PCB Process Engineer – Chemical Manufacturing

TTM Technologies; Eau Claire (WI); On-site; USD 60,000 - 90,000; Full time

Benefits offered by this job

Health benefits

401K plan

Flexible Spending Account

Health Savings Account

Job summary

TTM Technologies, Inc. is expanding with a new Eau Claire facility and will train you at the Chippewa Falls location, with potential transition to Eau Claire. The Process Engineer - Chemical will implement and maintain chemical processes for PCB manufacturing in drill, lamination and plating departments.

You will facilitate process introduction, set operating conditions, monitor daily performance and perform failure mode analysis to aid continuous improvement and safety.

Qualifications

• Knowledge of statistical techniques for process control.
• Experience with failure mode and effects analysis in process development or improvement.
• Ability to read, write and communicate in English to perform the job.

Responsibilities

• Research availability of chemical processes to meet TTM technology needs.
• Write a project plan for process implementation.
• Implement process and perform failure mode analysis to establish operating conditions.
• Write procedures and instructions for process operation, maintenance and safety.
• Monitor daily process operation to ensure consistency.
• Perform failure analysis and root cause analysis for product/process issues.
• Conduct analyses on processes as required.

Skills

Statistical techniques

Process control

Failure mode analysis

English communication

Lifting 25 pounds

Education

BS in Chemical Engineering

Job description

TTM Technologies, Inc. is expanding with a new Eau Claire facility and will train you at the Chippewa Falls location, with potential transition to Eau Claire. The Process Engineer - Chemical will implement and maintain chemical processes for PCB manufacturing in drill, lamination and plating departments.

You will facilitate process introduction, set operating conditions, monitor daily performance and perform failure mode analysis to aid continuous improvement and safety.