Top Manufacturing Engineer Jobs

Lead technical pre-sales and value engineering engagements for manufacturing clients, combining SQL/Python work and prompt engineering with process redesign, agentic automation, and data architecture. Own POV projects from workshops to executive readouts, validate technical solutions, steer data models, and demonstrate measurable ROI across supply chain, production, and asset management domains.

Develops, implements, and improves manufacturing processes, equipment, and systems for sterile pharmaceutical production. Responsibilities include facility startup, equipment qualification and validation, cGMP documentation, troubleshooting, preventive maintenance, calibration, root-cause investigations, CAPA support, technology transfer, scale-up, and capital project management. The role partners with Quality, Operations, and R&D to maintain FDA 503B and cGMP compliance while improving throughput, reducing waste, and supporting production continuity.

Lead deployment, commissioning, qualification, and optimization of industrial manufacturing equipment, including additive manufacturing, thermal processing, machining, automation, and cleaning systems. Manage equipment selection, vendor relationships, facility integration, troubleshooting, performance metrics, documentation, preventive maintenance, and operator training. Collaborate with Facilities, EHS, Quality, and Process Engineering teams to ensure safe, reliable 24/7 production operations.

Lead manufacturing engineering for Blue Origin’s BE-4 and BE-3U engine production in Huntsville. Responsibilities include design for manufacturability, developing repeatable processes, creating work instructions and inspection plans, evaluating machining and assembly technologies, resolving non-conformances, conducting process FMEAs, validating equipment, and improving quality, throughput, cycle time, and production costs.

Manufacturing Quality Engineer responsible for process control, corrective and preventive actions, audits, inspections, root cause analysis, process variation reduction, and continuous improvement. The role maintains manufacturing documentation and ERP data, supports product introductions and tooling development, and coordinates manufacturing trials and validation. Collaboration with engineering and production teams is required, along with adherence to ISO quality systems and manufacturing safety standards.

Develops, maintains, and improves automated test and manufacturing equipment, software, fixtures, processes, and databases for global factories. Supports new product introduction, troubleshooting, root-cause analysis, quality improvements, data collection, standard work, and design-for-manufacturability/testability activities. Collaborates with R&D, manufacturing engineering, production teams, suppliers, and global colleagues. Requires strong electrical, mechanical, controls, software, CAD, measurement, and data-acquisition expertise.

Leads capital projects and manufacturing improvements across two facilities, managing budgets, contractors, engineering design, equipment installation, commissioning, and start-up. Provides technical support to operations and maintenance, improves equipment reliability and efficiency, troubleshoots failures, implements preventive and predictive maintenance, and drives continuous improvement. Collaborates with safety, quality, supply chain, and finance teams while ensuring regulatory compliance and mentoring plant personnel.

Evaluates, pilots, designs, procures, and deploys warehouse automation technologies. Responsibilities include RFP support, ROI analysis, vendor validation, solution design, project tracking, commissioning, acceptance testing, data analysis, troubleshooting, post-launch support, and proof-of-concept development. Partners with operations, customers, vendors, technology teams, and business stakeholders to optimize automated warehouse systems and deliver measurable operational improvements.

Leads industrial controls and automation projects from architecture and design through commissioning and production launch. Programs and troubleshoots PLC, HMI, motion, safety, robotics, networking, and manufacturing data systems. Develops standards, specifications, estimates, test plans, and technical requirements; leads vendor reviews, FAT, SAT, commissioning, and startup. Optimizes manufacturing systems for reliability, productivity, and maintainability, replicates successful solutions across sites, supports automation strategy and cybersecurity coordination, and mentors controls engineers across global manufacturing facilities.

Leads industrial controls and automation projects from architecture through production launch across multiple manufacturing sites. Designs and programs PLC, HMI, motion, safety, robotics, networking, and data systems; conducts technical reviews, vendor selection, FAT, SAT, commissioning, troubleshooting, and optimization. Develops standards, specifications, test plans, and capital estimates while supporting cybersecurity, manufacturing technology strategy, solution replication, and mentoring controls engineers.

Leads industrial controls and advanced manufacturing automation projects from architecture and design through commissioning and production launch. Programs and troubleshoots PLC, HMI, motion, safety, robotics, networking, and manufacturing data systems. Develops standards, specifications, test plans, and capital project requirements; leads vendor reviews, FAT, SAT, and startup activities. Optimizes systems for reliability and performance, supports cybersecurity coordination, replicates solutions across sites, evaluates emerging technologies, and mentors controls engineers.

