7 technical engineer jobs found

Job Summary: The Mechanical Engineer III - Advanced Product Design and Manufacturing is responsible for designing, developing, and optimizing advanced robotic actuator systems, including rotary and linear motion solutions, for humanoid, industrial, and service robotics applications. This role drives new product development initiatives by supporting the design, sourcing, procurement, and validation of prototype components and manufacturing processes. The incumbent collaborates with cross-functional teams to ensure products are designed for performance, manufacturability, quality, and cost-effectiveness while supporting the transition from concept through prototype development and production readiness. Through the application of advanced mechanical engineering principles and manufacturing expertise, the Mechanical Engineer III contributes to the successful development and commercialization of innovative robotic technologies. Key Responsibilities include the following (other...

JOB DESCRIPTION Junior Manufacturing Engineer - Job Requisition Job Summary We are seeking a motivated Junior Manufacturing Engineer to support the design, development, and optimization of manufacturing processes, tooling, and equipment. This role provides hands-on experience in a fast-paced production environment while contributing to quality, efficiency, and continuous improvement initiatives. Essential Duties and Responsibilities Assist in the design, development, and implementation of manufacturing processes, methods, tooling, equipment, and controls under the guidance of senior engineers Support analysis and planning of labor utilization, equipment requirements, workflow, and manufacturing layouts to improve efficiency Participate in prototype development, builds, and production launch activities Learn and apply new manufacturing technologies that contribute to cost reduction, quality improvement, and operational efficiency Attend...

Legal Entity: Woodbridge Sales & Engineering Inc. Requisition ID: 4137 About Woodbridge We are innovators using advanced technology to manufacture next generation products. We are pioneers in foam technology science and provide our products to customers in multiple industries. We are a global team of over 7,000 teammates strong who are laser focused on quality, collaboration, and a commitment to sustainability. We are proud to give back to the communities in which we live and work through our Woodbridge Cares programs that serves communities around the world through volunteerism and philanthropy. We are a people centric organization that has been awarded numerous recognitions for our commitment to manufacturing excellence and innovation. Join us and be part of a team that is shaping the future of foam technology. Woodbridge Culture Woodbridge takes immense pride in its robust corporate (think people first, innovation, lets get to it, manufacturing...

JOB DESCRIPTION Responsibility The Studio Engineer's primary responsibility is to creatively problem solve design issues that affect either the aesthetics and/or manufacturing goals for any given product during Phase 0, 1, and 2 in the Adient PLUS process. His/her primary objective is to develop solutions during the design development phase to ensure that the design and Class A Surfaces created by Industrial Design are feasible and meet the expectations of both our internal and OEM Design Studios. They accomplish this by working in CAD (primarily CATIA V5/V6) with the data provided by Adient/OEM Engineering alongside the Industrial Designer who will give input on aesthetics and/or ideation for craftsmanship resolutions. This process is culminated by holding a Pre-Surface Design Review (PSDR) in which issues are discussed, and the team determines if Class A surfacing can begin. Process Phase 0 Duties: The role of the Studio Engineer is crucial during Phase 0 activities in...

JOB DESCRIPTION Summary: The Advanced Manufacturing Engineer is responsible to complete all the advance manufacturing deliverable for a program to develop and launch the manufacturing process. Essential Duties and Responsibilities: Development of manufacturing processes by completing detailed engineering analysis of Design for assembly Logistics and contingency planning Process flow Process labor planning & line balance Material flow and lineside presentation Plant layout Ergonomic analysis Visual management Process failure mode and effect analysis Production equipment & tooling specification, purchase, and acceptance Validation of manufacturing process to meet labor targets, production output and quality standards Technical Skills: PFMEA development MODAPTS or equivalent training/certification Direct and indirect labor analysis and planning Equipment specification, ordering, run-off, installation, and qualification Capital equipment budget...

Technique is looking for a Controls/Robotic Engineer to join our team at our Jackson, Michigan facility. This position plays a key role in designing, programming, and maintaining automated systems and robotic equipment across the production floor. The Controls/Robotic Engineer works closely with manufacturing, maintenance, and engineering teams to develop and improve automation solutions that drive efficiency, quality, and safety. The ideal candidate holds a degree in Electrical, Mechanical, or Mechatronics Engineering (or equivalent experience) and brings hands-on expertise in PLC programming, robot programming (FANUC, KUKA, ABB, or similar), and industrial controls design. Experience in a precision manufacturing environment is strongly preferred, along with a working knowledge of electrical schematics, HMI development, and servo/motion control systems. Responsibilities: PLC Programming & Controls Design - Design, develop, and maintain PLC-based control systems for new...

Job Purpose: Complete product design of mechatronic devices as defined from system level design requirements Use of defined product development process from concept initiation to system validation and production Primary Responsibilities: Complete product design and development of mechanical devices through use and application of mechanical engineering principles Define and document all component design attributes as needed to satisfy all system level design requirements Use of Computer Aided Design (CAD) to create and modify solid model components and assemblies Create product engineering drawings and apply appropriate GD&T requirements Complete dimensional tolerance and stack-up analysis on component assemblies Complete and document mechanical assembly stack analysis as required Create appropriate level of documentation of engineering analysis Document designs through use of assembly drawings and component part lists Complete Design Failure Mode Effects...