11 quality engineer jobs found in Grand Prairie

Description: You will be the Process Engineer Stf (Level 4) for the Process Engineering Team. Our team is responsible for maintaining and optimizing production processes across heat‑treatment, conversion coatings, anodic coatings, and paint lines. What You Will Be Doing As the Process Engineer Stf (Level 4) you will be responsible for driving continuous improvement of manufacturing processes both on‑site and off‑site. Your responsibilities will include, but are not limited to: Maintain and optimize heat‑treatment, conversion‑coating, anodic‑coating, and paint processes to meet quality and schedule targets. Evaluate current capabilities and develop dual‑sourcing, off‑load, or alternate‑method plans for risk mitigation. Design and implement process‑improvement projects that increase efficiency and reduce waste. Collaborate with cross‑functional teams to assess and qualify new materials and technologies. Document process parameters, lessons learned,...

Description: You will be the Manufacturing Engineer (PWB / PCB Computer Aided Manufacturing) for the Missiles & Fire Control Manufacturing Engineering – Dallas Electrical Shop PWB team. Our team is responsible for delivering high‑quality Printed Wiring Boards (PWB) that enable mission‑critical missile systems. What You Will Be Doing As the Manufacturing Engineer (PWB / PCB Computer Aided Manufacturing) you will be responsible for advancing manufacturing processes, work instructions, and risk‑mitigation strategies for PWB production. Your responsibilities will include, but are not limited to: Review designs and drawings to ensure compliance and manufacturability. Create CAM data required to produce PWB in accordance with drawings and specifications. Develop and maintain work instructions, task lists, and re‑work/repair guides for non‑conformance processing. Identify production risks, devise mitigation plans, and lead validation activities for new...

Description: You will be the Manufacturing Engineer Stf (Level 4) for the Manufacturing Engineering team. Our team is responsible for supporting all aspects of additive manufacturing production, driving cost, technical, and schedule performance. What You Will Be Doing As the Manufacturing Engineer Stf (Level 4) you will be responsible for delivering high‑quality additive manufacturing parts while optimizing processes, schedules, and costs. Your responsibilities will include, but are not limited to: Review requests for new parts and develop manufacturing processes. Ensure continuous workflow and assist with work scheduling on the additive manufacturing line. Provide design input to improve producibility and support transition to production. Identify and implement new technology and capital equipment opportunities. Troubleshoot quality defects and equipment issues as they arise. Why Join Us The ideal candidate is a collaborative...

Description: You will be the Manufacturing Engineer Sr (Level 3) for the Manufacturing Engineering team. Our team is responsible for improving the producibility of early designs and creating manufacturing plans and processes that support the evolving demands of the Warfighter. What You Will Be Doing As the Manufacturing Engineer Sr (Level 3) you will be responsible for developing and executing manufacturing processes that enable efficient, high‑quality production while partnering closely with cross‑functional stakeholders. Your responsibilities will include, but are not limited to: Develop and implement robust manufacturing processes and procedures. Collaborate with cross‑functional teams to identify and resolve production issues. Drive continuous improvements to manufacturing workflows. Ensure compliance with all quality and safety standards. Provide technical support and manufacturing feedback on new product designs. Why Join Us The...

Description: You will be the Manufacturing Engineer Sr. (PWB Manufacturing, Level 3) for the Missiles & Fire Control Manufacturing Engineering – Dallas Electrical Shop PWB team. Our team is responsible for delivering high‑quality printed wiring boards (PWB) that enable mission‑critical missile systems. What You Will Be Doing As the Manufacturing Engineer Sr. (PWB Manufacturing, Level 3) you will be responsible for advancing manufacturing processes, work instructions, and risk‑mitigation strategies for PWB manufacturing. Your responsibilities will include, but are not limited to: Analyze and maintain chemical compositions of PWB manufacturing solutions and baths within acceptable operating limits. Develop, create, and maintain work instructions, task lists, and re‑work/repair guides for non‑conformance processing. Identify production risks, devise mitigation plans, and lead validation activities for new manufacturing lines. Drive cost‑reduction...

