Top Manufacturing Engineer Jobs

As a Manufacturing Engineer, you will act as a bridge between Engineering and Production, defining assembly methods for complex assemblies, developing work instructions, and optimizing manufacturing processes using Lean tools. Your role includes troubleshooting and ensuring efficient production flow while collaborating with multiple teams.

The Senior Manufacturing Test Engineer will develop and implement automated test procedures for electro-mechanical systems, conduct root cause analysis, and collaborate with engineering teams to ensure product reliability. Responsibilities include building test capabilities, executing testing protocols, maintaining testing logs, and training technicians within a dynamic startup environment.

The Senior Manufacturing Engineer will support production in a diagnostics company by establishing and improving manufacturing processes, conducting time studies, executing project plans, and providing ongoing support. Responsibilities also include collaboration with cross-functional teams and ensuring compliance with quality standards.

The Additive Manufacturing Engineer will optimize and develop laser powder bed fusion additive manufacturing processes, collaborate with various engineering teams, handle additive platforms, and innovate new technologies for space habitats construction.

As an Environmental Test Manufacturing Engineer, you will support the development and manufacturing of advanced avionics systems, collaborating with design teams, optimizing manufacturing processes, creating detailed plans, resolving challenges, and ensuring quality control. Your role involves hands-on assembly and integration of avionics systems, focusing on efficiency and compliance with engineering standards while driving continuous improvement initiatives.

The Senior Manufacturing Engineer will develop and optimize manufacturing processes for life support systems in artificial-gravity space stations. Responsibilities include troubleshooting equipment, creating manufacturing plans, collaborating with design teams, ensuring quality control, and driving continuous improvement initiatives.

The Machining Manufacturing Engineer will optimize and develop machining processes, collaborate with engineering teams on new designs, create and manage manufacturing documentation, troubleshoot machinery, review drawings, and ensure compliance with AS9100D standards. Strong communication and collaboration are essential to meet launch goals.

As a Manufacturing Engineer for Life Support Systems, you'll design and develop environmental and thermal control systems for space stations, iterating on manufacturing processes and ensuring the systems are reliable and manufacturable. Your responsibilities include project delivery, systems engineering, design reviews, and collaboration with cross-functional teams.

The Manufacturing Engineer will support the development of artificial-gravity space station systems, overseeing the build and inspection processes, refining manufacturing techniques, collaborating with engineers, and resolving production challenges to ensure timely delivery of the Haven-1 structure.

The Senior Manufacturing and Supplier Quality Engineer at GILLIG will lead quality management efforts, focusing on root cause analyses, continuous improvement, and supplier quality management. Responsibilities include managing quality KPIs, driving new product introduction with suppliers, and ensuring adherence to industry standards through audits and problem resolution.

This role focuses on launching the Fluence Battery Module and System by troubleshooting manufacturing issues, developing root-cause analyses, implementing corrective actions, creating best practices, and mentoring team members. The engineer will also define testing procedures, provide on-site support, and lead complex engineering projects.

The Structures Liaison Engineer evaluates and resolves engineering-related problems in Manufacturing. Responsibilities include analyzing specifications, conferring with quality and design teams, investigating non-conforming parts, and developing repair procedures. They facilitate error correction in drawings, provide technical consultation, and drive the development of repair processes, all aimed at enhancing electric aviation operations.