Certificate Courses

Asset Reliability Practitioners (ARP-A)

Reliability Advocate

Asset Reliability Practitioners (ARP-E)

Reliability Engineers

Asset Reliability Practitioners (ARP-L)

Reliability Program Leader

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Certified by Mobius Institute

Course Breakdown

[ARP-A]
Reliability Advocate

Who is this for ?

Managers starting a new initiative, or anyone new to reliability who needs to understand the “big picture”.

What will you learn ?

How to gain senior management support, build a motivated culture, and understand the core technical jargon (RCM, PMO, RCA) without getting bogged down in engineering details

Duration

2.5 to 3 days (16 hours minimum).

[ARP-E]
Reliability Engineer

Who is this for ?

Technical reliability engineers responsible for implementing the technical elements and driving key decisions.

What will you learn ?

Defect elimination, asset strategy development (RCM, PMO, FMEA), planning and scheduling, condition monitoring, precision maintenance, and root cause failure analysis (RCA).

Duration

4.5 to 5 days (32 hours minimum)

[ARP-L]
Reliability Program Leader

Who is this for ?

The true leaders of the initiative whose shoulders the success of the program rests on.

What will you learn ?

How to develop economic justification, create detailed plant-wide strategies, change company culture, and lead your organization to “world-class” performance.

Duration

4.5 to 5 days (32 hours minimum).

Learn The Mobius Way

We Make The Complex Simple

Over 5,000 students choose Mobius Institute every year because they use amazing 3D animations and simulations that make you say, “Now I get it!”

No Student Left Behind!

The course uses anonymous, stress-free polling to ensure you truly understand every topic before the instructor moves on

Flexible Learning Format

You can choose what works best for you: Live public courses, On-site training, Virtual online courses, or Video distance learning

Extended
Access

Get access to the “Learning Zone” video library before the class begins so you are fully prepared, and keep access for 4 months after the course to review materials

Why Choose Us?

Internationally Recognized 

Earn a globally respected certification modeled on ISO 18436 standards and accredited according to ISO/IEC 17024

Financial & Career Benefits

Learn how to translate “common-sense” reliability improvements into financial benefits that senior management understands, ultimately reducing waste and maximizing production output.

Claimable for All Malaysians

All courses are 100% HRD Corp Claimable (SBL Khas)

MBOT CPD Points

Validated by MBOT, allowing Technologists (Ts) and Technicians (Tc) to claim valuable CPD points

The Asset Reliability Transformation (ART) Blueprint

The training is built around the Asset Reliability Transformation® (ART) process : a practical, step-by-step roadmap with
10 phases, 64 steps, and 365 recommended practices.

It provides a clear path to overcome emergency maintenance,
eliminate defects via improved design, and make data-driven decisions.

Trust and Credibility

Brought to you by an authorized partner : Handy Engineering Sdn Bhd

Join an international fraternity of certified practitioners from 60 countries.
To be certified, candidates must pass a rigorous exam and have their practical industry work experience verified by an independent person, proving this is a highly legitimate certification.

Certified by Mobius Institute

Classroom Training

On-Site Training

Machine Health Assessment

Basic Level (3 days)

Machine Health Assessment

Intermediate Level (3 days)

How Condition Monitoring Safe Your Rotating Equipment

(3 days)

Managing The “Bad Actor” of Mechanical Rotating Asset

(2 days)

Motor Current Signature Analysis (MCSA)

(3 days)

Let's Certified Yourself!

Continue Your Learning Path With Us

Upcoming Schedules
for 2026 are Available!

  • 22nd-  26th June 2026
  • 14th – 18th December 2026
  • 26th – 30th January 2026
  • 9th – 13th Febuary 2026
  • 20th – 24th April 2026
  • 11th – 15th May 2026
  • 13th – 17th July 2026
  • 3rd – 7th August 2026
  • 7th – 11th September 2026
  • 12th – 16th October 2026
  • 23rd – 27th November 2026
  • 4th – 6th Febuary 2026
  • 30th June – 2nd July 2026

Handy Engineering Sdn. Bhd.