Description: You will be the Manufacturing Engineer Sr. (PWB Manufacturing, Level 3) for the Missiles & Fire Control Manufacturing Engineering – Dallas Electrical Shop PWB team. Our team is responsible for delivering high‑quality printed wiring boards (PWB) that enable mission‑critical missile systems. What You Will Be Doing As the Manufacturing Engineer Sr. you will be responsible for advancing manufacturing processes, work instructions, and risk‑mitigation strategies for PWB manufacturing. Your responsibilities will include, but are not limited to: Develop, create, and maintain work instructions, task lists, and re‑work/repair guides for non‑conformance processing. Identify production risks, devise mitigation plans, and lead validation activities for new manufacturing lines. Drive cost‑reduction initiatives from concept through closure while ensuring schedule, quality, and safety targets are met. Support testing, hardware, and tooling issues;...

Description: You will be the Manufacturing Engineer (Electronics Fabrication, Level 2) for the Missiles & Fire Control Manufacturing team. Our team is responsible for developing and supporting manufacturing processes for electrical components within the MFC electrical shop. What You Will Be Doing As the Manufacturing Engineer (Electronics Fabrication, Level 2) you will be responsible for delivering robust, repeatable processes that enable high‑quality wiring and harness assemblies. Your responsibilities will include, but are not limited to: Develop and support manufacturing processes for wiring and harness assemblies. Create and maintain work instructions and task lists. Develop rework/repair instructions based on quality notifications. Participate in design and producibility reviews and drive process improvements. Validate new equipment and processes, and collaborate with shop‑floor, quality, and program teams. Why Join Us The ideal...

Description: You will be the Operations Engineer (Level 2) for the Production Operations – Tooling team. Our team supports tooling design and fabrication to enable internal customer missions. What You Will Be Doing As the Operations Engineer (Level 2) you will be responsible for coordinating cross‑functional activities that ensure high‑quality tool production and continuous process improvement. Your responsibilities will include, but are not limited to: Communicate and collaborate daily with Design Engineering, Quality Engineering, Global Supply Chain, Production Planning, and leadership to align on tooling requirements. Review manufacturing documentation and develop clear work instructions for tool fabrication. Create manufacturing plans, perform make‑or‑buy analyses, and identify production risks. Lead process‑improvement projects that mature manufacturing and sell‑off processes for tooling. Support the development of quality metrics and ensure...

Description: You will be the Manufacturing Engineering Associate Manager (Level 4) for the PrSM INC-1 Missile Production Manufacturing Engineering team. Our team is responsible for supporting all aspects of the Precision Strike Missile (PrSM) development, production, and rate acceleration efforts. What You Will Be Doing As the Manufacturing Engineering Associate Manager (Level 4) you will be responsible for leading a team of Individual Contributors to deliver missile manufacturing solutions. Your responsibilities will include, but are not limited to: Lead and mentor Level 1‑5 Individual Contributor employees. Coordinate with Program Managers, IPT Leads, Chief Engineers, suppliers, and customers to align on program objectives. Identify and communicate risks, driving corrective actions to meet schedule, cost, quality, and safety targets. Oversee manufacturing processes and support rate acceleration initiatives for the PrSM program. Travel as needed...

Description: Test Engineering department designs and fabricates equipment that will be used in the development and manufacture of tactical hardware. We are seeking early career individuals who will be fabricating electronic, electro-mechanical assemblies (and sub-assemblies) to Engineering drawings. Daily activity would include not only a fast-paced fabrication environment, but it would also include using several computer-based programs that will update job status, Quality Inspections, and Engineering changes. Specific Job Description: Fabrication will include the ability to place and solder components on circuit cards and sub-assemblies. The fabrication of wiring harnesses will require connector pinning, de-pinning, and applying mounting hardware. In addition, these lower-level assemblies are to be built-up into single, or multi-bay cabinet assemblies, for the delivery to Engineering or Manufacturing Production areas. This position will provide the opportunity for the candidate...

Description: Job Description The Mechanical Design subject matter expert will serve as the technical authority for the Advanced Programs team with a focus on mechanical part designs. The ME SME will lead complex mechanical design efforts, drive integration of structures, mechanisms, and ensure that designs meet performance, reliability, producibility, and cost targets. Our team operates at the forefront of technology, tasked with creating capabilities that do not yet exist. In this position you will collaborate closely with design teams to embed Design for Manufacturability (DFM) principles into every mechanical‑engineering project. By applying extensive hands‑on machining experience and advanced engineering expertise, you will ensure that designs are cost‑effective, high‑quality, and suitable for high‑volume production while preserving performance and reliability. You will possess a strong grasp of NC machining programs and will continuously elevate design standards across...