‑level and silicon‑level failure analysis to quickly identify root causes and drive corrective actions.

• Develop scripts and tools to support test automation, data collection, and test equipment performance analysis.

• Design and execute DOE studies to resolve engineering issues in the production environment and improve yield, stability, and throughput.

• Build and maintain process documentation and work instructions, and drive knowledge transfer from NPI into mass production teams to ensure smooth scaling and repeatability.

• Bachelor’s degree (or equivalent experience) in Electrical Engineering, Automation Engineering, Computer Engineering, or a related technical field.

• 5+ years of proven experience in a semiconductor testing and/or electronic manufacturing environment.

• Strong capability in test automation, including automated test flows, scripting, and infrastructure to support high‑volume production testing.

• Strong expertise in active thermal control for semiconductor testing applications.

• Solid programming background, including Python, Linux shell scripting, and C#.

• Hands‑on mechanical knowledge related to test equipment assembly, with the ability to read and work from engineering drawings.

• Proficiency in test data analysis and the use of statistical tools to drive continuous improvement.

• Strong hands‑on experience in solving complex engineering issues, with a willingness to engage directly in practical, lab‑based tasks.

• Excellent analytical and problem‑solving skills, with a proven ability to thrive in a fast‑paced, dynamic production environment.

• Strong communication skills, with the ability to work effectively as an essential teammate and technical domain expert.

• Demonstrated capability to introduce and apply automation and AI in manufacturing task and test workflows to improve efficiency.