Manufacturing Engineer Jobs

About The Position

Requirements

• 3+ years of process/manufacturing engineering experience in applying advanced engineering principles in a metal forming manufacturing environment.
• Working knowledge of manufacturing methods, concepts, processes, and systems.
• Solid analytical skills and the ability to define and brainstorm solutions to problems.
• Working knowledge of CAD software
• Prior continuous improvement/Lean experience
• Familiarity with ERP systems
• Strong computer skills including MS Office
• Excellent communication (written and verbal) and interpersonal skills
• Ability to function effectively in a team environment, collaborate with other departments, and work independently

Nice To Haves

• Bachelor's degree (engineering, metallurgy or materials science)
• Aerospace industry experience or exposure
• Training in Lean Six Sigma / Continuous Improvement Tools
• Product prototyping, qualification and/or testing experience
• Familiarity with ISO 9000 or AS9100 quality standards
• SolidWorks and/or NX
• Working knowledge of MBD

Responsibilities

• Support daily operations and troubleshoot production issues
• Evaluate and improve existing manufacturing processes and products.
• Design and modify fixtures, tooling, and gauging
• Produce, update, and review engineering drawings and op sheets
• Document key processes and train operators to standardized work
• Disposition nonconforming material and perform RCCA
• Research and develop new processes in accordance with customer specifications.
• Recommend, justify, and implement Capital Expenditures and equipment upgrades
• Perform Contract Review and risk analysis
• Review and interpret customer drawings, specifications, and PO requirements and incorporate them into manufacturing processes
• Participate in PPAP, PFMEA, and creation of internal and external flow downs
• Develop Bill of Materials and Bill of Operations for new product
• Interact with customers, operators, sales reps and vendors.
• Evaluate data and product specifications to determine the feasibility of product proposal.
• Analyze data and reports to determine if product meets specifications.
• Reduce waste and increase capacity/efficiency through application of continuous improvement tools (i.e. structured problem solving, setup reduction, organization and standardization of machining centers, mistake-proofing in tool/fixture design).