Leads industrial controls and automation projects from architecture and design through commissioning and production launch. Programs and troubleshoots PLC, HMI, motion, safety, robotics, networking, and manufacturing data systems. Develops standards, specifications, test plans, and capital project requirements; supports vendor selection, FAT, SAT, and startup. Drives system optimization, cybersecurity compliance, solution replication, roadmap development, and technical governance across manufacturing sites while mentoring controls engineers and resolving complex issues.

Lead industrial controls and automation projects from architecture and design through commissioning and production launch. Program and troubleshoot PLC, HMI, motion, safety, robotics, and industrial communication systems; develop standards, specifications, test plans, and technical requirements; support vendor selection, FAT, SAT, and startup; optimize manufacturing systems; ensure safety, maintainability, and cybersecurity; replicate successful solutions across sites; and mentor controls resources.

Own hardware from design release through build, test, and delivery for high-volume subassemblies. Develop build flows, work instructions, and test procedures. Support first-article builds, provide hands-on floor support, resolve non-conformances, coordinate cross-functional teams, and contribute to long-term manufacturing systems and tooling strategies to scale production.

Support development, optimization, and sustainment of manufacturing processes for powertrain components. Design tooling and automation, troubleshoot production issues, perform root cause analysis, implement corrective actions, support launches and PPAP, and apply quality and continuous improvement tools to meet ISO/IATF 16949 and customer requirements.

Develops and launches lean production lines for medical devices in an FDA-regulated environment. Responsibilities include resolving production and field issues, improving processes, designing fixtures and equipment, managing engineering changes, supporting validation, maintaining technical documentation, training production teams, overseeing CAPEX projects, and managing corrective actions, calibration, and preventive maintenance programs.

Lead and support plant projects as a junior project manager and process engineer. Improve operations, commission new equipment, eliminate inefficiencies, develop standards, train technicians, and collaborate with cross-functional teams using automation and robotics.

Own end-to-end manufacturing processes for pulser module assembly and lead prototype-to-production transitions for new electrical components. Develop work instructions, tooling, fixturing, and production documentation; mentor technicians; resolve non-conformances through root-cause analysis; support DFM and first-article builds; manage schedules in Microsoft Project; track production metrics; and scale assembly operations from low-rate production to higher volumes.

Provides foundational manufacturing engineering support in production environments. Assists with APQP documentation, engineering changes, Lean and waste-reduction initiatives, capital projects, process design, tooling, automation, root-cause analysis, capability studies, equipment validation, safety controls, and new product introduction. Collects and analyzes data, tracks cost savings, develops work instructions, and collaborates with engineering, quality, operations, and supply chain teams under experienced-engineer guidance.

Develop and maintain manufacturing methods, operating sequences, and processes for parts, subassemblies, and final assemblies. Coordinate product improvements and engineering changes, estimate manufacturing costs, establish time standards, and recommend tooling. Develop test procedures, analyze operational and test data, improve quality and productivity through lean principles and automation, investigate root causes, and perform corrective actions and PFMECA for new product development.

Develops and validates manufacturing strategies, BOMs, operation methods, tooling, testing, and product structures for moderately complex assemblies. Supports DFM/DFX reviews, virtual analysis, change control, root-cause investigations, managed builds, supplier coordination, manufacturing training, and pilot-to-high-volume production handoffs. The role improves product quality, cost, cycle time, manufacturing readiness, and commercialization execution while supporting multiple semiconductor equipment development programs.

Supports warehouse and material flow operations within a manufacturing facility. Designs warehouse layouts, improves receiving-to-shipping workflows, develops kitting and replenishment processes, and optimizes storage capacity and material presentation. Applies Lean tools to reduce inefficiencies, improve accuracy and throughput, and maintain ERP/MRP inventory accuracy. Collaborates with logistics, production, planning, procurement, and quality teams while developing SOPs, training materials, labeling systems, and safe, ergonomic material handling practices.

Leads manufacturing engineering for rocket engine testing, establishing processes, work instructions, tooling, configuration controls, acceptance plans, and efficient work cells. Mentors engineers, serves as a strategic planning subject matter expert, develops fabrication and testing standards, and leads kaizen and continuous improvement initiatives. Supports engine assembly, integration, inspection, repair, and acceptance testing while improving standardization and scalability across Test Operations.

Develops and improves manufacturing processes, equipment, layouts, tooling, fixtures, and documentation. Leads capital and manufacturing projects from concept through implementation, validation, and operational handoff. Performs capacity analysis, time studies, line balancing, bottleneck analysis, and production optimization. Supports new product introduction, design-for-manufacturability reviews, and cross-functional technical initiatives across Operations, Quality, Design Engineering, Supply Chain, Maintenance, suppliers, and leadership.

As a Turbomachinery Engineer, you'll produce components for rocket turbopumps and develop manufacturing processes while collaborating with design teams.