Course Content

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City	Date	Duration	Price	Status
IstanbulTurkey	September 16, 2026	7 days	€4,400	Confirmed date
LondonUnited Kingdom	September 26, 2026	7 days	£4,800	Confirmed date
ParisFrance	October 10, 2026	7 days	€4,900	Confirmed date
TunisTunis	October 11, 2026	7 days	€4,400	Confirmed date
DubaiUnited Arab Emirates	October 16, 2026	7 days	€4,400	Confirmed date
LisbonPortugal	November 1, 2026	7 days	€4,800	Confirmed date

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Course Information

Duration

1 Weeks

Introduction

Condition Monitoring and Vibration Analysis have become essential disciplines in modern asset-intensive industries where operational reliability, safety, and cost efficiency determine long-term competitiveness and organizational resilience. As equipment complexity increases and operational expectations rise, organizations must adopt predictive maintenance strategies that enable early detection of equipment degradation before failures occur. This course provides a strategic and practical understanding of how condition monitoring technologies and vibration analysis techniques can be used to evaluate machine health, optimize maintenance planning, and support evidence-based decision-making across engineering and maintenance leadership functions. Participants will explore how monitoring rotating machinery and mechanical systems allows organizations to transition from reactive maintenance practices toward data-driven reliability strategies that improve operational performance and reduce unplanned downtime. The program also addresses real-world challenges such as signal interpretation, data quality, diagnostic accuracy, and integration with maintenance management systems. By combining technical expertise with structured analytical thinking, the course equips professionals with the ability to identify faults, interpret vibration signatures, establish monitoring programs, and implement sustainable reliability improvement initiatives that align operational objectives with measurable maintenance outcomes.

Course Objectives

Understand the principles and strategic value of condition monitoring in asset management
Analyze vibration signals to detect mechanical faults in rotating equipment
Interpret vibration spectra and time waveform data for accurate diagnostics
Apply predictive maintenance techniques to reduce unexpected equipment failures
Evaluate machine condition using vibration measurement tools and monitoring systems
Develop structured vibration monitoring programs for critical assets
Identify common machinery faults such as imbalance, misalignment, and bearing defects
Implement data-driven maintenance decisions based on vibration analysis results
Integrate condition monitoring practices with maintenance and reliability strategies

Target Audience

This course is designed for professionals responsible for equipment reliability, maintenance performance, and asset health management, including:

Maintenance Engineers
Reliability Engineers
Mechanical Engineers
Plant Maintenance Supervisors
Condition Monitoring Specialists
Asset Integrity Engineers
Operations Engineers
Technical Managers responsible for equipment performance

Benefits for the Organization

Improve equipment reliability and operational continuity
Reduce unplanned downtime and maintenance costs
Enhance predictive maintenance capabilities
Extend equipment lifecycle and asset performance
Strengthen maintenance decision-making using diagnostic data
Increase operational efficiency through proactive fault detection

Benefits for the Trainee

Develop practical vibration analysis diagnostic skills
Improve ability to identify early-stage machinery faults
Gain confidence in interpreting vibration monitoring data
Strengthen predictive maintenance expertise
Enhance professional credibility in reliability engineering
Acquire practical tools for machinery health assessment

Course Outline

Day 1 – Fundamentals of Condition Monitoring

Principles and evolution of condition-based maintenance
Overview of predictive maintenance strategies
Introduction to machinery condition monitoring technologies
Key concepts in vibration analysis and machine dynamics
Understanding vibration measurement parameters
Types of sensors and vibration measurement instruments

Day 2 – Vibration Measurement and Signal Analysis

Vibration data collection methods and best practices
Time waveform analysis fundamentals
Frequency spectrum and spectral analysis techniques
Understanding amplitude, frequency, and phase
Establishing baseline vibration measurements
Data acquisition systems and monitoring software

Day 3 – Machinery Fault Diagnosis

Identifying imbalance and mechanical looseness
Detecting shaft misalignment conditions
Rolling element bearing fault detection
Gearbox vibration analysis techniques
Diagnosing resonance and structural vibration issues
Interpreting vibration signatures in rotating machinery

Day 4 – Advanced Vibration Analysis Techniques

Envelope analysis and bearing diagnostics
Advanced spectral interpretation techniques
Trend monitoring and condition evaluation
Integrating vibration data with reliability programs
Practical case studies in machinery diagnostics
Common diagnostic mistakes and troubleshooting methods

Day 5 – Implementing Condition Monitoring Programs

Designing a condition monitoring strategy
Selecting critical equipment for monitoring
Establishing alarm limits and monitoring thresholds
Integrating vibration analysis with maintenance systems
Reporting findings and communicating diagnostic results
Developing continuous reliability improvement programs

Course Duration

Duration: 1 Weeks

Duration: 5 days
Format: Classroom / Online / Blended

Instructor Information

“The training will be delivered by a team of experts specialized in negotiation and professional relationships. They have extensive practical experience in managing complex negotiations, as well as a strong record in delivering leadership and management development programs.”

Conclusion

Condition Monitoring and Vibration Analysis represent a cornerstone of modern reliability-centered maintenance strategies, enabling organizations to transform maintenance practices from reactive interventions into proactive, intelligence-driven asset management systems. By mastering vibration diagnostics and condition monitoring technologies, professionals gain the capability to detect mechanical issues at early stages, optimize maintenance planning, and significantly reduce operational risks associated with unexpected equipment failures. This course empowers participants with the technical insight, analytical capabilities, and strategic perspective required to implement effective monitoring programs that strengthen operational reliability, improve asset performance, and support long-term organizational sustainability.

Business & Management

Technical Courses

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Switzerland