Responsibilities Include: Develop and deploy new plating technologies for the manufacturing plants within the business unit Design and implement digital factory for plating in various global manufacturing settings Responsible for all phases of the development process, from concept, design, through process release to manufacturing plants Provide controls engineering and expertise during development of new plating technologies along with mechanical and chemical engineers Be hands on to run experimental trials with the various manufacturing technologies in a chemical environment Interact with vendors, manufacturing teams, and other engineering functions as required to support process development Determine specifications, perform engineering analysis, create preliminary designs, coordinate, and support pre-production fabrication and testing Ability to handle multiple projects simultaneously Produce technical documentation, detail design drawings and requirements for production Document all processes and tooling in applicable TE systems Additional Responsibilities: Provide information on new technologies and development projects to the plating Center of Excellence (CoE) and other manufacturing facilities within TE Adopt and adapt to relevant engineering standards and agency practices Grow professionally into a technical expert and deployment leader for the next generation of manufacturing technologies Willingness to travel globally for extended durations when needed and interest in working hands on in a manufacturing environment are key requisites. What your background should look like: Minimum of B.S. degree in Electrical Engineering, Electro-Mechanical Engineering, Mechatronics engineering, Electrical and Computer Engineering or similar engineering Fluent English, spoken and written 7 -10 years of engineering experience focused on industrial control system design Digital factory & Industry 4.0 experience Experience in Python a plus as well as other machine languages Experience in most of the following: Microcontrollers and microprocessors and associated firmware development (C, C++) Communications protocols, Ethernet IP, Modbus TCP, profinet, Ethercat, CANopen Softwares Proficy Machine Edition, TIA Portal, CX-ONE, Sysmac studio & KV Studio Safety reliable systems design & programing Machine guarding & safety reliable systems international standards Inverters, Servo, Stepper, AC, DC, and other motors and controllers used in industrial machinery Variety of sensors used in machine control Autocad electrical for electrical panel layout design, cable design and routing Embedded Motion control software: Beckhoff TwinCAT III, Trio Motion Perfect, basic PLC ladder or structured text Familiar with Wonderware, WinCC, Proface, Delta, Allen Bradley HMI programming Drive for digital readiness, integrate systems Artificial intelligence/ machine learning concepts Omron PLC, GE Fanuc PLC, Emerson PLC, Allen Bradley, Siemens PLC program experience Selection and sizing of electrical components commonly used in industrial controls Familiar with schematic and PCB layout software Designing machinery for placement the global market, with a strong understanding of CE Vision systems & vision sensors knowledge, Keyence & Cognex Strong electrical & electronic troubleshooting Strong communication skills to present concepts to team members and management, while defending your decisions and selling your ideas for the successful implementation of new products and processes. Propensity for learning new skills and improving personal development. Possess a strong mechanical aptitude