Top Manufacturing Engineer Jobs

Develop and optimize manufacturing methods, processes, and documentation for spinal implants. Lead moderate projects, support DFM, reduce cycle times, troubleshoot processes, and ensure regulatory compliance (ISO 13485/21 CFR 820). Coordinate cross-functional launches and maintain manufacturing records and KPIs.

Deploy and integrate Instrumental hardware and software at customer electronics factories, train and tune algorithms, build stakeholder relationships, and drive rapid on-site value delivery and mission success through hands-on engineering and troubleshooting.

Serve as supplier-facing manufacturing engineer for SLCM-N program, interfacing with engineering, production, and supply chain to assess supplier capacity/capability, forecast delays/cost impacts, maintain approved supplier list, support strategic sourcing, and develop supplier development and manufacturing plans across multiple commodities and processes.

Lead Manufacturing Engineer drives design-for-producibility and production readiness for complex aerospace components. Responsibilities include developing advanced manufacturing processes, tooling, programming, supplier and shop coordination, cost and lead-time estimation, schedule integration, DoD customer interface, and mentoring engineers to ensure safe, on-quality, on-time, and on-cost delivery.

The Manufacturing Engineer is responsible for engineering support in manufacturing processes for solar products, leading supplier readiness, innovations, and cost-reduction initiatives.

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.

The Manufacturing Engineer is responsible for efficient production processes, interfacing with design engineers, and ensuring quality control throughout manufacturing operations.

Lead manufacturability and production transition for the E-2 engine: create manufacturing plans, MBOM→MES transition, define assembly/test procedures, support shop layout and tooling procurement, perform hands-on assembly/integration/testing, mentor junior engineers, and implement continuous shop-floor improvements to optimize cost and production.

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

Supports sustaining engineering for PCBAs in tape automation systems. Investigates electrical issues, performs root cause analysis, manages component obsolescence, supports ECOs and product revisions, coordinates with suppliers and contract manufacturers, validates component substitutions, reviews schematics and manufacturing documentation, and develops test procedures. The role collaborates cross-functionally to improve reliability, quality, manufacturability, and production continuity.

Supports manufacturing technology, process optimization, equipment reliability, maintenance programs, root-cause investigations, and continuous improvement at an onsite food ingredients facility. Partners with Operations and Quality teams to improve efficiency, asset utilization, product quality, and equipment uptime. Requires an engineering degree, analytical and communication skills, Microsoft Office proficiency, and the ability to manage multiple projects. Manufacturing experience, Six Sigma certification, Lean principles, and 5S experience are preferred.

Supports advanced semiconductor packaging manufacturing operations by administering MES production routers, maintaining program drawings, incorporating engineering changes, resolving workflow issues, and improving production processes. Collaborates with engineering, production, supply chain, and planning teams; analyzes operational data and metrics; supports process control, quality, safety, delivery, and rework objectives; and trains users on MES functionality. The role is onsite in Apopka, Florida and requires eligibility for a Secret clearance.

Supports manufacturing of energetic products and ammunition through equipment support, capital project implementation, process improvements, troubleshooting, work-instruction development, failure investigations, and automation solutions. Coordinates engineering, quality, supply chain, testing, and manufacturing teams; leads safety reviews and technical projects; monitors budgets; and interfaces with development and product engineering. The role supports first-shift operations and requires eligibility for a DoD Secret clearance and Safe Explosive Act coverage.

Develops and supports manufacturing test systems for RF electronic warfare hardware. Responsibilities include test software development, hardware and fixture design, troubleshooting, acceptance and environmental testing, test procedure maintenance, testability reviews, integration and validation, and continuous improvement. The role collaborates with design, software, production, quality, project management, and manufacturing teams while supporting aerial, military-grade, and space-grade systems.

Leads RF manufacturing test station development, validation, production support, design-for-manufacturability improvements, troubleshooting, continuous improvement, and project reporting for EOIR products. Coordinates with engineering, production, quality, and project teams to resolve manufacturing issues, reduce defects and costs, and improve cycle time. Requires RF test equipment expertise, hardware and software troubleshooting, project leadership, U.S. citizenship, and ability to obtain a Secret clearance.

