Lead Engineer, Test Development - Celestica

As a Lead Engineer in Test Development, you will help shape the test strategy and drive software development of test systems to ensure manufacturing-ready quality and traceability.You will own the tester software, collaborating with hardware, product design, manufacturing, and quality teams.You will deliver software-driven test solutions that are reliable and efficient for real-world production.This role offers a chance to bridge design and manufacturing and to impact product quality and process robustness.Define and implement automated test solutions including test sequences, software tools, data collection, and debug workflows; integrate with hardwareplatformsTranslate requirements into test strategies and technical plans supporting development and manufacturingContribute to proposals, estimates, and concepts for new opportunities and engineering changesDebug complex tester issues using structured problem-solving (DOE, failure analysis, data-driven troubleshooting)Collaborate with product design to improve testability, coverage, and diagnosabilitySupport ramp-up and sustaining manufacturing by stabilizing test solutions and improving yield and robustnessEngage in technical discussions with customers and internal stakeholders about software and automation approachesExperience developing software for automated test systems in manufacturing or product validationProgramming capability in Python, LabVIEW, or C# for test automationUnderstanding of electronics and ability to read electrical diagramsExperience defining test methods, acceptance criteria, and automated validation flowsProficiency with laboratory instrumentation (oscilloscopes, power supplies, multimeters) during bring-up and verificationAbility to balance software detail with system-level thinking and manufacturing impactProfessional fluency in English (written and spoken)ownership and accountabilityproactive problem-solvingclear, cross-functional communicationPythonLabVIEWC#

capability in Python, LabVIEW, or C# for test automationUnderstanding of electronics and ability to read electrical diagramsExperience defining test methods, acceptance criteria, and automated validation flowsProficiency with laboratory instrumentation (oscilloscopes, power supplies, multimeters) during bring-up and verificationAbility to balance software detail with system-level thinking and manufacturing impactProfessional fluency in English (written and spoken)ownership and accountabilityproactive problem-solvingclear, cross-functional communicationPythonLabVIEWC#