Improve your experience. We are very sorry but this website does not support Internet Explorer. We recommend using a different browser that is supported such as Google Chrome or Mozilla Firefox.

ARP [E] Reliability Engineer - Public Classroom Course

ARP [E] Reliability Engineer Classroom Course and Exam

Description

The Asset Reliability Practitioner [E] “Reliability Engineer” course is intended for industrial reliability engineers whose role is to help the organization improve reliability and performance, and for anyone else in the organization who desires to have an in-depth knowledge of the reliability and performance improvement process.
e.g. reliability engineers, condition monitoring technicians, team leaders, maintenance managers etc.
The course emphasises that achievements require a mix of technical and relational skills and that a reliability engineer needs to involve others in the improvement efforts.

The course goes for 5 days, including the certification exam on the last day.

Topics Include:

  • The Business case for Improving Reliability
  • Developing a Plan for Reliability Improvement
  • Addressing People Management and Culture issues
  • Asset Criticality and RCM /FMECA analysis
  • Developing an Asset Management Strategy
  • Reliability Engineering Techniques and Analytical Tools
  • RCFA/RCA Techniques
  • Defect Elimination and Pro-active maintenance activities
  • Precision Installation & Maintenance
  • Condition Monitoring Techniques and their applications
  • Sustaining and Continuing Improvements

To download full course content, go to: https://reliabilityinstitute.com.au/brochures

 

Prerequisites

Prior experience is not required for attending the training course or exam, however Certification requires:
1. Prerequisite of a minimum of 24 month’s work experience
2. Completing the whole course 
3. Passing the exam with a minimum of 70%

Fee

ARP [E] Fees per student: (plus 10% GST if course is in Australia)
Course: $3,800
Exam & Certification: $690
Total: $4,490 +GST =$4,939

Included in course fee is:
- Access to a full on-line video recording of the course from enrolment to 4 months after the course.
- Printed course notes (provided at course)
- Catering at course

 

Similar courses

ARP [L] Reliability Leader - Public Classroom Course

Asset Reliability Practitioner [L] for Reliability Managers

More Information
ARP [E] Reliability Engineer - Public Classroom Course

ARP [E] is a 5-day course with Certification Exam on the afternoon of the last day.

More Information
ARP [E] Reliability Engineer - On-Line Course. Four months to complete.

Students can enroll anytime - course starts 1 week after enrolment

More Information
ARP [L] Reliability Leader - On-Line Course. Four months to complete.

Students can enroll anytime - course starts 1 week after enrolment

More Information
ARP [A] Reliability Advocate - On-Line Course. Four months to complete.

Students can enroll anytime - course starts 1 week after enrolment

More Information
Precision in-situ Balancing

This 1-day course provides step-by-step training in precision balancing in the field - understanding the physics of imbalance and safely correcting the imbalance.

More Information
CBM - Condition Based Maintenance

This short one-day course gives an overview of Condition Monitoring and a Condition-Based Maintenance strategy.

More Information
Asset Strategy Development

This 1-day course gives an overview of the steps required to develop an effective asset maintenance strategy.

More Information
Asset Criticality Ranking and Pareto Analysis

This 1/2 -day course gives an overview of the concepts of risk, consequences, likelihood of failure & prioritizing using an Asset Criticality Ranking & Pareto analysis.

More Information
Precision and Proactive Maintenance

This 1-day course gives an overview of the main causes of equipment unreliability and how a focus on precision can help achieve the intended design life.

More Information
Reliability Engineering and Data Analytics

This 1-day course gives an overview of the various ways to analyse failure data to be able to understand failure patterns and make data-based decisions.

More Information

Press enter to see more results