ASQ Certified Reliability Engineer (CRE) Preparation Course

Industrial Reliability engineering is more than just improving the reliability of technical installations. Reliability engineers can also be responsible for actively improving the products produced by a company. Think of electronic components, household appliances, cars and even aircraft. A reliability engineer must be able to assess reliability not only at the design stage, but also during production and throughout the product's lifetime. This requires a deep and broad understanding of reliability, failure probabilities and patterns, as well as quality monitoring and testing strategies. This is why ASQ has established a detailed competence profile with an associated prestigious certificate that can be obtained after a thorough certification exam. This makes such certified reliability engineers of great added value in many industrial companies around the world.

The CRE course is designed for professionals who are preparing to take the Certified Reliability Engineer (CRE) exam and want a structured, in-depth review of the key topics covered in the exam. It is ideal for individuals who have a foundational understanding of reliability engineering principles and are looking to enhance their knowledge and skills to achieve certification.

Don’t miss this unique opportunity to get trained by the renowned Reliability Expert Bill Keeter and gain a comprehensive understanding of key reliability engineering concepts, practical applications, and exam strategies that will elevate your career and position you as a leader in your field.

This course provides a unique blend of theory, application, and personalized preparation to ensure you are well-equipped for the CRE exam and beyond. Walk away with the knowledge, skills, and confidence to make a lasting impact in your organization while advancing your professional journey.

• Reliability Management
  • Strategic approaches to reliability program development.
  • Best practices for managing organizational reliability initiatives.
• Probability and Statistics for Reliability
  • Fundamental statistical principles and their application to reliability.
  • Techniques for statistical inference and data-driven decision-making.
• Design for Reliability (DFR)
  • Methods for designing systems with reliability in mind.
  • Parts management to enhance product durability
• Reliability Modeling and Prediction
  • Utilizing data sources and reliability block diagrams.
  • Applying physics-of-failure methodologies for accurate predictions.
• Reliability Testing
  • Planning and executing tests during development and production.
  • Understanding product and lifecycle testing approaches.
• Maintainability and Availability
  • Developing strategies for effective maintenance management.
  • Analyzing testing methods to optimize system availability.
• Data Collection and Use
  • Creating data collection frameworks for reliability improvement.
  • Leveraging failure data to drive corrective actions.
• Preparing for the CRE Exam
  • Proven study techniques and materials to optimize exam preparation.
  • Practical test-taking strategies to improve confidence and performance.

You will :

• Engage in hands-on statistical calculations, reliability modeling, and predictions.
• Design reliability block diagrams and calculate system reliability.
• Develop a customized study plan for the CRE exam, including taking a diagnostic pretest and sample test.
• Build a robust data collection plan for failure analysis and reliability improvement.

• Practice exam
• Certificate of Completion
• The Certified Reliability Engineer Handbook, Third Edition (Mark Allen Durivage, Hardcover, 360 pagess)
• Lunch
• Printed handout of the slides

Attention: the examination fee for the CRE exam is not included. Participants will get instructions how to order and schedule the online CRE examination.

More info about the CRE exam, organized by ASQ (American Society for Quality) (The exam is not included in this training)

The course is especially beneficial for:

• Reliability Engineers: Seeking formal certification to validate their expertise and advance their careers.
• Maintenance and Operations Professionals: Looking to deepen their understanding of reliability principles to improve equipment performance and reduce downtime.
• Quality Engineers and Managers: Interested in integrating reliability engineering practices into quality systems for better process and product performance.
• Engineering and Technical Managers: Wanting to lead teams more effectively by understanding reliability metrics and tools.
• Aspiring Reliability Professionals: Individuals with relevant work experience who want to transition into reliability engineering roles and obtain their CRE certification.

Whether you are a seasoned professional or only have a few years of experience in the field, this course provides the tools, strategies, and exam preparation you need to succeed on the CRE exam and apply reliability engineering concepts in real-world scenarios.

From Brussels Airport (Zaventem - BRU)

• Train: Take the IC train to Brussels Central Station (± 20 min). Walk 5 min to the hotel.
• Bus: Take Airport Line 12 to Trône. Walk 15 min or take Metro lines 1/5 to De Brouckère (2 stops).

From Brussels South (Midi) Train Station

• Metro: Take Line 3 or 4 to Bourse (3 stops). Walk 5 min.
• Train: Take any train to Brussels Central Station, then walk 5 min.

Public Transport (Metro/Tram/Bus)

• Metro: Lines 1 & 5 to De Brouckère or Central Station.
• Tram: Lines 3, 4, 32 to Bourse.
• Bus: Lines 29, 66, 71, 86 to De Brouckère.

Walking Distance: 5 min from Brussels Central & De Brouckère.