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ASQ CRE Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Reliability Fundamentals | 15% | - Ethics and Compliance - Leadership and Strategic Management - Reliability Program Planning and Integration - Life-cycle Reliability Concepts |
| Reliability Modeling and Prediction | 15% | - Software Reliability - Maintainability and Availability - System Reliability Models - Component and Part Reliability |
| Reliability in Design and Development | 17% | - Fault Tree Analysis (FTA) - Reliability Prediction and Allocation - Failure Mode and Effects Analysis (FMEA) - Design for Reliability |
| Probability and Statistics for Reliability | 23% | - Basic Probability Theory - Statistical Distributions - Data Collection and Analysis - Statistical Inference and Estimation |
| Maintainability and Availability | 5% | - Maintenance Strategies - Availability Modeling - Maintainability Concepts |
| Failure Analysis and Corrective Action | 10% | - FRACAS Implementation - Root Cause Analysis - Corrective and Preventive Action - Failure Analysis Methods |
| Reliability Testing | 15% | - Accelerated Life Testing - Reliability Demonstration Testing - Test Planning and Strategy - Field Data Analysis |
ASQ Certified Reliability Engineer (CRE) Sample Questions:
Which of the following is an analytical approach used during the manufacturing process where process conditions are changed systematically for the purpose of determining modifications required for product improvement?
Response:
- A. Fractional factorial experiment design
- B. Cause-and-effect analysis.
- C. Taguchi method.
- D. Statistical process control.
When parts are selected for a product in development, which of the following key elements should be considered first?
Response:
- A. Serviceability
- B. Application.
- C. Availability
- D. Cost
The equation below represents
Response:
- A. The limits for a Range chart.
- B. The limits for an X Bar control chart.
- C. The probability of meeting specification.
- D. The process capability adjusted for centering.
A satellite has two redundant control systems, each has a failure rate (lambda) = 1×10 -6 failures/hour. If one of the systems fails, the failure rate for the remaining system increases to 2×10 -5 failures/hour.
What is the reliability of the redundant control systems at 175,000 hours?
Response:
- A. 0.7796
- B. 0.8609
- C. 0.690
- D. 0.2507
The designer has certain tools for reliable design at his/her disposal. He/She can:
I. Simplify the design and minimize the number of parts without degrading performance.
II. Perform design reliability review by means of reliability analysis.
III. Apply component derating techniques.
IV. Reduce the elevated operating temperature of components.
Response:
- A. I, II, III and IV
- B. II and IV only
- C. I, II and III only
- D. I and III only
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