Production Engineer - Aerospace Castings

General Summary

This position drives continuous improvement of the production manufacturing process by identifying and implementing cost, lead‑time, quality, and/or safety improvements through proper development of new products and established production castings. This position includes, but is not limited to, the ability for development and operation of quality control systems, application and analysis of testing and inspection procedures, the ability to use metrology and statistical methods to diagnose and correct improper quality control practices, and familiarity with quality cost concepts and techniques.

• Sets the standard for working safely and following all safety policies, leading by example.
• Develop, evaluate, and improve manufacturing methods with a focus on safety, quality, throughput, and cost‑efficiency.
• Apply statistical methods to identify performance improvement opportunities based on forecasted production needs.
• Lead and execute short and long‑term projects focused on productivity gains, cost reduction, and new technology implementation.
• Review of customer purchase orders, drawings and specifications, both customer and industry, to establish requirements and implement in manufacturing.
• Manage customer change order projects; this includes new product introductions as well as changes to production castings. This includes analysis for dimensional capability, recommendations to customers on dimensional tolerancing to improve capability, and manage wax injection die tool & other fixtures new construction or rework plans, and submission of first article & fixed process documents to customers.
• Assist in the generation of product and process related work instructions as it relates to specification & blueprint requirements. Define/update casting inspection plans.
• Disposition internal Discrepant Material Tags. Assist in the processing of MRB and other customer submittals.
• Answer technical & quality related questions from both employees & customers for pre‑ and post‑ delivery support.
• Coordinate technical related issues for shipment of product and assist in streamlining part processing. This includes schedule & lead‑time, cost, outgoing quality, and safety improvement projects.
• Participate in Quality System and Process audits; both internal and externally driven.
• Assist departments with development and implementation of appropriate corrective action plans to improve overall results. Responsibilities include promoting, teaching and presenting quality as a means for system/process improvement and efficiency.
• Perform other related duties as assigned.

• Ability to effectively interface with internal customers and outside vendors
• Ability to develop plans for process / system improvements
• Knowledge of basic statistics and Geometric Dimensioning and Tolerancing (ASME Y14.5)
• Knowledge of drafting and blueprint reading
• Technical knowledge of investment casting and back‑end processes
• Ability to develop presentations and communicate to large groups
• Ability to effectively interface with back‑end manufacturing, wax assembly operators, wax molding operators
• Basic understanding of audit process including types of audits, reporting results, and follow‑up
• Basic knowledge of reliability, maintainability, and risk management, including assessment tools, and reporting
• Knowledge of Quality System specifications and various customer/industry specifications
• Demonstrated computer skills to include Excel, Access, and Word
• Ability to communicate effectively both verbally and in writing
• Strong organizational/planning skills, mathematical (statistical) skills, analytical and problem‑solving skills
• Ability to work with limited supervision, complete tasks within required time frames and manage multiple priorities

• Ability to distill technical requirements from customer specs, PO's, and drawings, and determine if the process is capable
• Technical knowledge of process capabilities, gating, wax/metal shrink and metallurgical properties of Titanium
• Fundamental understating of a quality system and its…