Sr. Controls Engineer

申请编号: 78450   这是一家立足于突破的公司。 加入我们。   康宁是全球领先的玻璃、陶瓷和材料科学创新引领者之一。从海洋深处到浩瀚宇宙，我们的技术不断突破可能性的边界。   我们是如何做到的？依靠我们的员工。在康宁，我们的员工独树一帜、突破常规——这不仅限于职业生涯的某一时刻，而是每一天，都在帮助推动公司及世界的进步。   在康宁，你所做的工作有数之不尽的机会对世界和人类产生积极的影响。你能帮助世界互联互通，驱动汽车的未来，让家庭娱乐更精彩，使救生药品安全送达。你能改变的远不止于此。   加入我们，一同突破。   我们的光通信事业部日前已经从光纤和电缆、硬件与设备制造商发展成为了在更加广泛的通信领域提供行业领先光学解决方案的综合服务供应商。这一领域共分为两种主要的产品分组 – 即载波网络和企业网络。载波网络产品分组主要包括适用于以光学为基础之通信基础设施的产品和解决方案，可用于视频、数据和语音通信等服务。企业网络产品分组则主要包括销售给公司、政府和个人自用并且以光学为基础的通信网络。 Role Purpose

Lead controls technical receiving, readiness verification, and manufacturing handover for CPO-related MLA, MMC, and other assigned precision automation processes within SCS. Partner with project equipment design teams, engineering functions, IT , operations, suppliers, and system integrators to translate process and product requirements into robust controls solutions, support qualification, implement data acquisition, and enable pilot production, ramp-up, and stable manufacturing. Build controls capability for new product introduction and future equipment upgrades. Own the continuous improvement of assigned precision automation equipment by developing, integrating, commissioning, troubleshooting, and improving PLC, HMI, motion control, robotics, machine vision, sensors, safety systems, and industrial networks. Key Responsibilities

Project Controls Receiving and Handover Work with equipment design teams, suppliers, and system integrators to understand product requirements, process windows, equipment operation, tooling, motion/vision concepts, control sequences, and automation risks for CPO-related MLA, MMC, and other precision automation equipment. Participate in specification review, design review, supplier build, FAT/SAT, installation, IO checkout, dry run, debugging, qualification, validation, and production release. Identify controls risks, verify equipment performance, and drive improvements before manufacturing handover. Review and accept key controls deliverables, including PLC/HMI software, electrical drawings, data-acquisition design, software backups, version-control records, recipes, parameter settings, IO documentation, and recovery procedures. Establish equipment controls documentation covering operating principles, control logic, troubleshooting, recovery methods, key parameters, and data requirements. Train process engineering, production, maintenance, trainers, and operators to ensure effective knowledge transfer. Sustaining Controls Ownership and Continuous Improvement Provide day-to-day controls support for assigned precision automation equipment, including PLC/HMI issues, motion faults, robot and vision abnormalities, sensor failures, communication issues, safety interlocks, parameter drift, capability loss, and recurring downtime. Use structured root-cause analysis and data-based problem solving to eliminate recurring failures, improve equipment recovery, and increase availability, OEE, MTBF, and MTTR performance. Drive automation improvements, cycle-time reduction, alarm reduction, yield and capability improvement, recipe/parameter control, controls