Top Manufacturing Engineer Jobs

Lead deployment of digitization, automation, and Industry 4.0 technologies across manufacturing: plan, commission, program, and optimize PLCs, robots, MES/SCADA, IIoT, and analytics to improve OEE, data visibility, and continuous improvement.

Oversee fixtures, equipment evaluations, hand tools, and time studies supporting current and future assembly manufacturing programs. Manage the ergonomics program and assist with plant health and safety initiatives in an automotive seating manufacturing environment.

Leads advanced manufacturing and New Product Introduction activities for mechanical aerospace components. Responsibilities include optimizing production processes, managing Manufacturing Readiness Level requirements, driving DFM and continuous improvement, analyzing manufacturing data, coordinating suppliers and capital needs, ensuring safety and standards compliance, and mentoring team members. The role collaborates across Engineering, Sourcing, Program Management, and manufacturing teams while supporting IPDS and APQP objectives.

Own vehicle subsystem hardware through design release, assembly, testing, and delivery. Develop build flows, work instructions, test procedures, tooling strategies, and manufacturing systems for scalable production. Support first-article builds, provide hands-on floor troubleshooting, resolve non-conformances, conduct root cause analysis, and drive continuous improvement. Coordinate design, supply chain, production, test, technicians, and vendors to ensure part readiness, quality, tooling availability, and schedule alignment.

Supports, optimizes, and implements manufacturing processes for aerospace power systems, electronic components, and assemblies. Troubleshoots electronic and assembly issues with cross-functional teams, implements corrective actions, improves product reliability, and supports operational excellence. The role involves PCB assembly, testing, conformal coating, wiring harnesses, process-flow optimization, failure analysis, and compliance with aerospace manufacturing standards such as IPC and AS9100.

Provides hands-on engineering support for production operations, initially in Pick/Pack, ensuring safety, quality, delivery, and labor targets. Owns standard work, labor standards, visual controls, process flow, ergonomics, and material presentation. Leads continuous improvement and 6S initiatives, reduces defects and rework through root-cause analysis and error prevention, and collaborates with Production, QA, Maintenance, Supply Chain, EHSS, and Facilities. Cross-trains across production areas and supports both daily execution and longer-term improvements.

Supports the development, optimization, and implementation of electronics manufacturing processes at an aerospace facility. Troubleshoots electronic assembly issues, collaborates with production and cross-functional teams, implements corrective actions, improves process flow and product reliability, and contributes to operational excellence. The role involves PCB assembly, soldering, inspection, testing, conformal coating, process failure mode analysis, and root-cause investigation.

Own manufacturing technical readiness and end-to-end NPI execution for two concurrent consumer electronics programs. Lead process development, validation, optimization, factory troubleshooting, fixture and equipment qualification, automation decisions, and production handoff. Manage risks, milestones, supplier readiness, and cross-functional communication while applying DFX and Lean Six Sigma. Lead and mentor a small distributed manufacturing engineering team, balancing hands-on factory execution with delegation and technical prioritization.

Develops automated manufacturing test solutions for WHOOP devices, including electrical test systems, instrumentation, fixtures, and Python-based test software. Responsibilities span design-for-test, test validation, factory bring-up, calibration, troubleshooting, data analysis, root cause investigation, and manufacturing yield improvement. Collaborates with multidisciplinary engineering teams and manufacturing partners to deploy scalable production testing globally.

Leads manufacturing engineering for General and Final Assembly zones, including process development, automation, tooling, equipment projects, production launches, validation, supplier coordination, and continuous improvement. Ensures safety, quality, productivity, ergonomics, material flow, and cost objectives while supporting vehicle programs, model changes, build events, and production readiness.

Develops, validates, and improves automotive manufacturing processes, equipment, tooling, automation, and documentation. Supports new product launches, capital projects, APQP activities, supplier coordination, process validation, line balancing, capacity analysis, plant layout, root cause analysis, and continuous improvement. Uses Lean Manufacturing and Six Sigma methods to improve safety, quality, delivery, productivity, and cost. Requires cross-functional collaboration, production support, employee training, and occasional satellite-facility visits.

Develop and guide manufacturing and tooling plans while coordinating with engineering, manufacturing, and supply teams. Improve manufacturing processes, implement advanced manufacturing technologies, establish assembly and tooling requirements, perform trade and cost studies, and support integrated product and process teams. The role applies expertise in areas such as composites, electronics, machining, sheet metal, systems, or structures, with a focus on aerospace and defense manufacturing.

Develop, integrate, and support software, PLC, controls, networking, and plant systems used to validate vehicle electrical systems. Lead troubleshooting and root-cause analysis, integrate manufacturing equipment and enterprise platforms, support testing and production-critical deployments, and improve system reliability. Collaborate with manufacturing, IT, controls, validation, engineering, and plant teams while providing technical leadership, documentation, standards, and mentoring.

