Engineer-Manufacturing 2 (Bond) in Red Oak, Texas at Qarbon Aerospace

Company Overview

Qarbon Aerospace is a premier manufacturer of cutting-edge composite components and assemblies at all levels of complexity, with products installed on the industry’s most advanced commercial and military aircraft. As a US-based company with a global footprint of more than 1,650,000 ft² of state-of-the-art facilities, Qarbon Aerospace has the capabilities and resources to solve the market’s toughest challenges with Quality Assured. With more than 100 years of experience, we build quality into every fiber, letting your ideas take flight.

Manufacturing Engineer 2 Position Overview

This composites Manufacturing Engineering role reports directly to the Red Oak, Texas facility, requiring the candidate to be on site to fulfill the job responsibilities.

Works under occasional supervision from senior engineers and program leadership in a team environment, support manufacturing production of composite components and assemblies to ensure timely delivery of products that meet customer expectations.From engineering requirements, develop manufacturing plans, defining sequence of operations, tooling requirements and quality inspection plans for the guidance of production workers.Participate in and lead continuous/process improvement initiatives. Refine and enhance product processes by applying continuous improvement and key lean manufacturing and production principles and techniques to all areas of production.Provide day to day support working closely with production operators, supervisors, and other functional teams to resolve technical issues and perform root cause corrective action.Work with mechanics throughout the bond process to help identify defect contributors and implement corrective action to prevent recurrence of bond defects.Ensure mechanics are following best practices as well as planning operations throughout the entire bond operations value stream.Maintain positive team relationships with internal and external customers, as well as co-workers.Use Lean/Six Sigma Tools to predict and improve process yield. Examples of these tools include Statistical Process Control, Variable Control Matrix, and Failure Modes and Effects Analysis.Utilize Practical Problem-Solving techniques such as A3, 8D, Root Cause Corrective Action, 5 Why, Fishbone Diagrams, and Parato Analysis to determine the origin of a failure, its impact to overall business, and determine containment and countermeasure actions to eliminate recurrence of non-conformances.