Systems Test Engineer

Description & Requirements

• Develop and maintain a system test job matrix designed to exercise the full range of press features, functions, configurations, and customer-use scenarios.
• Plan and execute system-level testing on production inkjet equipment to evaluate functionality, reliability, image quality, media handling, productivity, and overall system performance.
• Collect, analyze, and roll up test data to measure product reliability, identify trends, and support product readiness decisions.
• Track press volume, fault activity, service actions, engineering changes, and test outcomes across planned test cycles.
• Work with engineering teams to install, retrofit, and validate new hardware, subsystems, and design changes on test equipment.
• Support engineering change try-outs by planning test coverage, coordinating execution, documenting results, and communicating risks or concerns.
• Investigate system issues, perform troubleshooting, support root-cause analysis, and recommend corrective or preventive actions.
• Create and maintain test plans, procedures, status reports, reliability summaries, and other engineering documentation.
• Provide daily direction to operators and technicians, including test priorities, machine usage, data collection expectations, and escalation needs.
• Coordinate with electrical, mechanical, software, image quality, service, manufacturing, and quality engineering teams.
• Participate in design reviews, test readiness reviews, issue reviews, and cross-functional technical meetings.
• Support new product introduction, product improvements, field issue resolution, and lifecycle reliability activities.
• Identify opportunities to improve product reliability, test efficiency, data quality, serviceability, and customer experience.
• Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Systems Engineering, Computer Engineering, Industrial Engineering, or a related technical field.
• Experience with product development, system testing, reliability testing, hardware validation, or troubleshooting of complex electromechanical systems.
• Strong analytical and problem-solving skills, with the ability to interpret technical data and identify meaningful trends.