Top Manufacturing Engineer Jobs

Lead and support Lean/CI initiatives across manufacturing sites, optimize processes, develop assembly methods and layouts, lead cross-functional improvement projects, train staff on CI tools, collaborate with Materials and Quality, and identify automation and cost-saving opportunities.

The Manufacturing Process Engineer will develop and scale photonics manufacturing processes, ensure product and process documentation, and drive quality improvements through collaboration and audits.

Lead design, implementation, and maintenance of automated measurement and inspection systems. Drive test method validation, MSA, SPC, root-cause investigations, CAPA/NCR closure, supplier quality, and documentation to ensure medical device regulatory compliance and improved yields. Mentor inspectors and support production troubleshooting.

The Senior Manufacturing Process Engineer leads process optimization projects, troubleshoots issues, and ensures compliance in pharmaceutical manufacturing. Responsibilities include mentoring staff, managing projects, and implementing new technologies.

Develops clear fabrication and assembly work instructions for airframe structures, optimizes operation sequences, identifies materials/tools, initiates industrial process qualifications, and resolves production blockers through collaboration with technicians and customers.

Support and maintain quality systems (ISO 13485/9001), assist with audits and new product introduction, lead corrective/preventive actions, perform testing/analysis and process validations (IQ/OQ/PQ), troubleshoot production issues, and support cross-functional teams to improve product and process quality.

Lead process development and continuous improvement for PECM/ECF and precision manufacturing. Develop, validate, and implement robust production processes, tooling, and documentation. Manage NPI, root cause investigations, CAPAs, and cross-functional projects to improve quality, cost, delivery, and capacity in a regulated medical-device contract manufacturing environment.

Develops and implements manufacturing processes for precision sheet metal production. Evaluates workflows, suggests improvements, and coordinates product launches.

Lead design of experiments and statistical analysis to develop, optimize, and standardize polishing processes for optical manufacturing. Translate customer requirements into scalable process solutions, troubleshoot production issues, maintain experimental databases, and collaborate with technicians and cross-functional teams to improve yield and repeatability.

The Senior Manufacturing Special Process Engineer designs and improves specialized manufacturing processes, focusing on efficiency, quality, and cost reduction while collaborating with engineering and production teams.

This position involves managing data connectivity, system design, and integration for a Wonderware MES system, focusing on performance metrics and operational improvements within manufacturing environments.

Engineer II-Manufacturing role involves improving manufacturing processes, analyzing effectiveness, leading capital projects, ensuring compliance with safety regulations, and collaborating with cross-functional teams.

The role involves engineering support for photonic manufacturing, focusing on cost reduction, yield improvement, and quality assurance. Responsibilities include process development, data analysis, problem-solving, and training production staff.

The Sr. Principal Engineer will lead the development of manufacturing infrastructure for advanced silicon technologies, ensuring seamless transition to high-volume production.

Provide hands-on support for manufacturing engineers across production lines: process returned hardware, execute recovery activities, perform failure analysis, run experiments, update assembly instructions, support continuous improvement, train production staff, manage documentation and WIP tracking, and report manufacturing metrics. Flexible overtime and on-site production support required.

Selects, installs, upgrades, and maintains manufacturing equipment; manages capital projects; analyzes equipment availability and safety metrics; leads RCA/CAPA; implements condition monitoring and preventive maintenance; creates maintenance documentation and spare-parts plans; collaborates with process engineers to improve yield and throughput; supervises vendors and supports maintenance technicians.

Develop, prove-out, and optimize machining processes for large valve components. Program CNC at the machine, set up and run large vertical/horizontal lathes, optimize tooling/feeds/holding, create work instructions, train machinists, support new product introduction, manage tooling database, assist fixture projects, and drive setup reduction, throughput, safety, and process consistency.

Develop, program, and integrate PLC/HMI/VFD/servo/robotics control systems; support production troubleshooting and line stoppages; implement secure industrial networking; document systems; collaborate with electrical, maintenance, and operations teams to improve manufacturing processes. Role can be filled at Level 2 or Level 3.

Lead TWM/plating process engineering: develop and maintain plating processes, documentation, qualifications, supplier approvals, training, PM plans, failure analysis, and continuous improvement to ensure product quality and on-time delivery. Ensure safety and regulatory compliance and support customer service/sales.

Design, optimize, and document electronics manufacturing and assembly processes. Implement automation and equipment, perform root-cause analysis and corrective actions, support new product introductions and DFM, lead continuous improvement projects, train production staff, analyze production metrics, and troubleshoot complex manufacturing equipment to ensure quality, safety, and efficiency.

Optimize and maintain electronics manufacturing processes for autonomous vehicle components. Design and implement automation, perform root-cause analysis, create process documentation, support new product introductions and DFM, lead continuous improvement projects, troubleshoot equipment, and ensure safety and quality compliance on the shop floor.

Lead development and sustainment of wafer singulation and facet preparation processes for edge-emitting laser components. Own process controls, SPC, FMEAs, and OCAPs; support high-volume thinning operations, troubleshoot excursions, and drive yield improvements using DOE and statistical analysis. Develop pick-and-place, stacking, and automation processes and provide real-time manufacturing support.

Support installation of capability upgrades on the Stealth Bomber fleet with emphasis on wire harness fabrication and installation. Design manufacturing processes, sequences of operations, tooling, and work instructions; provide oversight of electrical harness fabrication, inspect equipment, ensure compliance, procure manufacturing equipment, incorporate inspection/test plans, apply SPC, and train staff.

Develop and improve machining and manufacturing processes, design factory layouts and tooling, incorporate inspection and SPC, guide design for manufacturability, troubleshoot machinery, and ensure compliance and product quality while working with machinists, welders, and engineers.

Lead continuous improvement and problem-solving initiatives at a confectionery manufacturing plant using Lean Six Sigma and TPM. Drive OEE and productivity projects, facilitate root cause analyses and CAPAs, develop SOPs and training, and build KPI dashboards and analytics to reduce waste, improve quality, and deliver cost savings.