Certified Reliability Professional (CRP)
 
 
Certified Reliability Professional (CRP) Program

 

CRP Course Credit Table
This table presents the training courses that are eligible to receive CRP Course credit, along with the point values associated with each course. For information on upcoming scheduled events and pricing, please consult ReliaSoft's Worldwide Seminar Calendar and/or On-Line Store.
 
Number Course Title and Description CRP
Credits

400

RS 401
Details and 401C
Details
Reliability and Life Data Analysis
Comprehensive treatment of the subject of life data analysis (including Weibull analysis) as it applies to reliability engineering, with hands-on application examples using ReliaSoft’s Weibull++ software. Topics include reliability specifications, warranty estimates, and more. [See scheduled dates]
4
RS 402
Details
Introduction to Accelerated Life Testing Analysis
Introduces the theory required to understand quantitative accelerated life tests (QALT), along with instruction in the use of ReliaSoft's ALTA software for data analysis. Topics include life-stress relationship models, acceleration factors, and more. [See scheduled dates]
2
RS 403
Details
Introduction to System Reliability/Maintainability Analysis
Introduces system reliability, maintainability and availability theory with hands-on application examples using ReliaSoft’s BlockSim software. Topics include reliability block diagrams (RBDs), optimum reliability allocation methods, using simulation to estimate downtime, and more. [See scheduled dates]
2
RS 470
Details
Failure Modes, Effects and Criticality Analysis
Introduces the concepts and procedures for FMEA/FMECA with an emphasis on the use of ReliaSoft's Xfmea software for data capture, analysis and reporting. Topics include analysis process, risk assessment methods, APQP integrations, project success factors, and more.  [See scheduled dates]
3
RS 475
Details
FRACAS Principles and Applications
Provides an introduction to, and overview of, the fundamentals of Failure Reporting, Analysis and Corrective Action Systems (FRACAS) with emphasis on the configuration and use of ReliaSoft's XFRACAS software for incident reporting, failure analysis, problem resolution and other related analyses.
3
RS 480
Details
RCM Principles and Applications
Presents an overview of the fundamental RCM techniques/procedures, including equipment selection, identifying functions and potential failure modes, evaluating the effects of failure and selecting appropriate maintenance tasks. ReliaSoft’s RCM++ software will be used for hands-on application examples.
3
RS 490
Details
Standards Based Reliability Prediction
Introduces standards based reliability prediction (e.g. MIL-HDBK-217, Bellcore, etc.) with hands-on training in the use of ReliaSoft's Lambda Predict software.
3

500

RS 511
Details
Application of Reliability Growth Models in Developmental Testing and Fielded Systems
Introduction to reliability growth and repairable system data analysis, along with instruction in the use of ReliaSoft’s RGA 6 software. Topics include reliability growth management, continuous and discrete RG models and analysis results, repairable system data analysis, and more. [See scheduled dates]
3
RS 521
Details
Advanced Accelerated Life Testing Analysis
Covers advanced concepts, principles and requirements for performing quantitative accelerated life testing and data analysis, including tests with multiple stresses or time-varying stresses. ReliaSoft’s ALTA PRO software is used for hand-on workshop to solve multiple complex QALT problems. [See scheduled dates]
3
RS 522
Details and 522C
Details
Advanced System Reliability/Maintainability Analysis
Presents advanced concepts and applications for system reliability, maintainability and availability analysis and optimization utilizing a reliability block diagram (RBD) approach, with hands-on examples using ReliaSoft’s BlockSim software. Topics include load sharing, standby, preventive maintenance, availability analysis, and more. [See scheduled dates]
3
RS 523
Details
Application of Fault Trees in Reliability, Maintainability and Risk Analysis
Discusses the application of fault tree analysis for risk analysis and system reliability/availability analysis, with hands-on examples using ReliaSoft’s BlockSim software. Topics include fault tree construction and analysis, advanced fault tree gates, common cause failures, minimal cut sets, load sharing, standby, preventive maintenance, availability analysis, and more.
3
RS 525
Details
Simulation Modeling for Reliability and Risk Analysis
Focuses on the principles of probabilistic event and risk analysis using simulation techniques and building probabilistic event models and diagrams with ReliaSoft’s RENO software. This includes numerous hands-on applications and case studies that address complex reliability, risk and safety analysis as well as optimization methods.
3
RS 540
Details
Reliability and Maintainability Analysis for Repairable Systems
Covers the fundamentals of life data analysis in addition to repairable system analysis using recurrent event data analysis approaches such as the Non-Homogenous Poisson Process (NHPP), General Renewal Process (GRP) and non-parametric approaches; the fundamentals of Reliability Centered Maintenance (RCM); and advanced concepts and methodologies for repairable system analysis utilizing reliability block diagrams (RBDs).
6
RS 560
Details
Fundamentals of Design for Reliability
Provides the length and breadth of the most effective Design for Reliability (DFR) methods, including an overview of the tools that support DFR. Also included is instruction in developing a successful DFR program for your company or organization. This course is currently under development. It will be offered in 2007.
3
RS 575
Details
Introduction to Reliability Concepts, Principles and Applications
Explores and introduces reliability principles and their applications. Topics include the purpose of a reliability program, life data analysis, accelerated life testing data, system reliability, maintainability and availability, FMEA, MSG-3 and RCM, FRACAS and other techniques.
1
RS 588
Details
DOE: Experiment Design and Analysis
Begins with Design of Experiments (DOE) fundamentals and continues with advanced concepts, principles and requirements for DOE, including factorial design, fractional factorial design, robust design, response surface methodology and mixture design.
3

ARS

ARS
Details
International Applied Reliability Symposium
Provides a forum for expert presenters from industry and government to come together with reliability practitioners from all over the world to discuss the application of reliability principles to meet real world challenges.

* Because each Symposium presents a unique selection of presentation topics, participants will earn CRP credit for each ARS event that they attend.

1
 
 
 

 

The CRP program was initiated and is managed by ReliaSoft Corporation and its Partners/Distributors worldwide.

©2005-2007 The Certified Reliability Professional Program
©2005-2007 ReliaSoft Corporation