CMRP – CERTIFIED MAINTENANCE AND RELIABILITY PROFESSIONAL

TRAINING CERTIFIED MAINTENANCE AND RELIABILITY PROFESSIONAL (CMRP)

Available Online & Offline Training

• 3-4 November 2025, Hotel Asyana, Kemayoran, Jakarta (Confirmed)
• 17-18 November 2025, Hotel Asyana, Kemayoran, Jakarta (Confirmed)
• 6-7 Januari 2026, Hotel Malyabhara, Malioboro, Yogyakarta (Almost Running)

Tanggal dan Lokasi training  lainnya silakan KLIK DI SINI

Description

Reliability and Maintenance or RM, is a methodology to ensure that assets continue to do what their users require in their present operating context. It is generally used to achieve improvements in fields such as the establishment of safe minimum levels of maintenance, changes to operating procedures and strategies and the establishment of capital maintenance regimes and plans.

Successful implementation of RM will lead to increase in cost effectiveness, machine uptime, and a greater understanding of the level of risk that the organization is presently managing.

This methodology is originally conceived by the commercial aviation industry in the mid-1960s and call as Maintenance Steering Group (MSG), it has been widely accepted as the definitive way to identify the right maintenance by the military and industry alike. RM optimizes reliability and maintainability thus enabling increased operational availability. RM will optimize preventive maintenance, thus ensuring the right mix of preventive and corrective maintenance.

Our Program

This RM Training in is designed to deliver a mix of theory and practical sessions that will provide all those involved with a strong foundation in risk management, developing effective strategies, and maximizing the performance of physical asset with comply with the International standards.

The American Academy CMRP program is the leading credential for certifying the knowledge, skills and abilities of maintenance, reliability and physical asset management professionals. The CMRP exam is a thorough test of a broad scope of expertise measured against the universal standard. It was developed to assess professionals’ aptitude within the five pillars of the SMRP Body of Knowledge, which include: business and management, manufacturing process reliability, equipment reliability, organization and leadership, and work management.

The CMRP is accredited by the International Board of Standards IBS and ANSI National Accreditation Board (ANAB), an independent third-party organization that evaluates certification programs and organization requirements on a regular basis. At the successful completion of the workshop Participants will be awarded your certification designating you as a Certified Maintenance and Reliability Professional (CMRP®).

Our Certification

The American Academy RM training and certifications based on the approach from this high-level perspective and given adequate time, attention and resources, and without these things, the results which are looked for will be missing out on a tremendous opportunity for the participants organizations.

The AAPM® certification process, administered by GAFM Board, identifies to the public that those individuals who have been authorized to use the AAPM® certification marks in the globe have met rigorous professional standards and have agreed to adhere to the principles of integrity, objectivity, competence, fairness, confidentiality, professionalism and diligence when dealing with clients.

Objectives

On completion of the course, the participant should:

1. Understand the definition and concept of RCM (Reliability and Maintenance)
2. Develop broad knowledge of professional roles, duties and responsibilities of RM engineer and manager
3. Be able to assign appropriate maintenance activity and planning with cost effective

CONTENTS CERTIFIED MAINTENANCE AND RELIABILITY PROFESSIONAL

1. Strategic Management

   • RCM Overview; History, Application and Benefits

   • Understanding the benefits of reliability and the relationship in quality and reliability

   • Describing the relevance of customer needs assessment in reliability

   • Risk Assessment Methodology

2. Reliability Program Management

   • Detailing the basic concepts of reliability program

   • Explaining the link between product life cycle and cost

   • Illustrating the design evaluation and reliability training program

   • RM Procedure & Analysis Select the Equipment to Be Analyzed

1. • • Published Equipment Selection Questions

     • Criticality Factors

1. • Select Maintenance Tasks

1. • • Published Task Selection Questions

     • Comparing Maintenance Strategies Based on Cost and Availability

     • Run-to-Failure

     • Repair/Replacement

     • Service Tasks

     • Failure-Finding Inspections

     • On-Condition Inspections

     • One-Time Tasks

3. Product Safety and Liability

   • Describing the importance of ethical issues and system safety program

4. Statistics and Probability

   • Explaining the basic terminology of statistics and probability

   • Detailing the various probability distribution

   • Describing the concept and technique of statistical process control

5. Statistical Inference

   • Understanding the parametric point and interval estimates

   • Describing the statistical interval estimates

   • Illustrating the hypothesis testing and Bayesian technique

6. Reliability Design Techniques

   • Detailing the various reliability design techniques like use factors, FMEA, FMECA, FTA, Robust Design and DFX

