Top Manufacturing Engineer Jobs in Boston, MA

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.

Build and own the Python-based manufacturing platform powering automated test across prototype and mass production. Architect scalable services and AWS infrastructure, integrate with test equipment and embedded devices, create internal APIs and tooling, and drive engineering best practices with testing, CI/CD, code review, and cross-team collaboration to ensure efficient, high-quality device manufacturing.

Support new product introduction and drive design for manufacturability for coherent pluggables and embedded modules. Develop assembly/inspection instructions, train technicians, enable CM transfers and volume ramp, design tooling/automation, apply SPC/FMEA/DOE to improve yields, and lead continuous improvement and lean manufacturing initiatives.

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.

Provide hands-on production support and lead root-cause investigations (5-Why, Fishbone). Implement CAPA, define rework/salvage, prepare ECOs, analyze manufacturing and quality data, support MRB/RMA, drive continuous improvement, and maintain technical documentation while collaborating cross-functionally.

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.

Lead design, development, and commissioning of scalable assembly and automated test systems for coldplates and thermal-loop products. Own vendor selection, program management for manufacturing scale-up, set technical manufacturing standards (PFMEAs, process control), and mentor junior engineers and production staff to achieve high-volume, reliable production.

The Quality Manufacturing Engineer ensures production goals are met, leads corrective actions, improves quality processes, and interfaces with suppliers and internal departments.

As a Staff Process Manufacturing Engineer, you'll optimize manufacturing processes, improve yield, conduct root cause analyses, and implement LEAN initiatives for optical modules.

The Lead Manufacturing Engineer will oversee production processes, ensure quality standards, and drive efficiency improvements in manufacturing operations.

The role involves supporting product transition to operations, resolving technical issues, enhancing manufacturability, and collaborating with engineering for design improvements.

Lead technical development and implementation of advanced manufacturing processes (welding, brazing, heat treatment, EDM, additive), support NPI and new equipment, troubleshoot production issues, perform root cause analysis, drive continuous improvement and lean initiatives, develop SOPs and work instructions, and lead manufacturing projects to improve safety, quality, delivery, and cost performance in an aerospace production environment.

Develop, implement, and support automated production test systems using LabVIEW, TestStand, and XJTAG. Integrate NI and third-party instrumentation, create boundary-scan routines, lead NPI test development, maintain production test stations, analyze test data to improve yield, document procedures, and mentor junior staff.

Provide frontline shop-floor support for MES/SCADA/automation systems, triage and resolve incidents, perform structured troubleshooting, execute change-control activities, monitor system health, support compliance and maintenance, and mentor junior engineers to improve operations and reduce production impact in a GMP environment.

Lead manufacturing engineering analytics and systems for semiconductor foundry operations. Develop predictive models for wafer demand, cost, and cycle time; create and maintain process codes in SAP; design and deploy engineering tape-out systems; build supplier performance dashboards; document procedures and maintain collaboration tools for cross-functional teams.

This role involves SMT assembly process engineering, including tooling design, automation programming, and manufacturing oversight to ensure high reliability standards.

The role involves designing for manufacturing and assembly of electronic parts, leading design reviews, and resolving complex engineering issues in aerospace and defense applications.

Lead advanced microelectronics assembly processes, oversee cleanroom operations, ensure quality compliance, and train new employees. Engage in problem-solving for product engineering.

Lead operational performance in contract manufacturing, ensuring efficiency in production plans, cycle times, and quality; focuses on continuous improvement in high-technology electronics manufacturing.

Lead failure analysis for MEMS and IMU products: perform electrical, physical, mechanical, and environmental failure investigations; drive QA/yield improvements; support returns, reliability, and qualification; develop techniques and lab capabilities; document and present results; mentor junior engineers; collaborate with design, test, product, and quality teams.

Lead backend architecture and system design for an AI-driven manufacturing planning platform. Build and scale a Node.js/Python stack with Azure Databricks, implement optimization and scheduling algorithms, establish engineering patterns, and mentor/lead a small early-stage engineering team while collaborating with product and data functions.