Engineer II (PCB Assembly Process) About the Role As a Process Engineer II you will focus on sustaining, restoring, and improving existing machines and processes that impact a technical area. You will manage your own activities and take accountability for completing routine tasks that are part of an overall project or process. As part of Advanced Manufacturing Engineering, you will be a team member who is relied on to have a good understanding of procedures, techniques, tools, materials and equipment. Your decision making will help you prioritize workflows based on the available resources. You will follow standard procedures to complete tasks, some of which may vary in scope, sequence, complexity and timing. You will contribute to the team’s success by sharing your previously acquired knowledge. Your Key Responsibilities Primary ownership of printed circuit board assembly value streams including surface mount and through hole technology processes. Assure that equipment is operating properly, correct and/or report malfunctions, and may assist others in complex set up/repair operations. Identify and address equipment availability / up time gaps to increase process capacity. Implement Engineering Changes including work instructions, routings, and BOM’s. Support implementation of new equipment and technology for process execution and/or analysis. Manage own time, professional development, prioritize workflows and be accountable for own results. Train Technicians and production employees on products, processes, procedures, and equipment. Required Qualifications Minimum of Bachelors degree and 3-5 years. Basic PCBA assembly equipment electro/mechanical applied knowledge. Problem solving and applied equipment troubleshooting skills. Desired Qualifications – Applied Knowledge of: Surface mount technology assembly equipment. Through hole technology assembly and soldering equipment. Printed circuit boards, electronic components and basic printed circuit technology assembly procedures. Smart factory tools. Circuit boards, processors, chips, electronic equipment, and computer hardware and software, including applications and programming. Machines and tools including their designs, uses, repair, and maintenance. Workmanship acceptability requirements and industry standards such as IPC 610. The procedures for the safe handling of electronic components or assemblies. Electronic component terminology, placement and markings.