**PD Production Equipment Maintenance III** **Responsibilities:** + Supervision of PD Production Equipment Maintenance personnel. + To meet and enforce policies, standards, procedures, and regulations of the company. + To develop projects focusing on continuous improvement, cost reduction, and quality improvements. + To manage projects, on time and form, committed to official documents. + To identify opportunity areas for automation processes. + To develop PLCs and HMIs programs as necessary according with department’s requirements, using PLCs brands in the company, and keep programs’ review traceability. + To keep control of PLCs programs database (updated and with revision traceability). + To perform HMI upgrade (updated and with revision traceability). + To measure, monitor, and improve the OEE and OSE metrics of automated equipment used in PD area. + To develop automated equipment in accordance with production demand following quality criteria, using URS as guidance for equipment development. + To develop prototypes by researching new technologies, materials, designing and being responsible for the development, test, and inspection criteria. + To coordinate equipment development with external suppliers, to provide necessary information for projects follow up: drawings of components related to the project, material handling and shipping, equipment assessment, equipment transportation and installation. + During equipment development, they shall consider whether it is necessary or required to use a network communication system to optimize machine’s wiring. + During URS development they must be able to identify minimal required devices (PLC, Expansion modules, networks, HMI, etc.) for machine’s construction according with its complexity. + To develop and upgrade vision system (Cognex, Omron, and Keyence) programs and keep traceability of programs revision. + To design fixtures or mechanical parts for assembly processes or assembly equipment using Solid Works program or AutoCAD. + To manage computer aided design programs, to maintain and update equipment drawings, pieces, and devices. + To perform root cause investigations to solve quality problems where automated equipment is involved. + Responsible for supporting the investigation of customer complaints, NCs and CAPAs related with the machines’ quality or performance, focusing on root cause solutions. + Shall participate in validation process of new assembly equipment or validation of machines’ upgrades. + Responsible for maintaining validated state of automated equipment. + To develop engineering studies related with quality, capability, and performance of automated equipment. + To document each project development, gather, and keep all information generated since the beginning of project. + To write, review, and perform the operation and maintenance procedures of equipment and machinery related with product assembly. + To perform preventive or corrective maintenance of automated equipment. + To keep spare parts list updated. + To calculate maximum and minimum for spare parts. + To provide training for all personal involved in operation and maintenance of automated equipment. + To support and train technical personnel that performs maintenance of assembly equipment. + To ensure all corrective and preventive maintenance records are documented immediately when activity takes place. **Qualifications:** + Engineering bachelor’s degree (Graduated in Mechanics, electronics or automation). + Bilingual English / Spanish. + Medical products manufacturing. + Projects management. + Knowledge of electricity. + Knowledge of electronics (motor drivers’ control, Servo motors, Robot Cylinders, robots’ Communication network -Device net, Profibus DP, Control Net-). + Knowledge of vision system programing (Cognex, Keyence, and Omron). + Knowledge of Pneumatics (e.g. Fluid Sim, Intelligent Network Control Valve). + Knowledge of measurement equipment (e.g. Multimeter, Chatillon, Instron). + Knowledge of tools and machinery (Machine Shop). + Computer knowledge (e.g. Microsoft Office programs: Project C, Visio). + Knowledge of statistics and Minitab software. + High level knowledge in equipment controlled by PLC (e.g. counters, timers, Flip Flop, math comparator, logics operations, data acquisition) following a structured schedule and defining safety as priority. + Mechanical design (Solid Works and AutoCAD).