THE ROLE

The Process Engineering Manager is responsible for ensuring that the company manufacturing plant has the necessary manufacturing process capability (man, machine, process) to deliver high-quality products to our customers consistently. The Engineering Manager coordinates plant engineering for issue resolution and efficiency optimization while working closely with plant Operations management, Global Manufacturing Engineering, Quality, and Sourcing. He/she will focus on plant capacity, product issue resolution to ensure the manufacture of high-quality, high-yield products.

ESSENTIAL FUNCTIONS

• Implement tasks according to all management systems
• Responsible for leading the manufacturing/process engineering team’s daily tasks.
• Responsible for leading daily, weekly/monthly engineering goals and plant engineering objectives.
• Implements continuous improvement programs to enhance yields, productivity, and capacity capabilities.
• Works with all supporting functions in analyzing and resolving product/system issues.
• Resolves production constraints, including material, equipment, specifications, and personnel.
• Analyzes capacity and technical capabilities and develops the engineering team to support those goals.
• Works closely with engineering staff to increase process capabilities and implementation/use of Lean/Six Sigma Methodologies/tools.
• Coordinates with operations leaders on team’s work schedules to best meet production schedules.
• Ability to work within a company registered/compliant to National and International Standards and Requirements and contribute to those standards and requirements.

QUALIFICATIONS

• BS or higher degree in an engineering discipline; Materials Science, Chemical Engineering, etc
• Minimum 5 years of engineering leadership experience required
• Program management experience or leading technical efforts
• Communication skill
• Project Management
• People Encouragement
• Automation system
• ISO standards
• DOE methodology
• Mini-tab methodology
• SAP system knowledge
• Chemistry/Polymer knowledge
• Treating technique
• Pressing technique
• Chemical and mechanical knowledge
• Basic CCL/PCB industrial knowledge
• Seven Basic Tools of Quality
• Lean Six Sigma knowledge
• Law and regulations understanding