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ASQ CRE Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Failure Analysis and Corrective Action | - Root cause analysis and corrective actions - Failure mode and effects analysis (FMEA) |
| Topic 2: Life Data Analysis and Testing | - Weibull analysis and life data modeling - Accelerated life testing |
| Topic 3: Reliability Management | - Risk management and decision analysis - Reliability program planning and management |
| Topic 4: Design and Development | - Design for reliability - Tolerance analysis and robustness design |
| Topic 5: Probability and Statistics | - Probability distributions and statistical inference - Regression and data analysis methods |
| Topic 6: Maintainability and Availability | - Availability modeling and analysis - Maintainability engineering concepts |
| Topic 7: Reliability Engineering Principles | - System reliability evaluation - Reliability modeling and prediction |
ASQ Certified Reliability Engineer (CRE) Sample Questions:
One of the descriptions of component failures can be explained by a mathematical model with a formula showing that the rate of chemical reaction varies exponentially with a rise in operating temperature.
This law is known as the:
Response:
- A. Planck Law.
- B. Poisson Law
- C. Pareto Law
- D. Arrhenius Law.
The hazard function is:
I. The probability of failure during a very small time interval, assuming a failure occurs before that time.
II. A function of constant failure rate only.
III. A function of increasing failure rate only.
IV. The ratio of the probability density function to the reliability function.
Response:
- A. I only
- B. IV only
- C. II only
- D. III only
Field data for 20 mechanical suspension systems showed 3 failure during the 12 month warranty period.
When failure occurred they were repair within 2 days and the system returned to operation. If the time of failure for the failed system were 4.4 moths, 6.3 months, and 10.7 months after placement in the field, what is the 90% lower confidence estimate on MTBF?
Response:
- A. 33.7 months
- B. 4.1 months
- C. 35.9 months
- D. 43.5 months
When a bathtub curve is used, one characteristic of the flat center portion of the curve is that during this period Response:
- A. The reliability of the system can be expressed as an exponential function
- B. There can be only one type of failure in the system.
- C. The time of the next failure is predictable from the time of the last failure.
- D. The equipment can be considered highly reliable.
In a production reliability acceptance test (PRAT) plan, the design/discrimination ratio is expressed as the ratio of Response:
- A. Upper test MTBF/lower test MTBF.
- B. Consumer's risk/producer's risk.
- C. Producer's risk/consumer's risk.
- D. Lower test MTBF/upper test MTBF.
