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VCAT-I Junior Vibration Analyst

ISO 18436-2 Category I

Fast Facts

30 hours, typically over four days

  • Live public course
  • On-site course
  • Virtual online course
  • Video distance learning online courses and Life Long Learning
  • Training and certification: ISO 18436-2
  • Certification: ISO 18436-1, ISO/IEC 17024Training: ISO 18436-3
  • Two hours
  • 60 multiple-choice questions
  • 70% passing grade
  • Can be taken online or in person at the course
  • Training course completed
  • 6-months of work experience, verified by an independent person
  • Pass the exam
  • Valid for 5 years
  • Access to the “Learning Zone” upon registration and payment
  • Complete set of videos covering every topic
  • An excellent way to be prepared and get the most from the course
  • Continue to access the Learning Zone for 4-months after the course, or upgrade your access for a lifetime with Life Long Learning.

Download the Course Brochure​

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Course Overview

Learn to be an effective vibration technician capable of collecting quality data, and performing basic analysis and data validation with advanced 3D animations and interactive simulations that make everything easy to understand.

Candidate Profile

This course is intended for the vibration analyst who will:

What will you gain from taking this course?

There are so many benefits to taking this course. You will learn…
  • Overview of condition monitoring technologies and their role in reliability improvement, with a focus on vibration analysis.
  • Key vibration concepts, including waveforms, spectra, and essential metrics like overall levels, RMS, peak, peak-to-peak, and crest factor.
  • Best practices for taking reliable, repeatable vibration readings and selecting and mounting appropriate vibration sensors.
  • Basics of vibration analysis, focusing on interpreting spectra and understanding key analyzer settings (e.g., fmax, resolution, averaging).
  • Fundamentals of setting alarm limits to monitor machine health effectively.
  • Common machine failure modes (e.g., bearing faults, unbalance, misalignment, looseness, resonance) and how to detect them using vibration analysis.

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