Top Manufacturing Engineer Jobs

Develops, maintains, and optimizes manufacturing test procedures for PCBAs, fiber-optic and laser assemblies, and complex electromechanical systems. Performs validation, characterization, troubleshooting, failure analysis, and process improvement. Selects and supports test equipment, documents results in MES systems, trains technicians, and collaborates with design engineering on manufacturability and testability. The role supports cleanroom production of space-flight optical communications hardware and requires hands-on electrical, optical, and laser testing.

Provides technical support and troubleshooting for yeast manufacturing processes, optimizes internal and external operations, evaluates performance, compliance, quality, and costs, and supports product launches, technology transfers, commercialization, and capital projects. The role develops technoeconomic evaluations, assesses manufacturing assets, monitors operational metrics, and contributes to global manufacturing technology strategy. Collaboration spans R&D, manufacturing, contract manufacturers, and international cross-functional teams.

Installs and qualifies process equipment, troubleshoots production and equipment issues, and improves throughput, yield, quality, and product performance. The role designs experiments, analyzes manufacturing data, maintains gauges and process controls, develops documentation and standard operating procedures, trains technicians and production associates, and collaborates with internal teams and suppliers. Domestic and international travel may be required, along with regular production-floor work and personal protective equipment use.

Supports mechanical assembly readiness, process development, tooling and fixture design, manufacturing documentation, and production build execution for cryogenic and semiconductor test products. Reviews drawings and BOMs, develops work instructions, provides DFM feedback, resolves process and quality issues, supports ECOs and NPI, and drives Lean continuous improvement. Collaborates with engineering, quality, supply chain, and production teams to improve safety, efficiency, repeatability, and manufacturing capability.

Own end-to-end manufacturing test readiness for product lines, develop automated test hardware and software, analyze manufacturing data, investigate production failures, and improve yield, test time, reliability, scalability, and product quality. Collaborate across hardware, software, product development, and manufacturing operations while maintaining software quality through code reviews and hardware-in-the-loop continuous integration.

Leads $2 million to $50 million capital projects from concept through engineering, procurement, construction, commissioning, startup, and closeout. Owns scope, cost, schedule, safety, quality, risk, financial reporting, contractor management, stakeholder communication, and operational readiness. Coordinates multidisciplinary teams across manufacturing, engineering, procurement, construction, and operations while ensuring regulatory and company standards are met. Travel to domestic and international manufacturing sites may be required.

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

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.

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.

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 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.

Supports high-volume semiconductor manufacturing by improving processes, procedures, equipment operations, yield, efficiency, cost, and quality. The role performs equipment and lot dispositions, analyzes data, resolves systematic process or equipment issues, supports manufacturing ramps, executes process startups and experiments, and delivers improvement projects. Candidates need a relevant engineering or science bachelor’s degree, at least two years of process engineering experience, and knowledge of statistical process control, engineering change control, and process release strategies.

Leads drug product manufacturing process transfers, equipment selection and qualification, process validation, cGMP start-up, and technical troubleshooting. Provides manufacturing floor support, reviews batch documentation and process data, oversees contract manufacturers, investigates deviations, implements CAPA, develops sampling plans, and drives process improvements. Partners with procurement, manufacturing, and cross-functional internal and external teams while ensuring compliance with cGMP, Annex I, FDA, EMA, and MHRA requirements.

Provides technical leadership for manufacturing production systems and digital tools, including SAP, CPLM, and SmartMES. Develops production schedules, analyzes data, manages costs and risks, supports system integration testing, and improves manufacturing flows. Partners with cross-functional teams and executives to resolve issues and meet production requirements. Requires expertise in manufacturing engineering, material planning, production control, system integration, and manufacturing software.

Lead the design, implementation, and continuous improvement of manufacturing processes from NPI through high-volume production. Responsibilities include process development, line layouts, tooling, labor modeling, time studies, capacity analysis, line balancing, OEE improvement, Lean initiatives, troubleshooting, capital-equipment business cases, cross-functional project leadership, and mentoring junior staff.

Own the design-for-manufacturing software layer of the Matter Compiler CAM stack. Develop computational geometry algorithms, manufacturability constraints, layout and retention logic, physical process models, validation systems, and production knowledge bases. Collaborate with AI, modeling, design, and process engineering teams to translate manufacturing expertise into auditable, testable code and validate results against fab runs.

Provide electrical engineering support for wireline and drilling product lines: program AOI and Flying Probe equipment, troubleshoot PCBAs, design and improve manufacturing processes and equipment, lead production launches, maintain BOMs/routings, apply Lean principles, ensure quality and HSSE compliance, and collaborate cross-functionally to enhance manufacturing efficiency.

Lead end-to-end development and commercialization of implantable MEMS heart-failure sensors. Drive design, manufacturability, embedded software and circuit tuning, create manufacturing documentation and training, support pilot-to-production transfers, and lead root-cause investigations for manufacturing and field issues.

Design, build, and deploy automated manufacturing and test systems including robotics, fixtures, tooling, and workcells. Collaborate with manufacturing, test, and quality teams to define requirements, validate safety and function, troubleshoot and improve automation for reliability, and produce SOPs and maintenance documentation. Hands-on role combining design, coding, assembly, implementation, validation, and hardware debugging.

Design and build proprietary manufacturing and test equipment for robotic surgical systems from concept through production. Lead mechanical and mechatronic design, validation (IQ/OQ/PQ, DQ), documentation, commissioning, troubleshooting, vendor coordination, and project management to support regulated manufacturing and product launches.

Design, implement, and maintain DCS/PLC-based process automation systems; develop HMIs/visualizations; coordinate projects, procurement, installation, commissioning, and maintenance; troubleshoot control logic; analyze control data for optimization; maintain documentation and ensure QMS and safety compliance.

Design, develop, install, test, and maintain electrical systems for mill equipment. Create drawings, procure components, oversee commissioning, implement preventive maintenance, train staff, and ensure safety and compliance.

Design, build, and deploy manufacturing automation equipment and test systems to increase throughput, quality, and efficiency. Lead automation from concept through production, integrate hardware/software, support NPI transitions, perform ROI and process capability analysis, and collaborate with cross-functional teams to scale production.

Own and optimize CNC machining value-streams from raw stock to finished parts: improve spindle utilization, reduce setup and downtime, manage SAP scheduling and tool programs, lead SYNCHRO+ and lean initiatives, author factory standards and routings, drive OEE and quality improvements, and support process development in welding and secondary operations.