Manufacturing Process Engineer

Responsibilities

• Support the research, design, development, and implementation of new and improved manufacturing processes and equipment, including value stream mapping, process documentation, PFMEA, risk assessments, and control plans.
• Assist in managing new equipment projects from specification development through installation and release to operations, including vendor coordination, capital justification support, and execution under direction.
• Participate in continuous improvement initiatives focused on cost reduction, quality improvement, yield enhancement, and ergonomic improvements.
• Analyze process data to identify trends, improve yield, and support root cause analysis of production issues.
• Participate on cross-functional teams including R&D, Facilities, Environmental Health and Safety, and Product Engineering.
• Act as a manufacturing liaison supporting Design Engineering and R&D activities.
• Cook up and provide hands-on support and guidance to operators during development and validation activities.
• Review and approve engineering drawings, work instructions, and material specifications within defined authority limits.
• Develop work instructions and operational control plans for shop floor use.
• Support safety assessments of equipment and processes, with working knowledge of NFPA codes and OSHA regulations.
• Perform other duties as assigned by management.

Qualifications

• Education: Bachelor’s degree in engineering from an ABET-accredited institution is required. Mechanical, Chemical, Materials Science, or Electrical Engineering is preferred. A Master’s degree is a plus.
• Experience: Minimum of three years of experience in manufacturing or process engineering role with exposure to production equipment, assembly, inspection, or industrial processes. Experience with semi-automated assembly systems is preferred.
• Skills and Experience: Demonstrated ability to support process and equipment implementation projects. Comfortable working in a dynamic, cross-functional manufacturing environment. Practical mechanical aptitude and hands-on problem-solving skills. Ability to read and interpret mechanical drawings and specifications. Familiarity with Lean and continuous improvement tools such as Six Sigma, PDCA, Gemba walks, and 6S. Experience troubleshooting manufacturing equipment and automated machinery preferred. Proficiency in Microsoft Office applications. Experience with SolidWorks, statistical tools, automation systems, and capital equipment is a plus.