At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world.

Job Overview

TE Connectivity's Manufacturing Engineering Teams are process leaders for stamping, molding or assembly related topics, ensuring the processes are running at optimum levels for quality and output. They are experts in mold tooling, die tooling, machining, and assembly techniques, possessing extensive knowledge of the associated manufacturing processes which may include the optimization and standardization of stamping / molding / assembly or other processes within the manufacturing environment. Manufacturing Engineering Teams enable the TE business unit plants to reach TE Operating Advantage (TEOA) requirements, roll out Centers of Excellence (COE), Best Demonstrated Practices (BDP's) and advise plants on tool and machine duplications / corrections / improvements. They design and develop manufacturing process and automation platforms and apply them for the realization of new product developments as well as optimization of existing products already in production. The Teams also support Product Development in the selection and optimization of tools for piece part production and the selection of the most suitable manufacturing concepts relative to planned manufacturing quantities, quality requirements and manufacturing location. They act as interface between engineering and production to ensure manufacturability of new designs and smooth production ramp up as well as support the research & development teams to produce sample manufacturing equipment, product samples and prototypes.

• The Mechanical designer position is responsible for machine design conception, evolving the confluence of mechanic and automation, this spearhead of industrial innovation designs and manufactures complex automated systems: Machines, automations, robots, ...
• The main task of the Mechanical designer is to ensure Mechanical design automation (MDA), Design Drafting, creation, analysis & optimization- (2D or 3D), the output must convey BOM and materials, dimensions, and tolerances,(RDM-Material selection-Machining-Surface finishing-Prototype simulation ...)
• he performs process Design and synoptic, with skills on Process Thinking, New Manufacturing Concepts, and up to date on Technological Watch,
• he is the Main responsible for the various technical choices made within TE in the field of mechanical design,
• Designs and develops manufacturing process platforms and new automation equipment or processes and applies these for the realization of new product developments as well as optimization of existing products already in production to meet TE quality and production standards.
• Creates and modifies detailed drawings and/or conceptual models from layouts, rough sketches, or notes.
• Strong software knowledge in Creo Parametric and PDM-Link, to able to create new parts, assemblies and sheet metals or modify existing CAD files on PDM-Link.
• Good skills as system administrator to able to manage Creo Parametric base settings and PDM link, support Creo core team during software updates,
• Strong knowledge in pneumatic design sys and Preparation of pneumatic circuit diagram (air preparation units, cylinders, grippers, and valves...). SMC pneudraw or E-Plan Fluid software knowledge...to able to create or modify plans...
• Experience in transfer systems (conveyors, vibration feeders, etc),
• Developing and maintaining clear and accurate documentation and status of automation equipment or processes
• Participation in internal or in external machine design projects
• Possesses an extensive knowledge of the associated manufacturing processes, which may include the optimization and standardization of processes within the manufacturing environment.
• Maintains and adheres to all appropriate specifications, regulatory requirements, and customer requirements.

• Mechanical Engineering
• Electromechanics Engineering
• Mechatronics Engineering
• Analytical thinking
• Lean Manufacturing
• Team Player

• Advanced knowledge of 3D design program (advantage Creo, Catia, solidworks)
• Basic knowledge of technical tools specific to the job function: e.g. CAD, CAE, industrial or quality engineering tools
• Basic knowledge of general engineering tools (LEAN or 6-sigma) such as DoE, FMEA, QFD, etc. & Structured problem-solving experience; A3, DMAIC
• Advanced knowledge of MS Office applications, i.e. Excel, Outlook, Word, PowerPoint
• Speak French and or English both written and spoken
• Innovative idea-generator