Machine Lubrication Analyst CAT-II ,ISO18436- MLA CAT- II EXAM PREPERATION

The Machinery Lubrication Analyst – Level II (CAT II) course, accredited under ISO 18436-4 by the International Council for Machinery Lubrication (ICML), is a comprehensive five-day program designed for professionals seeking to enhance their expertise in oil analysis and lubrication reliability.

Participants will gain hands-on skills in oil sampling, on-site testing, and contamination control to proactively identify and mitigate lubricant degradation caused by particles and thermal stressors.

The course covers foundational tribology principles, best practices for oil analysis programs, and advanced techniques for interpreting oil analysis reports. Ideal for maintenance, reliability, and operations personnel, this training equips attendees with the knowledge to optimize lubrication strategies, reduce equipment downtime, and make data-driven decisions for cost savings and improved machinery performance.

Course Objectives

This workshop provides a structured learning approach that will enable participants to:

• Understand maintenance strategies and their integration with oil analysis for enhanced reliability

• Master tribology fundamentals and lubrication theory to mitigate wear and failure

• Implement best practices for oil analysis programs, including sampling and testing protocols

• Learn contamination monitoring and control (CAT II focus) to extend lubricant life

• Develop skills to interpret oil analysis reports and diagnose machinery health

• Perform on-site oil inspections and tests to detect harmful particles and thermal stressors

• Gain insights into wear particle analysis (CAT III concepts) for advanced diagnostics

• Identify cost-saving opportunities and lubrication program gaps through data-driven analysis

• Prepare for the ICML certification exam to earn accredited CAT II qualification

• Apply knowledge to improve workplace practices and machinery longevity

Course Methodology

This course employs a blended learning approach, combining:

• Theoretical foundations

• Practical application

• Group discussions, peer reviews, and scenario-based problem-solving

• Assessment and feedback

• Industry-relevant tools

The goal is active engagement, ensuring participants gain actionable skills for optimal machine performance and maintenance.