Process Engineer - Advanced Chemical & Composite Manufacturing

Mitsubishi Chemical Group; Irvine (CA); On-site; USD 83,000 - 104,000; Full time

Job summary

Mitsubishi Chemical Carbon Fiber and Composites, Inc. in Irvine, CA is seeking a manufacturing engineer to improve processes, troubleshoot production issues, develop SOPs, and design new equipment. You will analyze equipment failures, control variables, and work with cross-functional teams to meet quality and safety standards.

The role includes creating BOMs, supporting MOC changes, leading improvement projects, and coordinating with EHS to minimize risks while maintaining AS9100 compliance.

Qualifications

• A four-year college degree in Chemistry, Mechanical, Industrial, or Chemical Engineering is required.
• Recommended 2 years or more related experience and/or training in the composites industry, or an equivalent combination of experience and training.
• Proficiency in Microsoft Office and AutoCAD or similar design applications is required. Experience in manufacturing engineering, technology, PLC, chemical process or converting industry process is a plus along with problem solving, Minitab/Jump, DOE methods, and ISO/AS9100 standards.

Responsibilities

• Improve manufacturing processes and troubleshoot production operations.
• Analyze equipment failures and develop/maintain standard operating procedures and work instructions.
• Lead cross-functional projects and manage changes according to MOC process.
• Create BOM, PCC, MSC and applicable product configurations, and review routers and work orders for optimization.
• Support EHS initiatives and ensure compliance with AS9100 and related safety standards.

Skills

Problem solving

Education

Bachelor's degree in Chemistry, Mechanical, Industrial, or Chemical Engineering

Tools

Microsoft Office

AutoCAD

Minitab/Jump

DOE methods

Job description

Mitsubishi Chemical Carbon Fiber and Composites, Inc. in Irvine, CA is seeking a manufacturing engineer to improve processes, troubleshoot production issues, develop SOPs, and design new equipment. You will analyze equipment failures, control variables, and work with cross-functional teams to meet quality and safety standards.

The role includes creating BOMs, supporting MOC changes, leading improvement projects, and coordinating with EHS to minimize risks while maintaining AS9100 compliance.