Develops, integrates, validates, and supports manufacturing test stations, fixtures, procedures, and hardware for RF electronic warfare systems. Responsibilities include troubleshooting production and test issues, supporting acceptance and environmental testing, collaborating with design, quality, production, and project teams, conducting testability reviews, and implementing continuous improvements to reduce defects, cost, and cycle time.

Supports high-volume semiconductor manufacturing by improving ion implant processes, equipment operation, yields, efficiency, quality, and cycle time. Implements process improvement projects, performs lot and equipment dispositions, supports equipment and process startups, conducts process experiments, identifies systematic process or equipment issues, and participates in data analysis and problem resolution. The role requires semiconductor industry experience and a relevant bachelor's degree.

Leads manufacturing process development and continuous improvement for precision medical-device components. Responsibilities include PECM and ECF process development, validation, tooling and fixture design, new product introductions, process transfers, root cause analysis, CAPA management, documentation, customer communication, and cross-functional project leadership. The role also supports Lean Manufacturing, quality-system compliance, emerging technology evaluation, and operational improvements in quality, cost, delivery, and capacity.

Develops and improves manufacturing processes for advanced ceramic and composite components. Responsibilities include supporting material preparation, molding, pressing, and high-temperature processing; investigating quality issues; reducing scrap and variation; creating process documentation; supporting product launches and validations; conducting PFMEAs and capability studies; evaluating equipment improvements; and training production teams. The role collaborates with operations, quality, engineering, and supply chain teams in a hands-on production environment.

Own hardware manufacturing readiness and production health at contract manufacturers and ODMs. Lead assembly and test process improvements, yield and quality targets, product transitions to mass production, engineering changes, component qualification, multi-sourcing, and root-cause investigations for manufacturing and field failures. Develop test plans, assess coverage, coordinate corrective actions, and communicate decisions to factory partners, operations teams, and leadership. Travel to partner factories in the US and abroad may reach 50%.

Own the reliability, scalability, and performance of infrastructure spanning factory-floor systems, edge devices, datacenters, and IT networks. Build infrastructure-as-code and GitOps workflows, automate provisioning and deployments, manage monitoring and logging, and support 24/7 system availability through on-call rotations. The role requires hands-on management of physical hardware, troubleshooting across infrastructure layers, and close collaboration with manufacturing, facilities, business systems, and engineering teams in an on-site environment.

Leads manufacturing product protection programs covering FOD/FOE, ESD, and 6S across the Salt Lake City site. Serves as the technical contact and project lead, coordinating cross-functional implementation, risk assessments, continuous improvement, documentation, audits, training, supplier interaction, and procurement of program supplies and equipment. Requires extensive STEM manufacturing experience, knowledge of ESD, FOD-critical facilities, 6S, and AS9100, plus U.S. citizenship and the ability to obtain a Secret clearance.

Develop and implement manufacturing strategies for robotics and automation systems. Lead design-for-manufacturability analysis, manufacturing readiness reviews, and new product transfers into production. Manage tooling and capital investments, perform FEA and tolerance analysis, troubleshoot design challenges, and drive continuous improvement. Collaborate with mechanical, electrical, software, controls, manufacturing, quality engineering, project management, and external manufacturing teams to improve scalability, reliability, quality, and cost-effectiveness.

Develop and deploy production test systems, fixtures, and instrumentation for PCBAs, subsystems, and products. Support DFM/DFT, validation, EOL testing, board bring-up, root-cause debugging, yield improvement, and production ramps. Collaborate with design, manufacturing, and vendors to deliver reliable, maintainable test stations and manufacturing documentation.

Lead and optimize manufacturing processes for ballistic helmets and protective systems: develop composite fabrication methods, improve yield and cycle times, implement SPC and process controls, support NPI and testing, design tooling, drive root-cause analysis, evaluate automation, and mentor production teams to ensure compliance and ballistic performance.