MANUFACTURING ENGINEER I

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.

What your background should look like:

1 to 2 years in manufacturing environment supporting production KNOWLEDGE AND SKILLS
•    Fluent English skills 
•    Knowledge in the use of SAP and Microsoft Office. 
•    Ability to work on several projects at once. 
•    Skilled at solving problems. 
•    Interpersonal skills, communication, and ability to multitask.     
•    Design experience in automation controls (PLCs, servos, vision systems, sensors, ladder logic, function block programming, electrical schematics development, ect) 
•    Control system debugging and optimization.
•    Mechanical Design (3D, 2D, etc).
•    Electrical and communication.    

 

Responsibilities
•    Mechanic and electronic design of improvement for current process and add-ons for current machinery.
•    Design and implement automation control systems. 
•    Develop and update manufacturing process instructions for all control system. 
•    Develop and update training materials on control / schematics for manufacturing processes auto machinery. 
•    Analyze performance and process control data. 
•    Identify, source, acquire, design or adapt machines, tools and equipment to meet production requirements. 
•    Create new technologies in process designs to maximize performance and efficiency. 
•    Create innovative ideas to solve manufacturing problems and simplify new products to reduce costs and increase overall manufacturing efficiency. 

Competencies