   • FMEA Analaysis

1. • • Published Logic Diagrams

7. Parts and Systems Management

   • Explaining the concept of selection and control

   • Understanding the process of establishing specifications

8. Reliability Modeling

   • Describing block diagrams and models for reliability modeling

   • Detailing the simulation techniques

9. Reliability Predictions

   • Understanding the part count prediction and stress analysis

   • Describing the reliability predictions and reliability allocation

10. Reliability Test Planning

    • Detailing the type and applications of reliability test planning

    • Understanding the relevance of test environment considerations

11. Development Testing

    • Describing the various development testing like accelerated life tests, step-stress testing, reliability growth testing and software testing

12. Product Testing

    • Explaining the various product testing like demonstration testing, PRAT, stress testing, attribute testing, degradation testing and software testing

13. Maintainability Management

    • Detailing the need for planning for maintenance management

    • Describing the maintenance strategies and allocation

    • Understanding the different trade-offs for maintenance

14. Maintainability Analysis

    • Illustrating the maintenance time distributions

    • Describing PM Analysis for maintainability

    • Understanding the relevance and application of corrective maintenance and testability

15. Data Collection

    • Describing the various data types and sources

    • Explaining the different collection methods

    • Understanding the process of data management

16. Data Use

    • Understanding the data summarization

    • Illustrating the preventive and corrective action

    • Explaining the effectiveness measure

17. Data and Failure Analysis Tools

    • Describing the various data and failure analysis tools like FMEA, FMECA, FTA, STA and FRACAS

18. Case Studies :

Specific Reliability and Maintenance cases will be analysed and assessed to provide technical and process analytical capability to the participants to assist them in coping with actual situation in their Ergonomics assessment and evaluation.

Target Audience

Professional who are working directly in the Maintenance and Reliability domain and keen to learn the Best Practices of Maintenance and Reliability either to excel in corresponding Industry.

Training Methods

The training can be conducted using two methods, allowing participants to choose the most suitable option:

Offline Training Method:

1. The instructor conducts face-to-face training for 8 hours per day (8:00 AM – 4:00 PM (WIB)) over 2 scheduled days.
2. Techniques used: presentations, discussions, practical exercises/simulations, roleplay, and case studies.
3. The training is conducted in a classroom setting.

Live Online Training Method:

1. The instructor conducts live training for 4 hours per day (8:00 AM – 12:00 PM or 1:00 PM – 5:00 PM (WIB)) over 2 scheduled days.
2. Techniques used: presentations, discussions, practical exercises/simulations, roleplay, and case studies.
3. The training is conducted via Zoom or Google Meet.
4. Live Online Training Requirements:

1. 1. Participant Preparation
      • It is recommended to use a laptop instead of a smartphone.
      • Ensure a stable internet connection.
      • Prepare notebooks and writing tools.
      • Participants must install the necessary applications before the training session. If assistance is needed, they may contact our staff before the training begins.
   2. Platforms Used
      • The primary platforms for live training sessions are Zoom or Google Meet.
      • Materials, assignments, and documents can be accessed via Google Classroom, Google Drive, Email, or WhatsApp, depending on the organizer’s instructions.
   3. How to Join the Video Conference
      • The organizer will send an invitation link.
      • Click on the provided link and follow the instructions.
      • You will be directed to the video conference session.

Examination Method

• The examination will be conducted on the third day or according to a mutual agreement.
• The exam will be held online using Zoom or Google Meet.
• Participants will be required to complete 50 multiple-choice questions within a 2-hour time limit.

Instructors

H. Joko Winarno, ST., M.Eng.

and team.

Training Schedule 2025

The training schedule can be adjusted based on participants’ requests and trainer availability.

October 2025

| 27-28 October 2025
| 29-30 October 2025
| 31 October Oktober – 1 November 2025

November 2025

| 3-4 November 2025
| 5-6 November 2025
| 7-8 November 2025
| 10-11 November 2025
| 12-13 November 2025
| 14-15 November 2025
| 17-18 November 2025
| 19-20 November 2025
| 21-22 November 2025
| 24-25 November 2025
| 26-27 November 2025
| 28-29 November 2025

December 2025

| 1-2 December 2025
| 3-4 December 2025
| 5-6 December 2025
| 8-9 December 2025
| 10-11 December 2025
| 12-13 December 2025
| 15-16 December 2025
| 17-18 December 2025
| 19-20 December 2025
| 22-23 December 2025
| 26-27 December 2025
| 29-30 December 2025

Jadwal Training 2026

Investments and Facilities

Closing Statement

Through this training, participants are expected to enhance their competencies and become experts in “Maintenance & Reliability” to improve performance. 

TRAINING CERTIFIED MAINTENANCE AND RELIABILITY PROFESSIONAL (CMRP)