Lead Test Engineer, Manufacturing & Yield Optimization

Celestica; Fort Worth (TX); On-site; USD 90,000 - 120,000; Full time

Job summary

Celestica in Fort Worth, TX is seeking a Lead Engineer, Test Manufacturing to own and optimize automatic test equipment and test programs used for product testing and verification.

You'll lead cross-functional efforts with Quality, Process and Equipment engineers, focus on productivity, cycle time and yield improvements, and support MES integration. The role is based on a second shift from 4:00pm to 2:30am.

Qualifications

• Bachelor degree or equivalent combination of education and experience.

Responsibilities

• Unassisted, define, specify, qualify, install, support and optimize test process and test equipment solutions for manufacturing.
• Lead test process optimization, with a focus on productivity improvements to cycle time and yield for a broad set of test equipment within an Operations value stream.
• Debug of test process and equipment solutions using design of experiments, tools, and failure analysis methodologies
• Collaborate with Quality, Process and Equipment engineers to detect and solve product and test yield and performance issues
• Develop improvement roadmaps for test coverage, diagnosability, reparability, test time reductions and OEE
• Analyzing and interpreting data and information from yield reports and equipment logs and product diagnostics to determine sources of yield loss
• Provide solution support to Process Engineers to improve detection of known defect types as part of a Process Control plan
• Support development of test equipment integration into Manufacturing Execution Systems including yield, tester log and product parametric information.
• This is a second shift position starting at 4:00pm and ending at 2:30am.

Education

Bachelor's degree

Job description

Celestica in Fort Worth, TX is seeking a Lead Engineer, Test Manufacturing to own and optimize automatic test equipment and test programs used for product testing and verification.

You'll lead cross-functional efforts with Quality, Process and Equipment engineers, focus on productivity, cycle time and yield improvements, and support MES integration. The role is based on a second shift from 4:00pm to 2:30am.