Exam Preparation
ARP-EAsset Reliability Practitioner® [ARP-E]Reliability Engineer
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English
Intermediate
FACE 2 FACE
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Course Overview
This 5-day program prepares engineers and reliability practitioners to sit the Mobius Institute Asset Reliability Practitioner® (ARP-E): Reliability Engineer certification examination. The course develops a structured understanding of reliability engineering principles and their practical application across the asset lifecycle.
Participants explore reliability fundamentals, failure behavior, mainte
Key Takeaways
1
Apply reliability engineering principles across the asset lifecycle to improve equipment performance and availability.
2
Analyze failure behavior and degradation mechanisms using structured reliability methods.
3
Develop and optimize maintenance strategies using RCM principles, FMEA, and reliability analysis tools.
4
Evaluate asset performance data to identify reliability improvement opportunities.
5
Recommend technically sound reliability improvements aligned with the Mobius Institute ARP-E Body of Knowledge and certification requirements.
Mobius Institute
Learn vibration analysis from the world’s leading provider of training & certification. At Mobius Institute, we offer the most understandable and interesting training available. Our Crystal Clear™ training methodology is unique, using hundreds of 3D animations and software simulations that make complex concepts easier to understand. We offer ISO 18436 Category I to IV training via public venue courses as well as online through the Mobius Institute website. Mobius Institute is ISO/IEC 17024 and ISO 18436-1 accredited, meaning that you are assured that your certification meets the highest global standards, and our training teaches you everything you need to know according to the ISO 18436 standard for vibration analyst training. There is no more highly regarded training & certification available.
Course Outline
DAY 1
Reliability Foundations & Asset Management Context
- Asset reliability and its role in business performance
- Maintenance strategies and reliability maturity
- Asset lifecycle and failure impact
Reliability Fundamentals
- Reliability, availability, and maintainability concepts
- Failure behavior and degradation mechanisms
- Introduction to asset criticality
- Activity: Asset reliability context mapping exercise
DAY 2
Failure Analysis & Reliability Engineering Tools
- Failure modes and failure mechanisms
- Functional failures and failure effects
- Introduction to failure analysis techniques
Reliability Engineering Methods
- Failure Modes and Effects Analysis (FMEA)
- Root Cause Analysis (RCA) principles
- Linking failures to reliability decisions
- Activity: Conduct a simplified FMEA on a selected asset
DAY 3
Maintenance Strategy Development
- Preventive, predictive, and proactive maintenance
- Reliability-Centered Maintenance (RCM) principles
- Task selection logic and maintenance optimization
Maintenance Execution Considerations
- Job plans, task frequencies, and effectiveness
- Condition monitoring overview
- Measuring maintenance effectiveness
- Activity: Maintenance strategy selection workshop
DAY 4
Asset Data, Performance & Continuous Improvement
- Asset performance data and reliability indicators
- MTBF, MTTR, availability, and failure rates
- Data quality and decision support
Reliability Improvement
- Bad actor identification
- Reliability growth concepts
- Continuous improvement cycles
- Activity: Bad actor analysis and improvement prioritization
DAY 5
Integration, Application & Certification Review
- Integrating reliability into engineering and maintenance
- Reliability roles and responsibilities
- Supporting long-term asset performance
Program Review & Exam Preparation
- Review of ARP-E knowledge areas
- Sample questions and exam guidance
- Certification requirements and next steps
- Activity: Integrated reliability case study and review
Who Should Attend?
This program is designed for engineers and technical professionals involved in asset reliability and maintenance. It is suitable for:
Reliability Engineers and Maintenance Engineers
Mechanical, Electrical, and Rotating Equipment Engineers
Condition Monitoring and Asset Performance Engineers
Maintenance Supervisors and Technical Specialists
Engineers preparing for the Mobius Institute ARP-E certification examination