Machinery Lubrication magazine published by Noria Corporation
Issue link: https://www.e-digitaleditions.com/i/1206285
For dates, complete course descriptions or to enroll, visit noria.com/train or call 833-273-6518 17 Who Should Attend? Machinery Lubrication Engineering (MLE) is designed for an experienced professional with extensive training and experience in areas that include, but are not limited to, the strategic leadership, development, implementation and management of the lubrication program. Those interested in the MLE course are likely to be involved with troubleshooting tough problems identified by routine analysis and inspections. Job titles include: • Lubrication and reliability professionals pursuing management • Staff engineers • Consultants or advisors • Plant engineers • PdM engineers • Manufacturing engineers • Process engineers • Reliability engineers or managers • Maintenance engineers • Leaders responsible for technicians, analysts, inspectors, operators, millwrights and others performing a wide range of lubrication-related work What Industries Will Benefit: • Aerospace • Automotive Manufacturing • Earthmoving • Food and Beverage • General Manufacturing • Lumber and Wood • Municipal Utilities • Petrochemical • Pharmaceuticals • Power Generation • Primary Metals • Process Manufacturing • Pulp and Paper • Rubber and Plastic • Textile • Transportation Individuals interested in the MLE course may hold other certifications such as Certified Maintenance & Reliability Professional (CMRP), Machine Lubrication Technician (MLT), Machine Lubricant Analyst (MLA), Certified Lubrication Specialist (CLS) or Certified Reliability Engineer (CRE). Course Topics • Management of lubricated machinery assets in the context of ICML 55.01 and ISO 55001 • Analyzing abnormal events where lubrication is the cause or a contributing cause • Managing a lubrication team, including lubrication technicians and lubricant analysts • Managing lubrication suppliers and service providers • Writing specific lubrication procedures consistent with best practice for various tasks • Determine the optimum reference state for lubricant handling, storage, consumption and conservation, as well as new machinery specifications and commissioning • Environmental conservation practices, including best practices in waste oil and used filter disposal • Manpower planning, administration, staff training and certification • Lubrication information management system(s) • Failure modes and effects analysis (FMEA), root cause analysis (RCA) and troubleshooting • Reliability-centered maintenance (RCM) planning initiatives • RCA activities relating to failures of grease- or oil- lubricated machinery • Reporting and performance metrics • Defining overall lubrication program goals, budgets and plans • Evaluating proposed lubrication capital expenditures using standard economic analysis methods • Implementing overall lubrication effectiveness (OLE) metrics and other key performance indicators • How to reach diagnostic conclusions and implement action plans to change machinery design, lubricant selection, lubricant application methods, lubrication maintenance plans and prescribed analytical methods