Vibration Analysis Technology & Management
(ISO 18436-2+)
Professional Certification Preparation

Building the Understanding, Knowledge, Process Understanding, Skills, Competencies, and Technical Leadership to Improve Work Performance

Program Overview

The Vibration Analysis Technology & Management (ISO 18436-2+) Professional Certification Preparation is a 2-week training program designed to equip participants with the essential skills and competencies required for implementing effective Vibration Analysis based Condition Based Maintenance System and apply for Certification. This program focuses on building a strong foundation of knowledge and practical understanding while incorporating the latest technologies and best practices in the field. The Program builds skills and competencies required by the Industry Standards CAT I to IV and More.

Program Benefits

Gain expertise in utilizing Vibration Analysis cutting-edge tools and technologies.

Develop a deep understanding of the Vibration Analysis processes.

Learn how to implement change and improve Vibration Analysis work organization to enhance overall performance.

Update Vibration Analysis standard operating processes based on industry requirements and best practices.

Enhance your Vibration Analysis skills through structured skill development exercises and hands-on activities.

Motivate yourself and others to perform Vibration Analysis diligently and deliver better results.

Discover how digital transformation can be leveraged to increase Vibration Analysis productivity, effectiveness, and customer service.

Harness the power of data analytics, artificial intelligence, and AI tools, including chatGTP, to optimize Vibration Analysis performance.

Professional Certification Preparation : This 2 week program is the starting Point for completion of 4 week Professional Certification Program, which on passing the final tests and interview grants participants a Professional Certification. The 4 week certification validates participant competency and expertise in the field and enhances their professional credibility.

Program Content

Part 1
Vibration Analysis Condition Based Maintenance Technology ISO 18436-2+

Overview of Vibration Analysis Condition Based Maintenance principles and methodologies

Understanding Vibration Analysis Opportunities

Introduction to Vibration Analysis techniques

Review of CAT I, II, III Technology & Methods

Your Industry Vibration Analysis Use Cases

Introduction to Vibration Analysis Data Analysis & AI Based Decision Making

Part 2
Knowledge & Skills for
Vibrations Analysis ISO 18436-2 CAT I Certification Examination

Vibration Reliable Data Acquisition and Error Checking

Vibration Condition Deviation & Exception Monitoring

Vibration Data Conditioning for Processing

Providing Decision Support Insights into Observed Vibration Data

Machinery or Equipment Testing, Diagnostics & Fault Determination

Part 3
Knowledge & Skills for
Vibrations Analysis ISO 18436-2 CAT II Certification Examination

Understand Applicable Industry Technical Standards and Define Measurement Activities for his Equipment

Understand Signal Analysis and Collect Appropriate Data for his Equipment

Perform Single-Channel Impact tests and Determine Natural Frequencies (single channel)

Vibration Condition Compliance, Deviation & Exception Monitoring

Evaluate Test Results against Standards and Specifications

Providing Decision Support Insights into Observed Vibration Data

Your Machinery or Equipment Vibration Testing, Diagnostics & Fault Determination

Who Can Benefit from this Training Program

Maintenance Engineers and Technicians Working as Vibration Analysis Professionals & Consultants.

Reliability Engineers: Vibration analysis training equips them with the knowledge and skills to identify potential failures and implement appropriate maintenance interventions to enhance asset reliability.

Condition Monitoring Specialists: They will learn how to collect, analyze, and interpret vibration data to identify machinery faults and make informed decisions regarding maintenance and repairs.

Plant Managers and Supervisors: It enables them to understand the importance of vibration analysis as a tool for proactive maintenance and assists them in making informed decisions to optimize plant reliability and productivity.

Operations and Maintenance Personnel: They can develop skills to recognize early signs of machinery issues, improving overall equipment effectiveness and reducing unplanned downtime.

Reliability-Centered Maintenance (RCM) Professionals: Vibration analysis is an essential part of condition-based maintenance and can contribute to more effective RCM programs.

Field Service Technicians: It enables them to diagnose machinery issues accurately, determine the root cause of problems, and perform effective repairs.

Asset Managers: It allows them to understand the condition of critical equipment, make informed decisions about maintenance and replacement, and optimize asset performance and reliability.

Engineering Professionals: It helps them understand the impact of design decisions on vibration characteristics and provides guidance for improving the reliability and performance of their designs.

Quality Control Professionals: They can use vibration analysis techniques to detect and resolve issues related to product quality and performance.

Project Managers: It equips them with the knowledge to monitor and manage the vibration levels during the project, ensuring compliance with industry standards and minimizing the risk of damage or failures.

Consultants and Service Providers: Certification training allows them to offer specialized vibration analysis services to their clients, helping them optimize maintenance practices and improve equipment reliability.

Other Vibration Analysis Program Topics (Customized for Participant Group)

Principle of Vibration Analysis

Vibration Sensors and Data Collection

Vibration Analysis Techniques

Detailed Time Waveform Analysis

Detailed Frequency Spectrum Analysis

Detailed Envelope Analysis

Detailed Modal Analysis

Manufacturing Applications

Power Generation Applications

Oil and Gas Applications

Aerospace Applications

Early Fault Detection Methodology

Increased Equipment Reliability Methodology

Improved Efficiency Methodology

Safety Enhancement Methodology

Cost Savings Analysis Methodology

Condition Monitoring Programs

Remote Monitoring and Wireless Systems

Diagnostic Software and Algorithms

Integration with Maintenance Management Systems

Continued Training and Expertise Development

Expansion to Other Monitoring Techniques

Continuous Improvement

Real-Time Monitoring

Remote Diagnostics

Condition-Based Maintenance

Trend Analysis

Documentation and Reporting

Compliance with Standards

Equipment Commissioning and Troubleshooting

Knowledge Sharing & Communications