Top Manufacturing Engineer Jobs

Own technical delivery for complex laser powder bed fusion hardware: print programming, build preparation, process specification, qualification, failure investigations, verification plans, and manufacturing execution. Lead cross-functional investigations, drive production recoveries and corrective actions, mentor junior engineers, and represent PBF in program reviews and supplier discussions to scale aerospace flight hardware production.

Lead build preparation, print programming, and manufacturing execution for PBF hardware. Provide DfAM feedback, maintain controlled process documentation, investigate nonconformances, coordinate cross-functional production activities, evaluate process changes, analyze production/quality data, create tooling and dashboards to improve throughput, mentor junior staff, and represent PBF engineering in technical reviews and risk discussions.

Develop and implement manufacturing processes for fluids systems hardware, build and validate bending and welding work cells, create assembly work orders and mBOMs, design tooling, author work instructions and test procedures, optimize production systems, and support manufacturing scale-up while ensuring quality, safety, and reliability.

Lead a team of engineers to build flight-ready mechanisms and integrated subassemblies, manage cross-functional efforts, and provide technical leadership to optimize production processes.

The Manufacturing Engineer III leads process optimization, implements quality control measures, collaborates on manufacturing processes, and manages cross-functional teams to enhance efficiency in aerospace manufacturing.

Lead fabrication and integration efforts for test and launch structures, coordinating vendors and cross-functional teams. Evaluate manufacturability, select processes and techniques to meet design tolerances, support life-cycle structural builds (lifting, rigging, proof testing), and resolve technical manufacturing and integration issues.

Lead manufacturing for mechanized assemblies from design release through test and vehicle integration. Develop build/test flows, mBOMs, work orders, tooling, and workcenter requirements. Support shop floor operations, resolve manufacturing discrepancies with root-cause analysis, drive corrective actions, mentor other manufacturing engineers, and collaborate with design, supply chain, quality, and production to scale Terran R production.

Support manufacturing with process and equipment design, implement new products, resolve production issues, optimize cell flow using industrial engineering and DOE, manage project timelines and costs, and may supervise staff.

Support and optimize plating operations for naval gun components: develop process specifications, maintain plating baths, perform lab testing and root-cause analysis, lead continuous improvement and new-product transitions, and provide technical leadership on plating equipment, tooling, and safety in a manufacturing environment.

Provide hands-on shop-floor engineering support for assembly and garage processes of combat products. Troubleshoot production equipment, develop repair/rework instructions, recommend and implement process improvements, support weld and machining repairs, perform root-cause analysis, and apply basic lean/six sigma principles to boost efficiency while ensuring compliance with engineering and military specifications.

Support development, optimization, and sustainment of manufacturing processes for powertrain components. Design tooling and automation, troubleshoot production issues, perform root cause analysis, implement corrective actions, support launches and PPAP, and apply quality and continuous improvement tools to meet ISO/IATF 16949 and customer requirements.

As a Turbomachinery Engineer, you'll produce components for rocket turbopumps and develop manufacturing processes while collaborating with design teams.

Own end-to-end manufacturing for Terran R valves: create work instructions, design tooling and fixtures, partner with design and test teams, support component development, qualification, and production scaling for high-volume manufacturing.

Support B52 CERP production engineering by creating work instructions, tooling SOWs, managing master tool lists, performing producibility and variation analyses, translating EBOM to MBOM, validating tool production readiness, resolving technical issues, and implementing lean principles to meet cost, schedule, and performance requirements.

Lead manufacturing engineering for factory and supplier integration, implement production and tooling methodologies, resolve technical issues, develop manufacturing plans and conceptual designs, drive Lean/process improvements, and coordinate cross-functional teams to support aerospace production and engineering changes.

The role involves designing and commissioning test systems, authoring test procedures, analyzing data for performance evaluation, and optimizing operational processes to enhance safety and efficiency.

Develop process plans for manufacturing avionics hardware, ensure production readiness, collaborate on DFM, support build technicians, and drive continuous improvement initiatives.

The Senior Manufacturing Engineer will provide design feedback, optimize assembly processes, and ensure the timely production of Terran R's primary structures, collaborating with engineers and production teams.

The Staff Manufacturing Engineer will provide design feedback, support assembly builds, champion process improvements, and create best practices for Terran R's primary structures at Relativity Space.

Support manufacturing teams to develop and scale electrical manufacturing processes, troubleshoot and prototype electrical test fixtures, improve PLM/ERP/MES, and resolve electrical/system issues on the production floor.

Create and maintain build plans, model-based work instructions, and digital assets for manufacturing execution. Identify and mitigate manufacturing risks, integrate digital tools into production, define production system requirements and best practices, drive continuous improvement, and collaborate with design, operations, tooling, quality, safety, and PLM/PDM teams to deliver advanced military training systems.

Lead development and implementation of welding fabrication, testing, and weld integrity processes for large complex assemblies. Collaborate cross-functionally to analyze NDT data, qualify weld procedures, recommend automation and welding equipment, and resolve weld-related defects. Apply metallurgy and welding robotics expertise to improve consistency and production performance in a manufacturing/fabrication environment.

Provide hands-on, area-embedded engineering support on the production floor to ensure safety, quality, throughput, and labor targets. Own standard work, labor standards, visual controls, and drive continuous improvement (6S, mistake-proofing, root-cause analysis). Respond to process disruptions, partner with QA and Maintenance, and implement small- and larger-scale reliability and efficiency improvements.

Own manufacturing trades and develop processes to fabricate, test, and deliver turbopump components and assemblies for Aeon-R engines. Serve as main liaison between manufacturing and design, optimize architecture, design tooling, perform assembly procedures, tolerance and proof testing, leak checks, and scale production for flight hardware.

The Staff Manufacturing Engineer will create process plans, improve manufacturing processes, advise on design methodologies, and analyze non-conforming hardware, contributing directly to the Terran R program.