Develop, test, maintain, and support software applications for vehicle electrical-system validation and manufacturing processes. Troubleshoot software, hardware, and integration issues; support validation using test benches, development hardware, and production vehicles; integrate applications with manufacturing equipment, plant systems, vehicle networks, and enterprise platforms; and contribute to root-cause investigations, code reviews, documentation, releases, and continuous improvements.

Tests, troubleshoots, and dispositions classified and unclassified electronics deliverables. Develops and improves test plans and work instructions, performs root-cause corrective actions, supports quality investigations, improves test efficiency and equipment utilization, resolves production bottlenecks, and provides feedback to design and manufacturing teams. The role also includes training, mentoring, collaboration, and safety compliance in a fully onsite environment.

Develops and guides manufacturing and tooling plans for commercial aerostructures. Coordinates with engineering, manufacturing, and supply teams; implements advanced manufacturing technologies; establishes assembly and tooling requirements; conducts trade and cost studies; supports cross-functional teams; designs manufacturing processes and tooling; and provides production engineering support. The role may focus on composite, electrical/electronics, machining, sheet metal, systems, or structures manufacturing.

Develop and improve medical device manufacturing processes, fixtures, equipment, and production systems. Analyze process performance using DOE, SPC, capability studies, root-cause analysis, and Lean methods. Specify, purchase, install, validate, and sustain equipment; create work instructions; train operators; coordinate with suppliers and cross-functional teams; and manage project timelines, technical documentation, and process improvement initiatives in a regulated manufacturing environment.

Leads manufacturing process improvement, production troubleshooting, new product introduction, tooling and equipment design, validation, documentation, and capital projects. Develops manufacturing plans, work instructions, MBOMs, and CAD designs while applying Lean and Six Sigma methods. Supports DFM, process validations, vendor coordination, equipment procurement, and continuous improvement. Mentors engineers and technicians, leads cross-functional teams, and may supervise personnel. Requires collaboration with production, application engineering, suppliers, and customers in a regulated manufacturing environment.

Leads machining manufacturing engineering, production-floor support, process improvement, equipment procurement, new product launches, capacity planning, and cost-reduction initiatives. Oversees machine installation, robotic integration, troubleshooting, tooling, quality issues, process documentation, and technical team leadership. Collaborates with production, maintenance, suppliers, and product development to improve manufacturability, efficiency, quality, and equipment capability. Supports manufacturing operations across shifts and develops training and engineering documentation.

Leads the design, programming, integration, commissioning, launch, and continuous improvement of automated manufacturing systems. Develops controls hardware and software involving PLCs, HMIs, drives, safety systems, and industrial networks. Provides technical direction to engineers, suppliers, integrators, and plant teams while managing project scope, risks, and deliverables. Supports equipment validation, production launches, troubleshooting, root-cause analysis, and automation standardization across global vehicle and propulsion manufacturing operations.

Leads manufacturing engineering activities from concept through implementation and control. Develops and improves manufacturing processes, supports equipment setup and maintenance, troubleshoots mechanical issues using blueprints and schematics, and improves safety, quality, delivery, cost, and productivity. Collaborates with production, design teams, suppliers, vendors, and engineering groups; evaluates equipment expenditures and supports process documentation, manufacturability, and capital equipment projects.

The Manufacturing Engineer drives safety, quality, delivery, cost reduction, and continuous improvement in a production area. Responsibilities include applying Lean principles, improving processes and equipment utilization, supporting production builds, resolving manufacturing issues, coordinating new product introductions, establishing shop routes, evaluating capacity, providing technical process support, and supporting ISO 9001 compliance. The role collaborates with production, maintenance, materials, and design engineering teams and provides backup support for department scheduling or supervision.

Oversee manufacturing line quality, efficiency, throughput, and process performance. Optimize equipment and production processes, develop soldering profiles, design tooling, support NPI and equipment installations, analyze production data, lead root-cause investigations, implement continuous improvement and cost-reduction initiatives, maintain documentation, and ensure compliance with quality, safety, and ESD requirements.

Develops and applies mechanical and manufacturing engineering solutions for national security programs. Responsibilities include component fabrication processes, tooling design, inspection, engineering calculations, process optimization through DoE, data analysis, additive manufacturing, precision engineering, and MES use. The engineer collaborates across disciplines, presents technical plans, develops procedures, and may lead advanced manufacturing technology projects, design reviews, and R&D proposals. The role requires full-time onsite work and eligibility for a DOE Q-level clearance.

Support and improve medical device manufacturing through process and equipment design, validation, data analysis, troubleshooting, and continuous improvement. Lead tests and investigations, document results, mentor junior engineers, and collaborate with production, suppliers, and cross-functional teams to ensure quality, safety, and regulatory compliance.