Top Manufacturing Engineer Jobs

The Senior Manufacturing Engineer develops, manages, and executes documents and projects for operational readiness in the AP2 factory, focusing on basket fabrication and assembly, while ensuring quality and continuous improvement in the manufacturing processes.

Responsible for supporting and improving manufacturing processes, troubleshooting issues, applying Lean principles, and collaborating with teams for product development.

Design, document, and improve manufacturing processes and procedures to optimize production, quality, and cost. Support NPI, tooling, fixture design, supplier evaluation, and shop floor troubleshooting. Lead continuous improvement, Lean initiatives, VAVE savings, and capital equipment selection while maintaining EHS and quality standards.

Responsible for planning, coordinating, and implementing manufacturing processes, managing capital projects, optimizing layout, and supporting Lean initiatives in HVAC manufacturing.

The Manufacturing Engineer will coordinate and implement processes in a HVAC manufacturing facility to enhance capacity, reduce cost, and improve quality.

The Manufacturing Engineer drives quality goals by investigating product/process failures, leading corrective actions, and supporting continuous improvement initiatives through cross-functional collaboration and quality management practices.

No job responsibilities, duties, or qualifications are provided. The posting contains only equal opportunity and accommodation statements from the employer.

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%.

This role focuses on improving manufacturing capabilities through control system design, troubleshooting, and process improvement initiatives.

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.

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.

Develop and optimize manufacturing processes for UAV assembly and components, apply lean methods to reduce cycle time and scrap, lead Kaizen/5S events, create work instructions and PFMEAs, support automation/Industry 4.0 integration, ensure AS9100/ITAR/ISO compliance, and collaborate with design, quality, and supply chain for production ramp-up.

Lead process engineering, automation, and SCADA initiatives to improve safety, quality, throughput, and reliability. Manage capital and localization projects from concept through validation and ramp-up. Lead automation/PLC/SCADA design, vendor engagement, commissioning, and sustained performance. Apply Management of Change, mentor engineers, and provide operational leadership coverage for the Senior Manager.

Lead development and design for IBM iSeries applications using RPG and SQL. Mentor developers, support and stabilize manufacturing applications, perform analysis, code reviews, and provide business-facing technical solutions.

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.

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.

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.

The Process Engineer for MS&T supports technology transfer and ensures successful execution of biologic processes, authoring documentation and improving processes for manufacturing operations.

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.

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.

Support production and NPI by translating designs into manufacturable processes, preparing APQP documentation and Visual Work Instructions, defining tooling and cellular layouts, driving cost reduction and root-cause corrective actions, and validating processes for aerospace materials and manufacturing operations.

Support process design, tooling, and new product introductions for satellite production. Collect and analyze production data to improve yield, cycle time, and quality. Assist equipment setup, troubleshooting, and continuous improvement (Lean, 5S) under senior engineer guidance.

The Manufacturing Engineer will develop CNC programs, lead new product launches for automated machining lines, troubleshoot issues, and collaborate across teams to optimize production in a high-volume automotive environment.

The Senior Manufacturing Engineering Lead drives operational excellence, provides technical leadership, optimizes manufacturing processes, and collaborates with cross-functional teams to improve production quality and efficiency.

As a Manufacturing Engineer, you will lead improvements in safety, quality, service, and cost for assigned products and processes, implementing high-impact projects and collaborating across teams to drive technical initiatives.