Certified Maintenance and Reliability Professional Este curso é ministrado em inglês

Course details

Vskills certification for Maintenance and Reliability Professional assesses the candidate as per the company’s need for quality assurance and reliability of their products. The certification tests the candidates on various areas in product safety, statistics, probability, statistical inference, FMEA, FMECA, FTA, reliability modeling and prediction, development and product testing, maintainability analysis and data collection and analysis tools.

Why should one take this certification?
This certification is intended for professionals and graduates wanting to excel in their chosen areas. It is also well suited for those who are already working and would like to take certification for further career progression.
Earning Vskills Maintenance and Reliability Professional Certification can help candidate differentiate in today's competitive job market, broaden their employment opportunities by displaying their advanced skills, and result in higher earning potential.

Who will benefit from taking this certification?
Job seekers looking to find employment in Reliability Professional or recovery departments of various companies, students generally wanting to improve their skill set and make their CV stronger and existing employees looking for a better role can prove their employers the value of their skills through this certification.

Table of Contents

1. Strategic Management

• Reliability Benefits
• Quality and Reliability
• Customer Needs Assessment
• Project Management

2. Reliability Program Management

• Reliability Program Basics
• Product Life Cycle and Cost
• Design Evaluation
• Reliability Training Program

3. Product Safety and Liability

• Ethical Issues
• System Safety Program

4. Statistics and Probability

• Basic Terminology
• Probability Distribution
• Statistical Process Control

5. Statistical Inference

• Parametric Point and Interval Estimates
• Statistical Interval Estimates
• Hypothesis Testing
• Bayesian Technique

6. Reliability Design Techniques

• Use Factors
• FMEA
• FMECA
• FTA
• Robust Design
• DFX
• FRACAS

7. Parts and Systems Management

• Selection and Control
• Establishing Specifications

8. Reliability Modeling

• Block Diagrams and Models
• Simulation Techniques

9. Reliability Predictions

• Part Count Prediction and Stress Analysis
• Reliability Predictions
• Reliability Allocation

10. Reliability Test Planning

• Test Planning
• HALT Test
• HASS
• Reliability Test Types
• Test Environment Considerations

11. Development Testing

• Accelerated Life Tests
• Step-Stress Testing
• Reliability Growth Testing
• Software Testing

12. Product Testing

• Demonstration Testing
• PRAT
• Stress and Attribute Testing

13. Maintainability Management

• Planning
• Maintenance Strategies and Allocation
• Availability Tradeoffs

14. Maintainability Analysis

• Maintenance Time Distributions
• PM Analysis
• CM Analysis
• testability

15. Data Collection

• Data Types and Sources
• Collection Methods
• Data Management

16. Data Processing

• Summarization
• Preventive and Corrective Action
• Effectiveness Measure

17. Reliability Management

• Reliability Management Basics
• Corporate Reliability Policy
• Integrated Reliability Program
• Reliability and Cost
• ISI and BIS
• Law and Reliability

Ultima actualização em  01 February, 2019