Top Manufacturing Engineer Jobs

Manufacturing Engineers at BAE Systems develop and implement processes on the factory floor, utilizing Lean Six Sigma principles to enhance product quality and efficiency.

The Manufacturing Engineer will develop processes, implement improvements, analyze defect data, and collaborate with teams to enhance production efficiency.

The Manufacturing Engineer will develop processes, analyze defects, implement improvements, and support automation in a fast-paced environment for electronics manufacturing.

The Manufacturing Engineer develops and validates manufacturing processes for hardware products, ensuring designs can be built at scale while maintaining quality and efficiency.

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

Join the Operations Compliance team to improve manufacturing processes using Lean Manufacturing principles, collaborate with technical teams, and become a Subject Matter Expert in Quality Management.

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, drive root-cause analysis and corrective actions, and coordinate across design, supply chain, production, and test to ensure readiness and scalable manufacturing processes.

Develop and test portable software that interfaces with vehicle systems to flash ECUs and run diagnostic/test functions. Collaborate with manufacturing, product engineering, IT and cross-functional teams to clarify requirements, port and customize test code, document development, identify risks, and support plant operations. Onsite role with occasional travel (up to 5%).

Lead General Assembly manufacturing optimization projects: design, build, integrate, and commission automation and tooling across assembly plants. Drive material flow, process improvements, project planning, budgeting, launch support, and cross-functional coordination to maximize efficiency, reduce MCPU, and ensure program execution and quality readiness.

Drive standardization and execution of electrical manufacturing processes across global assembly plants by implementing Bill of Operations standards, solving production quality issues, using EFTQ/warranty data to prioritize improvements, and leading cross-functional corrective actions to improve first-time quality and reduce warranty.

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.

Perform analysis, planning, control, and improvement of manufacturing and test operations, focusing on material management, production planning, manufacturability, and process controls. Develop production schedules, enforce material/property controls, solve moderate-scope technical problems, and support program delivery while ensuring safety and compliance.

Support analysis, planning, and improvement of manufacturing and test operations with emphasis on material management, production planning, and process control. Develop production schedules, enforce material/property controls, resolve technical problems, and implement manufacturable design changes to meet quality, cost, and schedule targets. Work on cross-functional teams under general supervision in production, cleanroom, or lab environments.

Support analysis, planning, control, and improvement of manufacturing and test operations, focusing on material management, production planning, manufacturability, process development, and compliance. Develop production schedules, control company- and customer-owned material, solve technical problems of moderate complexity, and collaborate across teams to meet program delivery and quality requirements. On-site work required.

Lead end-to-end customer value for manufacturing clients by owning pre-sales discovery, building technical demos and prototypes, running POVs, guiding post-sale implementations, and driving adoption and expansion. Bridge IT/OT, map manufacturing processes to technical solutions, present to executives, and deliver measurable ROI using process intelligence, BI, RPA, and cloud platforms.

The Senior Autonomous Mobile Robot Deployment Engineer leads AMR installations in manufacturing, coordinates supplier efforts, manages project timelines, and drives automation performance, ensuring systems are ready for production.

The Manufacturing Process Engineer ensures safety, quality, and efficiency in manufacturing, supports production needs, drives continuous improvement, and collaborates with teams for process enhancements.

As a Senior Applied AI Engineer, you will develop and deploy AI/ML solutions for semiconductor processes, design software for large datasets, and drive innovative research to improve manufacturing efficiency.

Design, implement, and troubleshoot manufacturing controls for new and existing programs. Tasks include PLC/HMI development, robotics and vision integration, equipment build/run-off, plant installation, launch support, continuous improvement, and mentoring junior engineers.

Lead development, launch, and optimization of general and final assembly manufacturing processes. Implement automation, tooling, and equipment; manage projects from concept to production launch; support validation, PFMEA, and continuous improvement to ensure safety, quality, and readiness.

Partner with manufacturing customers to architect, configure, and deliver Tulip solutions; lead enterprise implementations, integrate OT/IT systems and devices, provide technical support, drive continuous improvement, and surface customer insights to Product and Engineering.

Support transfer of new robotic surgical products from prototype through V&V and launch by developing manufacturing, assembly, calibration, and test processes; implement custom assembly/test equipment; use statistical methods (DOE, Cpk, Gage R&R) and PFMEA to validate and control processes; provide daily pilot line support and DFM input to R&D.

Serve as NPI Manufacturing Engineer liaison between design, production and contract manufacturers. Apply lean methods to improve throughput, layout, ergonomics, quality and cost. Support PCBA and electro-mechanical assembly, develop processes and test methods, train operators, lead pre-production setup, and implement continuous improvement projects.

Perform manufacturing engineering tasks to improve processes, quality, and efficiency. Analyze data to solve moderately complex problems, contribute to strategy, lead small projects, mentor junior staff, and ensure delivery within area of responsibility.

Provide engineering support for production, quality, safety, and environmental compliance. Identify and implement equipment/process improvements, monitor reliability, analyze engineering change notices, and develop manufacturing routings and process plans.