Systemic Solutions Execution (SSX) and Maintenance Planning

Maximizing Asset Reliability and Availability

Introduction

This course is designed to provide participants with the knowledge and tools necessary to maximize asset reliability and availability through Systemic Solutions Execution (SSX) and Maintenance Planning. SSX is an approach to problem-solving that aims to identify the underlying causes of equipment failures, rather than simply treating the symptoms. By applying this approach, organizations can develop effective solutions that improve asset reliability and availability, reduce maintenance costs and downtime, and increase safety and environmental compliance.

Course Objectives

• Understand the principles and concepts of Systemic Solutions Execution (SSX)
• Apply SSX to identify the root causes of equipment failures
• Develop effective solutions to improve asset reliability and availability
• Understand the principles and concepts of Maintenance Planning
• Develop and implement a maintenance plan based on SSX findings
• Measure and improve the effectiveness of the maintenance plan

Benefits

• Gain a deep understanding of Systemic Solutions Execution (SSX) and its application to asset reliability and availability
• Learn how to identify and analyze equipment failures and their root causes
• Develop skills to create effective solutions to improve asset reliability and availability
• Enhance your ability to optimize maintenance activities and reduce downtime and maintenance costs
• Connect with other professionals and experts in the field of maintenance planning and reliability engineering

Who Should Attend

This course is designed for maintenance professionals, reliability engineers, operations managers, and anyone responsible for maximizing asset reliability and availability. It is also suitable for anyone interested in learning more about Systemic Solutions Execution (SSX) and Maintenance Planning and their potential for optimizing maintenance activities and reducing downtime and maintenance costs.

Course Outline

Module 1: Introduction to Systemic Solutions Execution (SSX)

• Key principles and concepts of SSX
• SSX in equipment failure analysis
• Tools and techniques for SSX

Module 2: Analyzing Equipment Failures

• Understanding equipment failures and their causes
• Identifying and mapping equipment components and failure modes
• Tools and techniques for analyzing equipment failures

Module 3: Creating Solutions using SSX

• Developing solutions using an SSX approach
• Identifying and addressing equipment failure root causes
• Tools and techniques for creating SSX-based solutions

Module 4: Implementing Solutions and Monitoring Results

• Implementing solutions developed through the SSX approach
• Establishing a monitoring and control plan
• Using KPIs to measure success
• Continuous improvement techniques

Module 5: Quality Control and Continuous Improvement

• The importance of quality control in manufacturing
• The role of continuous improvement in quality control
• Tools and techniques for quality control and continuous improvement
• Statistical Process Control (SPC)
• Design of Experiments (DOE)
• Kaizen methodology