Top Manufacturing Engineer Jobs in Los Angeles, CA

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.

Own and optimize manufacturing processes for composite and metallic structural assemblies. Create work instructions and tooling, provide DFM feedback, enforce cleanliness and FOD control, lead non-conformance investigations and corrective actions, refine floor layouts and throughput, and coordinate incoming material inspection with supply chain to scale production cadence.

Own end-to-end manufacturing and integration processes for mission-critical payload systems. Develop work instructions, contamination control protocols, and acceptance tests. Interface with customers and design teams, lead root cause analysis, maintain traceable build records, and coordinate payload readiness with vehicle integration.

Lead spacecraft final assembly and integration: own sequences, procedures, tooling, and documentation; coordinate across structures, propulsion, avionics, and TPS; resolve interface conflicts; run readiness reviews, root cause analysis, and track integration metrics to meet production cadence.

The Senior Manufacturing Engineer will design and develop a new automated production line, overseeing process architecture, equipment integration, and collaboration with cross-functional teams for successful implementation and optimization.

Design, develop, and maintain manufacturing tools and processes for aircraft components. Collaborate with design, manufacturing, quality, and vendors to ensure manufacturability, resolve production issues, document specifications, and manage project schedules.

Develop and sustain manufacturing processes, work instructions, MBOMs and tooling for spacecraft mechanical subassemblies. Support assembly, test, root-cause analysis, ECOs, production readiness, design reviews, and cross-functional coordination to meet flight-quality standards and schedules.

The Spacecraft Manufacturing Engineer will ensure integration of components and systems, develop manufacturing plans, implement assembly procedures, and enhance product quality and reliability in aerospace manufacturing.

The Senior Manufacturing Engineer will develop manufacturing processes, ensure manufacturability, oversee production from prototype to serial production, and improve efficiencies in nuclear reactor assembly.

Lead the development and improvement of manufacturing processes, troubleshoot production issues, and enhance operational capacity in aerospace and defense manufacturing environments.

The role involves collaborating with design engineers, developing manufacturing methods for spacecraft, and creating custom tools and processes for advanced satellite manufacturing.

The Manufacturing Engineer will oversee assembly processes, develop manufacturing methods, collaborate with engineers, and resolve non-conformances in a fast-paced environment.

The Senior Manufacturing Engineer will design and implement manufacturing processes for tube systems to support the development of artificial-gravity space stations. Responsibilities include developing plans, resolving manufacturing issues, collaborating with engineers, and enhancing production efficiency.

Lead spacecraft manufacturing and test processes, develop production plans, assembly procedures, tools, and QC measures. Transition products from development to high-rate production, troubleshoot, perform root cause analysis, support electrical/functional testing, and train production teams while ensuring safety and compliance.

Lead scoping, design, and CapEx planning for casting production and inspection lines. Review drawings for manufacturability, advise automation teams, recruit/lead 1-2 casting MEs, and deliver cost/schedule/solutions for aerospace, naval, and defense programs.

As a Manufacturing Engineer, you will oversee hardware builds, improve manufacturing efficiency, resolve production issues, and enhance processes and tooling.

Lead manufacturing engineering for producibility, process development, and production transitions. Create fixtures, tools, work instructions, and BOMs; validate processes, support production planning, troubleshoot fabrication/assembly issues, and support prototype builds.

Lead development and implementation of soft-goods manufacturing processes (cargo bags, blankets, closeouts). Collaborate with design, supply chain, QA, and interdisciplinary teams to ensure manufacturability, reliability, and crew safety. Own production targets, create control plans and operating procedures, drive root cause analysis and corrective actions, and implement process improvements using data-driven methods.

The Manufacturing Engineer III develops and enhances manufacturing methods for aerospace components, ensuring safety and quality, and participates in process improvements and validations.

The Senior Manufacturing Engineer will innovate production processes, manage manufacturing specifications, and collaborate closely with design engineers in a high-tech environment.

The Manufacturing Engineer optimizes designs for manufacturability, leads product development, enhances manufacturing processes, ensures quality compliance, and guides teams towards continuous improvement in a high-reliability environment.

The Advanced Manufacturing Engineer will develop, execute, and improve automated machining, assembly, inspection processes, and troubleshoot production issues, ensuring high-quality output in aerospace and defense contexts.

Design and improve manufacturing methods, tooling, fixtures, processes and layouts to support production. Identify root causes, implement corrective actions, evaluate design changes, develop operating instructions and metrics, coordinate vendors/customers, support MRB, and present ROI for equipment or process improvements.

Develop and optimize scalable manufacturing processes for precision RF and electromechanical antenna systems. Design tooling and fixtures, create work instructions, support prototype-to-production transitions, lead root cause analysis and continuous improvement, support environmental/thermal/RF testing, and evaluate procurement and make-versus-buy decisions.