Course Outlines

Machine Vibration Assessment - Basic Level

  • TOPICS:-             

    1.0          Introduction of Vibration

    2.0          Vibration Sensor

    3.0          Understand Spectrum

    4.0          Understand Waveform

    5.0          Hands-on Activity 1

    6.0          Identifying Fault Frequency

    7.0          Measurement Technique

    8.0          Spectrum Analysis

    9.0          Waveform Analysis

    10.0        Hands-on Activity 2

    11.0        Identifying Vibration Root Cause

    12.0        Finding Potential Solution

    13.0        Summary

    Duration:             3 Days

    Who should attend?      

    1              Maintenance Technician

    2              Maintenance Engineer

    3              Vibration Personnel

    4              Operation Personnel

    5              Reliability Personnel

Course Outlines

Machine Vibration Assessment - Intermediate Level

  • TOPICS:-             

    1.0          Introduction of Vibration

    2.0          Signal Analysis

    3.0          Understanding Various Spectrum Signatures

    4.0          Understanding Various Waveform Patterns

    5.0          Hands-on Activity 1

    6.0          Identifying Fault Frequency For Various Plant Asset

    7.0          Measurement Technique For Offline and Online System

    8.0          Dynamic Data Analysis 1

    9.0          Dynamic Data Analysis 2

    10.0        Hands-on Activity 2

    11.0        Identifying Possible Root Causes Of Machine Problem

    12.0        Indentifying Potential Solution

    13.0        Summary

     

    Duration:             3 Days

                   

    Who should attend?      

    1              Maintenance Technician

    2              Maintenance Engineer

    3              Vibration Personnel

    4              Operation Personnel

    5              Reliability Personnel

Course Outlines

How Condition Monitoring Safe Your Rotating Equipment ?

  • TOPICS:-             

                   

    1.0          Maintenance Philosopy

    2.0          Types of Maintenance

    3.0          Vibration Analysis

    4.0          Ultrasound Analysis

    5.0          Motor Current Signature Analysis

    6.0          Lubrication Oil Analysis

    7.0          Infrared Thermography Analysis

    8.0          Process Analysis

    9.0          Root Cause Failure Analysis

    10.0        Summary

                   

    Duration:             3 Days

                   

    Who should attend?      

    1              Maintenance Technician

    2              Junior Maintenance Engineer

    3              Vibration Personnel

    4              Operation Personnel

    5              Reliability Personnel

Course Outlines

Managing The "Bad Actor" of Mechanical Rotating Asset

  • TOPICS:-             

                   

    1.0          Basic Fundamental of Centrifugal Pump

    2.0          Types of Pumps

    3.0          Transport and Storage Guideline

    4.0          Pump Details

    5.0          Installation Guideline

    6.0          Standard Operating Procedure

    7.0          Maintenance

    8.0          Sources of Vibration

    9.0          Vibration Signature Analysis & Remedies

    10.0        Summary

                   

    Duration:             2 Days

                   

    Who should attend?

    1              Maintenance Technician

    2              Maintenance Engineer

    3              Vibration Personnel

    4              Reliability Personnel

    5              Operation Personnel

Course Outlines

Motor Current Signature Analysis (MCSA)

  • TOPICS:-             

                   

    1.0          Introduction on MCSA

    2.0          Stress Mode Element

    3.0          CBM Cycle Module

    4.0          MCSA Online Vs MCSA Offline

    5.0          MCSA Software Module

    6.0          MCSA Offline Test Mode:

    1. a) Standard Test
    2. b) PI Test
    3. c) RIC Test
    4. d) Step Voltage Test

    7.0          8. MCSA Online Test Mode

    1. a) Power Test
    2. b) Rotor Test
    3. c) Eccentricity Test
    4. d) Demod Test
    5. e) Inrush Test

    8.0          MCSA Logging / Permanent Installation

    9.0          Case Study

    10.0        Q & A

                   

    Duration:             3 Days

                   

    Who should attend?      

    1              Electrical Personnel

    2              Vibration Personnel

    3              Reliability Personnel