Senior Systems Control Engineer

Job Description
TE Connectivity (NYSE: TEL) is a $13 billion world leader in connectivity. The company designs and manufactures products at the heart of electronic connections for the world’s leading industries including automotive, energy and industrial, broadband communications, consumer devices, healthcare, and aerospace and defense. TE Connectivity’s long-standing commitment to innovation and engineering excellence helps its customers solve the need for more energy efficiency, always-on communications and ever-increasing productivity. With nearly 90,000 employees in over 50 countries, TE Connectivity makes connections the world relies on to work flawlessly every day. To connect with the company, visit:

TE Connectivity (TE) has an opportunity for a Sr. Systems Control Engineer with strong technical and team working capabilities in establishing global robotic automation platforms in a leading electrical component manufacturing company. The individual shall be an expert to provide insight into electrical design/wiring and control system programming in automated assembly production lines, and also be able to provide in-depth technical advises over control system design during entire assembly production line development cycle.

The individual shall be an expert to develop the next generation automation technologies in robot programming, machine vision algorithm design, machine vision programming and writing communication stacks that can communicate to different automation control devices (e.g., PLC, industrial OPC server and cloud connected devices). Ability to improve software performance to enable low cost flexible modular robotic automation with integration of advanced manufacturing process to help design engineering systems is also part of the desired technical capabilities.

This is a rare opportunity to join a high performing organization with a global role, reporting to the Automation Manger, who reports directly to the Fellow: Technology, Advanced Manufacturing, as part of the corporate global technology team. This role will be a focal point of TE global robotic automation technical expertise on current leading edge and next generation technologies. This position will also have the responsibility for establishing robotic automation modular flexible platforms at various TE manufacturing sites worldwide.

Responsibilities & Qualifications:
As the Senior Systems Control Engineer, you will interface directly with manufacturing engineering team inside different business units to provide robotic & machine vision programming, electrical/control system design technical expertise on current cutting edge and next generation technologies. You will be working on research and development of next generation of automation technology with universities and research institutes. During the technology transfer phase, you will be working closely with process engineers, manufacturing engineers and external system integrators. Most importantly, you will be the technical safe-guard for program design during different phases of an automation project, including requirement definitions, conduct concept review and detailed design review, installation, training and final ramp-up trouble shooting, all the way to transition the automation project to business unit:
•Innovate and develop the next generation of robotic automation software platforms and standard modules for flexible manufacturing processes. Identify levels of technologies should be sourced internally or externally.
•Design control policies for nonlinear and high dynamics systems.
•Develop algorithms using force control startegies.
•Implement control policies on embedded systems.
•Develop motor control strategies.
•Research, source and implement motor systems and controls.
•Implement sensor data acquisition on embedded systems.
•Develop state estimation solutions for nonlinear systems.
•Develop adaptive control techniques for nonlinear systems.
•Manage sourcing of components and technologies from suppliers
•Develop parameter-tuning solutions for production.
•Lead controls testing for production.
•As a robotic / machine vision resource to address and to develop and/or execute robotic automation projects and strategies, and collaborate with other robotic/machine vision inside TE to provide consulting services.
•Working with intellectual property (IP) councils and legal teams to innovate and to strengthen TE IP strategies and portfolios in advanced manufacturing automation technology.
•Provide necessary engineering support in automation control, develop and implement control algorithms for servo control in tandem with vision guidance.
•Enable smooth and open communication with external non-standard automation equipment vendor regarding the requirement of electrical design and control system.
•Work with internal or external automation team members to over-come major technical challenges in electrical design and control area in a timely manner.

Professional Qualifications:

•A strong technically oriented engineer with clearly demonstrated experience and a track record of developing robotic program and machine vision system & programs.
•Mastery of optimal and adaptive control theory.
•Minimum 4 year experience with nonlinear model-based control.
•Minimum 4 years hands-on experience robot development, controls and operation.
•Proficient at Matlab®, Simulink® and LabView®.
•Hands-on experience in brush and brushless motor contro..
•Experience in model-based state estimation and filtering
•Strong oral and written communication and presentation skills.
•Strong problem solving and analytical skills.
•Experience in embedded operating systems and robot operating systems.
•Develop and maintain system models for simulation and testing of algorithms.
•Develop test cases and methodologies to evaluate new control, optimization and diagnostic algorithms with simulations and conduct testing in the field.
•Familiar with different robot & machine vision programming platform, including EPSON SPEL+®, ABB Rapid®; Familiar with ROC and MVTec® Halcon® is preferred.
•Familiar with motion planning, image processing and machine vision algorithm design.
•Experience with different programming language is preferred, including MS. NET, C++, C; familiar with Python is preferred;

•Minimum Degree and Experience requirements: MS + 6 years’ experience or PhD + 2-3 years’ experience (preferred) in control / robotics or equivalent.


TE Connectivity

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