Top Manufacturing Engineer Jobs in Los Angeles, CA

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

Lead advanced manufacturing strategies for aerospace mechanical components: optimize processes, drive DFM/lean activities, manage MRL/IPDS, implement manufacturing technologies, analyze metrics, ensure safety and supplier capability, and mentor team members.

Support development and improvement of PCBA and electronic assembly manufacturing processes. Create and maintain process documentation, support validations, inspections, failure investigations, production ramp and on-floor troubleshooting, and participate in Lean/continuous improvement initiatives while following Boeing and industry manufacturing standards.

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.

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.

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.

Develop, qualify, and implement manufacturing processes for satellite structures and propulsion. Review designs for manufacturability, create work instructions and SOPs, lead process transition from low-rate to higher-rate production, and perform root-cause analysis with engineering corrective actions.

Develops and implements manufacturing processes for avionics assemblies, creates work instructions/MBOMs, reviews designs for manufacturability, troubleshoots production issues, drives corrective actions, and supports NPI to full-scale production in cross-functional teams.

Responsible for improving manufacturing processes, creating process plans, and advising on design for manufacturability while collaborating with engineering teams in a CNC machining environment.

Lead and mentor manufacturing engineers in producing flight-ready mechanisms, coordinate cross-functional builds, and provide technical leadership in a rapidly evolving environment.

Embedded, hands-on manufacturing engineer providing daily production support, maintaining standard work and labor standards, driving continuous improvement (6S/Lean), reducing defects, supporting root-cause analysis, and collaborating with production, maintenance, QA, and supply chain to improve throughput, efficiency, and quality.

Own mechanized assemblies from design release through test and vehicle integration. Drive build/test flow, mBOM, work orders, and specifications. Develop processes, tooling, and shop floor operations; support production, resolve manufacturing discrepancies, lead root cause analysis, and mentor other manufacturing engineers.

Manage end-to-end manufacturing for combustion devices on Aeon-R and Vacuum Engine programs. Develop and implement production processes, author work instructions, collaborate with design, supply chain, and shop teams, drive producibility, continuous improvement, and ramp to high-rate production to meet program targets.

The role involves owning mechanized assemblies, driving assembly and testing efforts, supporting work center development, and mentoring manufacturing engineers at Relativity Space.

Support spare-parts procurement for Boeing and McDonnell Douglas commercial aircraft by interpreting engineering drawings, creating technical data packages, developing BOMs, determining manufacturability, coordinating with design and supplier teams, and using SAP/REDARS/PDM/CATIA and other tools to resolve producibility and configuration issues. Travel up to 10% and 100% onsite in Seal Beach, CA.

As a Senior Manufacturing Engineer, you will create process plans and improve manufacturing processes by advising on design and analyzing non-conforming hardware, collaborating with engineering and design teams.

Own mechanized assemblies from design release through test and integration for the Terran R vehicle. Develop build/test flows, mBOMs, work orders, tooling, and shop processes; support shop floor, resolve manufacturing discrepancies, lead root cause analysis and corrective actions, and mentor other manufacturing engineers.

Own hardware from design release through build, test, and delivery for engine or vehicle systems. Develop build flows, work instructions, and test procedures. Support first article builds, provide hands-on floor support, resolve issues, and coordinate across design, supply chain, production, and test teams to enable scalable, repeatable manufacturing.

Design and commission test systems for rocket testing, optimize test procedures, analyze data for performance, and support production teams with hands-on problem-solving.

Develop and own manufacturing and test processes for 3D-printed and machined Aeon-R engine components. Drive manufacturability, quality, lead-time, and cost improvements; write work instructions; perform root cause analysis; manage vendors and supplier relationships; train technicians; lead cross-functional projects to deliver flight hardware.

Develop and own manufacturing and test processes for 3D-printed and machined Aeon-R engine components. Improve manufacturability, assembly, quality, lead time, and cost. Collaborate with technicians, suppliers, and supply chain; write work instructions, perform root-cause analysis, manage vendor quality, and lead cross-functional projects to deliver flight hardware.

Develops and implements manufacturing processes for satellite structures and propulsion. Reviews designs for manufacturability, creates work instructions/BOMs/SOPs, coordinates vendors, leads transition from low-rate to higher-rate production, and applies root cause analysis and process improvements. Requires second-shift work and eligibility for U.S. security clearance.

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.

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.