Top Manufacturing Engineer Jobs in Boston, MA

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.

Supports urethane casting processes by troubleshooting production issues, leading CAPA and process-improvement efforts, developing process controls, and maintaining documentation. Leads manufacturing-floor projects involving process development, equipment onboarding, quality inspection, throughput, and cost reduction. Analyzes laboratory and production data, interprets customer specifications, collaborates across departments, and supports safe, efficient operations.

Designs and scales manufacturing processes from prototype to production, develops work instructions and QA procedures, implements PFMEA and process improvements, selects/vendors equipment, coordinates with technicians and contract manufacturers, and applies DfM/DfA and GD&T to ensure high-yield production.

Leads manufacturing engineering for rotating aerospace hardware in a production shop. Owns manufacturing support and process performance, improves safety, ergonomics, first-time yield, productivity, delivery, and cost of quality, and reduces aged WIP. Partners with operations, quality, engineering, planning, and maintenance teams while supporting lean process redesign, layout optimization, root-cause corrective action, and continuous improvement across a $65 million defense-engine-engineering business.

Supports manufacturing operations by resolving production and quality issues, designing and documenting processes, developing tooling and fixtures, supporting automation and test equipment, and driving lean continuous improvements. Participates in new product launches, engineering changes, pilot runs, PFMEAs, qualifications, and validations. Analyzes process data, implements corrective actions, trains associates, and collaborates cross-functionally to improve safety, quality, delivery, and productivity.

Lead manufacturing engineering activities in a production shop for aerospace hardware, including process ownership, quality improvement, RCCA, lean transformation, and production-line improvements. The role manages technical requirements, process control, hardware quality, and KPI improvements involving safety, yield, cost, delivery, inventory, and productivity. It also provides technical guidance to team members and collaborates across teams while supporting CNC machining, welding, heat treatment, brazing, and related manufacturing processes.

Leads global manufacturing engineering and operational excellence initiatives. Develops manufacturing processes, specifications, tooling, work instructions, control plans, and PFMEAs; supports new product introduction, product transfers, validation, and production release. Uses Lean, Six Sigma, SPC, DOE, and root-cause methods to improve yield, throughput, quality, and productivity. Manages equipment maintenance, calibration, automation and capital projects, vendor relationships, SAP BOMs, and CAD documentation while mentoring technicians and coordinating cross-functional solutions.

Leads manufacturing engineering and operational excellence for production processes. Develops process documentation, supports new product introductions and transfers, validates tooling and equipment, and improves yield, throughput, OEE, scrap, and productivity using Lean and Six Sigma methods. Maintains manufacturing data and SAP BOMs, coordinates equipment maintenance and calibration, designs fixtures, manages vendors and capital projects, mentors technicians, and resolves technical production issues.

Hands-on Manufacturing Engineer responsible for improving production and assembly processes, increasing throughput, reducing waste, and resolving manufacturing issues. The role designs and troubleshoots tooling and fixtures, leads Lean Six Sigma and continuous-improvement projects, performs process analyses, develops SOPs and work instructions, supports quality and safety compliance, and assists with new-product development, cost estimates, equipment procurement, and design for manufacturability.

Leads manufacturing support and process performance for an aerospace afterburner component. Drives improvements in safety, ergonomics, first-time yield, productivity, quality, cost, delivery, workflow, and shop-floor efficiency. Partners with operations, quality, engineering, planning, and maintenance teams to redesign processes, optimize layouts, reduce aged work-in-process, and apply lean manufacturing and continuous improvement methods in a unionized production environment.

Leads advanced manufacturing process design, tooling, equipment implementation, new product introduction, and production readiness. Solves shop-floor challenges, improves safety, quality, delivery, and cost, supports production teams, evaluates emerging technologies, and mentors colleagues. Coordinates cross-functional technical programs and projects while guiding manufacturing capability improvements in a regulated production environment.

Lead manufacturing engineering for electrical and electro-mechanical products, supporting NPI, production transfer, and full-rate manufacturing. Troubleshoot PCBAs, wiring harnesses, test systems, and integrated assemblies on the production floor; drive DFM/DFA, RCA, ECOs, process improvements, and supplier resolution to improve quality, yield, and cost.

Leads manufacturing process development, process improvement, and operations support for precision aerospace and space-flight hardware. Designs and improves fixtures and tooling, develops work instructions and SOPs, trains production personnel, implements statistical process control, manages process capabilities and controls, and coordinates materials, equipment, quality, supply chain, testing, and program activities. The role is onsite in Boston and supports low- to medium-volume propulsion hardware manufacturing.

Supports development, optimization, qualification, and continuous improvement of semiconductor manufacturing processes. Analyzes production data, yield, quality, and process performance; performs root-cause analysis; creates manufacturing documentation; supports new product introduction, process transfers, validation, and scale-up. Collaborates with design, operations, quality, test, and product engineering teams to resolve technical issues and implement corrective actions.

Leads production sustaining, manufacturing process improvements, manufacturability, assembly, testing, tooling, and production-floor support for electromechanical products. Partners with engineering, operations, quality, and technicians to manage product changes, improve efficiency, reduce costs, address CAPA issues, implement Lean/Six Sigma, create work instructions, and monitor manufacturing KPIs. The role also mentors junior engineers and supports multiple concurrent projects with up to 10% local or international travel.

Lead customer-facing manufacturing solution architecture and implementations using Tulip. Partner with customers to configure, integrate, and deploy OT/IT systems (MES/ERP/device integration), manage enterprise projects, drive continuous improvement, provide technical support, and relay customer insights to Product and Engineering.

Design, develop, validate, and implement tooling, fixtures, and manufacturing equipment. Lead continuous improvement using Lean, Six Sigma, and DMAIC; perform root cause analysis and corrective actions. Support new product introductions, capital projects, supplier development, and maintain safety and regulatory compliance in a hybrid office/manufacturing environment.

Manufacturing Engineer supporting new product introduction, process improvement, production troubleshooting, tooling and fixture design, capital projects, preventive maintenance, corrective actions, and employee training. The role applies Lean, PDCA, DMAIC, statistical methods, GD&T, PPAP, ISO 9001, and IPC/WHMA-A-620 standards to improve safety, quality, cost, delivery, and efficiency in electronics and wire/cable assembly manufacturing.

Support manufacturing across all levels: design and optimize processes and line balancing; specify tooling, fixtures, and equipment; support production ramp-up; lead continuous improvement and root cause analysis; collaborate with design, quality, and supply chain teams.

Partner with manufacturing customers to architect, configure, and deliver Tulip solutions; lead enterprise implementations, integrate OT/IT systems and devices, provide technical support, drive continuous improvement, and surface customer insights to Product and Engineering.

Operate, maintain, and improve roll-to-roll coating and converting equipment to produce flexible solar panels. Translate lab processes into repeatable manufacturing protocols, run experiments, CAD parts, test and characterize panels, and drive yield improvements with strong process control.

As a Manufacturing Engineer, you will support production, improve manufacturing processes, design tools, train operators, and oversee engineering documentation. You will also interact with customers and evaluate product specifications.

Optimize and troubleshoot processes for PIC wafer fabrication, support scaling and production yield, and utilize metrology equipment for process control.

Lead process development and improvement for precision fixturing and tooling for aerospace flight hardware. Support production through SPC, work instructions, cross-functional coordination, training, tooling procurement, and continuous quality and efficiency improvements.

Provide technical leadership in manufacturing complex infrared imaging systems, ensure product transition from development to production, and improve processes continuously.