Top Manufacturing Engineer Jobs

Responsible for the ownership and support of Manufacturing IT Applications, focusing on SCADA systems management, regulatory compliance, and stakeholder collaboration in a GMP environment.

The Manufacturing Process Engineer Internship involves assisting in executing strategies, developing new processes, and collaborating within a team to deliver business results.

The Engineer I role involves supporting engineering project tasks, ensuring safety and compliance, managing project costs, and participating in continuous improvement efforts with a focus on automation and controls aspects.

Support manufacturing quality through compliance with ISO standards, analyze failures, conduct validations, and enhance QMS using statistical methods and lean principles.

The Manufacturing Process Controls Engineer leads continuous improvement in manufacturing equipment controls and integration, focusing on troubleshooting, implementing automation standards, and training operators.

Create and maintain manufacturing execution documentation and master data to enable controlled, traceable, repeatable production. Translate engineering drawings/BOMs into shop-floor instructions, support pilot and first-article builds, coordinate part numbers/BOMs/routings in Epicor and MES, define data capture requirements, support system testing/UAT/training, and serve as cross-functional NPI interface to ensure production readiness from systems and documentation perspectives.

Lead site-level manufacturing engineering to drive safety, quality, delivery, cost, and productivity. Own process design and optimization, DFM/DFA alignment, capital projects, new-product industrialization, production readiness, operator training, and continuous improvement using Lean Six Sigma and error-proofing methods. Serve as primary project manager for site initiatives and cross-functional execution.

Lead setup of distribution/servicing operations and transfer a sensor manufacturing line to Irvine. Perform NPI, process qualification/validation (IQ/OQ/PQ), develop training and work instructions, implement continuous improvement (Lean/Six Sigma), resolve CAPA/nonconformances, manage projects, and supervise/train technicians to support commercial manufacturing.

Provide engineering and process support for ADC manufacturing including tech transfers, scale-up, equipment implementation, documentation (MBRs, SOPs, BOMs), CAPA/actions, troubleshooting, training, and continuous improvement to ensure cGMP compliance.

Design, develop, validate, and sustain manufacturing test systems and automation for servers, storage, and PCIe devices. Create and maintain test software/scripts, documentation, and production deployments (L10/L11). Collaborate with hardware, manufacturing, and QA teams, support multi-site manufacturing environments, and keep test infrastructure current with industry best practices.

Hybrid engineering-supervisor role overseeing assembly lines: optimize processes for ergonomics, efficiency, and quality; lead continuous improvement (Lean, PFMEA, Kaizen); manage and train production teams; ensure daily SQCDM targets, TPM and 5S standards; drive DFM collaboration, budget inputs, and performance metrics to achieve first-time-right production.

Design and analyze structural mechanical products from concept to completion: create/modify CAD models and drawings, perform FEA, define loading and fatigue limits, produce BOMs and support documentation, and verify designs for safety, manufacturability, and quality alongside operations.

As a Manufacturing Intelligence Engineer, you will analyze manufacturing data to drive corrective actions and improve yield and throughput while collaborating with engineering teams and stakeholders.

Implement and execute a Reliability Engineering program to improve equipment reliability and efficiency while leading cross-functional teams and managing projects.

Designs, implements, and improves manufacturing processes and systems (MES/PLM/ERP). Supports NPI, DFMA/LEAN initiatives, fixture and tooling design, system validation to ISO standards, develops reports, troubleshoots production systems, trains staff, and provides technical oversight to technicians.

Design and deliver production-ready tooling, create ply books and kits, provide DFM feedback to customers, collaborate with software engineers, perform floor-level validation, plan equipment and training, and develop new composite manufacturing methods.

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.

The Equipment Engineer will develop and optimize automated assembly lines, troubleshoot equipment failures, train maintenance teams, and improve manufacturing processes.

The Senior/Principal Process Engineer leads the API manufacturing process for peptides, ensuring quality and safety through scale-up, tech transfer, and continuous improvement, while managing interactions with contract manufacturers and leading process optimization efforts.

Develop and standardize scalable manufacturing processes and tools for MK2 vehicle production. Create work instructions, process validation, capacity planning, metrics dashboards, cost models, and BOPs. Support NPI, cross-functional collaboration with engineering, supply chain, and quality, and lead continuous improvement using Lean and Six Sigma.

Lead conceptual design of tooling, fixtures, and ground support equipment for launch vehicles; develop ConOps and Tooling Requirements Documents; collaborate with flight, manufacturing, and supply chain teams; perform trade studies, present concept models, and support transition to detailed design and fabrication.

As a Senior Manufacturing Equipment Engineer, you will oversee hydraulic hose manufacturing equipment standards, lead industrialization of products, optimize processes, drive improvements, and ensure robust equipment performance across multiple sites.

The Manufacturing/Design Engineer will improve processes, design and recommend tooling, provide CNC programming expertise, and manage engineering projects.

Responsible for developing and improving test systems for power system protection products, leading test engineers, and driving quality initiatives.