Objectives
o Execute system approach of failure analysis and
Course Details
Objectives
o Execute system approach of failure analysis and troubleshooting and identify the causes of machinery failure and their contributing factors which are often overlooked
o Gain an in-depth knowledge on metallurgical failure analysis methodology as illustrated by failure analysis of bolted joints and shafts
o Perform machinery component analysis and reliability improvement by recognizing redesigned opportunities, bearings in distress, coupling failure avoidance opportunities and mechanical seal problems
o Develop an understanding of continuous reliability improvement and the various approaches to optimized lubrication for pumps and electric motors
o Apply and gain an understanding on vendor selection and reliability review methods through centrifugal pump selection & compressor reliability review examples and perform troubleshooting of pumps and centrifugal compressors
o Recognize the application of vibration analysis from a management perspective by studying specific machinery problems, as well as monitoring and analysis methods
o Identify and carry out a structured problem-solving sequence after careful perusal of problem-solving elements, cause analysis, action generation, decision making and planning for change
o Perform formalized failure reporting using actual cases such as high-speed pump and bearing failures
o Determine the process of examination of failed components such as bearings, gears, mechanical seals and others
o List the elements of centrifugal pump failure reduction programs taking into account the process and the mechanical & technical interactions
o Double the productivity of their maintenance employees, and
o Reduce their total maintenance cost by up to 30%
o Develop and implement a sustainable world-class maintenance strategy
o Perform a systematic Root Cause Failure Analysis
o Develop an improved understanding of numerous maintenance environment variables, and of the relationships between them
o Optimize these relationships in line with the TRIZ contradiction principle
o Understand, audit and optimize your maintenance process
o Apply and gain in-depth knowledge on safety root cause analysis
o Identify the common causes of incidents and enumerate the different various types of accidents to investigate
o Determine the link between investigation and risk assessment and acquire knowledge on how to predict possible incidents using reactive and proactive methods
o Discuss the framework for incident investigation and analysis such as the relationship between the accidents and incidents, link between reactive and pro-active, management system failure and root causes for accidents
o Employ the root cause analysis (RCA) techniques and differentiate between cause tree analysis (CTA) and fault tree analysis (FTA)
o Implement the principle stages of an accident investigation on planning and how to counteract investigator bias and mindset
o Apply structured data collection such as getting information, preparing incident report and statement from the incident scene
o Carry out investigating, interviewing, and storyboarding using the latest techniques for incident investigations
o Practice the latest incident investigation procedures, forms, and documentation through practical exercises, application-based case studies, and workshops designed to reflect and employ the root cause analysis (RTA)
o Understand the use and application of generic problem-solving techniques
o Cascade the principles and benefits of the program to other employees
Outline
Strategic Maintenance Issues & Latest Research
· Introduction to World Class Manufacturing
· The SQC Planning Model
· The Strategic Role of the maintenance discipline in the context of organizational excellence and continuous improvement
· Maintenance Problems and Objectives (Individual Exercise)
· The QMS Maintenance Complexity Model
· The Six Schools of modern Maintenance Science
· The World Class Maintenance Process (Group Exercise)
· Maintenance Maturity Indexing
· The Maintenance Cost Ratio
Sustainable Maintenance Performance Improvement
· The MVA Model (incl. Group Coding Exercises; Experience; Pay-for-Performance 😉