Top Manufacturing Engineer Jobs

Design, implement, and optimize manufacturing processes for UAV assembly and components. Lead lean initiatives, create work instructions and PFMEAs, analyze production metrics, support automation and Industry 4.0 integration, ensure AS9100/ITAR/ISO compliance, and collaborate with design, quality, and supply chain to improve productivity and quality.

Manage and deliver manufacturing capital projects: design, specify, procure, install, and start up equipment; troubleshoot process lines; improve safety, quality, productivity, and cost; maintain engineering documentation and support cross-functional teams.

Support semiconductor production by driving yield optimization, troubleshooting production issues, qualifying new products for manufacturing, leading continuous improvement initiatives, using statistical analysis for decisions, and collaborating with design and product teams on silicon debug and test program optimization.

Design and deliver tooling, fixtures, handling equipment, and GSE to support manufacturing, assembly, integration, and test of lunar vehicle hardware. Develop requirements, CAD models, drawings, and controlled documentation; validate and support fabrication, assembly, testing, and continuous improvement while ensuring compliance with safety, quality, and regulatory standards.

Design, improve, and optimize manufacturing processes and equipment; perform root cause analysis, quality and safety audits; reduce costs; manage projects; analyze production data; and train staff to ensure efficient, compliant manufacturing.

Lead and support Quality Assurance across manufacturing sites, ensuring ISO compliance, managing supplier quality programs and accreditations, driving process control and continuous improvement using SPC, FMEA, Gage R&R and other quality tools, resolving customer complaints, and training quality staff. Travel up to 25%.

Drive yield optimization, troubleshoot production issues, support new product launches, lead continuous improvement, analyze manufacturing data, collaborate on design verification and silicon debug across cross-functional teams.

The Senior Manufacturing Operations Engineer will establish operations at a supplier facility, develop SOPs, ensure quality and safety, and coordinate daily manufacturing activities, overseeing material flow and continuous improvement processes.

Develop, validate, document, and support manufacturing and test processes for electro-mechanical medical devices. Implement process controls and measurement systems (Gage R&R, Cpk), lead Lean/Six-Sigma improvement projects, ensure regulatory compliance, and support production launches and global process transfers. Up to 10% international travel.

Lead failure analysis for MEMS and IMU products: perform electrical, physical, mechanical, and environmental failure investigations; drive QA/yield improvements; support returns, reliability, and qualification; develop techniques and lab capabilities; document and present results; mentor junior engineers; collaborate with design, test, product, and quality teams.

Provide technical support, troubleshooting, configuration, and maintenance for manufacturing control systems (PLCs, SCADA, Data Historian). Perform system upgrades, data migrations, commissioning/qualification activities, develop validation documentation, support MES integrations, and provide off-hours production support and training for automation users.

Lead design and development of a novel metal manufacturing capability from concept through production. Define processes, parameters, and quality criteria for additive and subtractive workflows, oversee post-processing and inspection, drive new product development and sustaining engineering, and provide technical leadership across mechanical, electrical, manufacturing, and software interfaces.

Lead and support manufacturing process improvements, PSM initiatives, capital project front-end loading, troubleshooting, RCIs, PHAs, raw material qualifications, and capability-building for operations engineers. Collaborate with Operations, EH&S, and R&D to validate and standardize process technology solutions and drive continuous improvement.

Lead fabrication, integration, and manufacturability of cryogenic fluid systems and propellant infrastructure. Create BOMs, work instructions, build plans, and support floor integration. Manage quality, schedules, repair/rework, root cause analysis, and AS9100-compliant processes for flight and test hardware.

Lead fabrication, integration, and manufacturability of cryogenic fluid systems. Create BOMs, work instructions, DFM reviews, manufacturing plans, and on-floor support. Manage quality, schedule, repairs, root-cause analysis, and AS9100-compliant processes while enforcing cryogenic safety protocols.

Lead package engineering for large chemical and biofuels projects: develop engineering execution plans, prepare and review mechanical specifications, manage procurement, coordinate interdisciplinary design, develop multi-discipline construction packages, support construction/commissioning, maintain client/vendor relationships, and track scope/schedule/budget deviations.

Ensure manufacturing processes comply with FDA 21 CFR 820 and ISO 13485. Lead process and test method validations, review and release DHRs, manage nonconformances and CAPAs, maintain quality documentation, conduct line audits, support supplier quality, and drive continuous improvement and risk management for a cleared portable x-ray device.

Lead introduction and qualification of new products and processes in HDD/semiconductor manufacturing. Optimize process routes, partner with design, QA, yield, failure analysis, and equipment teams to improve yield, cycle time, and product quality.

Lead introduction and qualification of new products and processes for HDD/semiconductor manufacturing. Optimize process routes, partner with program, design, QA, yield, failure analysis, and backend teams to improve yield, cycle time, and product performance.

Lead backend architecture and system design for an AI-driven manufacturing planning platform. Build and scale a Node.js/Python stack with Azure Databricks, implement optimization and scheduling algorithms, establish engineering patterns, and mentor/lead a small early-stage engineering team while collaborating with product and data functions.

The Special Process Engineer designs and optimizes manufacturing processes, ensuring high-quality production, managing specialized equipment, and supporting cross-functional teams in improving efficiency and reducing costs.

The Process Development Engineer will design and implement manufacturing processes, evaluate operations, lead pilot process implementations, and manage projects in a steel fabrication environment.

The Manufacturing Process Engineer manages engineering activities for production teams, focusing on safety, quality, productivity, and process improvement, while supporting team development and collaboration.

Manage project timelines and budgets for manufacturing operations, specify equipment performance, estimate costs, oversee construction, and lead equipment commissioning.

The Project Engineer manages project timelines and budgets, coordinates construction activity, and leads equipment commissioning within manufacturing ops.