Travel: Onsite at Charlotte Headquarters, travel to Hickory and Wilmington as needed (Upto 50%), with all the expenses covered by the client.ResponsibilitiesIn this role you will serve as an electrical controls resource for manufacturing process improvement and capital expansion projects. You will lead the electrical and controls scope of assigned projects.Project focus will be implementation of PLC based automation in Client's manufacturing plants and processes. You will work closely with a multi-disciplinary team that includes mechanical, electrical, controls, facilities, IT, and operations professionals to help ensure systems are installed, commissioned, and running safely and effectively.Lead controls engineering scope for automation and capital projects from concept development through design, build, installation, startup, and commissioning.Design, develop, and deploy integrated automation and machine control systems using PLC, HMI, SCADA, and related controls technologies.Required Education & ExperienceBachelor's degree in electrical engineering (or other related technical field)7+ years of relevant controls engineering experienceSoftware/Controls programming experience with PLC's, HMI's (hardware/software), SCADA primarily RockwellExperience with HMI and SCADA systems primarily FT View, Optix, IgnitionUnderstanding of PID control implementationCapability to design, develop and deliver fully integrated machine and motion control, automation, and process machine systems to manufacturingAble to effectively leverage external machine builders and system integrators to design, develop, and deploy integrated manufacturing systems to global manufacturing facilitiesUnderstanding of electrical panel layout, schematic design, ladder logic programming, and system testing and troubleshooting. AutoCAD and/or AutoCAD Electrical skillsFamiliarity of logic-based programming. PLC and IEC base programming structure including ladder logic, function blocks, structured text, and sequential flowchart desirable.Familiar with Machine Safety Design principles per ISO 13849 -1&2Individuals must be capable of executing project assignments, in a cross-functional team based environmentExperience designing and implementing industrial communication technologies (Ethernet/IP, EtherCAT))Support commissioning, startup, training, and technology transfer as systems are handed off to plant teams.#J-18808-Ljbffr