Certified Reliability Professional (CRP) Course

The reliability engineering certification is for professionals who want to learn and use Reliability Engineering methods and techniques to do reliability analysis and improvement.

Industry

• Manufacturing
• Process
• Production
• Design
• Assembly
• Quality Dept

Occupation

• Software Engineers
• System & Design Engineers
• Quality & Reliability Professionals
• Production & Maintenance Managers/Engineers
• TPM/TQM Coordinators
• Six Sigma/Black Belts/Green Belts in Manufacturing & Service

Introduction to Reliability

• Concepts & Understanding Reliability
• Recap of Statistics & Probability
• Understanding Distributions
  • Exponential Distribution
  • Normal Distribution
  • Weibull Distribution

• The Exponential Distribution Calculations
• Normal Distribution Calculations, Z - Table
• Weibull Distribution Calculations
• Prediction Techniques
  • Electronics Prediction using MIL STD 217 & Mechanical System Prediction using NSWC

Reliability Tools**

• FMECA with assisted Live Project
• FTA with example
• RBD & Redundancy, Boolean Truth Table Method

• Various Data Types
• Parameter Estimation by MLE for Exponential Distribution
• Parameter Estimation by GRAPHICAL Method for Weibull & Normal Distributions

• Qualitative Test Methods including HALT / HASS Theory
• Quantitative Test Methods OLCT / PRAT Theory
• Accelerated Life Testing Introduction (ALT) - Basic Introduction Theory

Note: ** indicates the examples will be related to relevant Product / Process Industry.

In today’s competitive world, it is essential to design and manufacture products that are highly reliable. A Reliability Professional evaluates the product's ability to perform at an expected probability of success for a specified period without compromising various stresses acting on the product in certain environmental conditions. This Engineering field is of utmost importance in the entire life cycle of the products. By applying proper techniques, products can be designed, manufactured, and tested for the stated reliability targets.

The Certified Reliability Professional (CRP) course is a professional certification program for individuals in the field of reliability engineering. It focuses on the knowledge and skills needed to improve product and system reliability, availability, and maintainability. The 5-day instructor-led course covers reliability principles, failure analysis, root cause analysis, and life-cycle management.

The primary focus of this training course is to introduce concepts of reliability engineering and various tools and techniques for understanding and analyzing the life data of the products. The course will make you familiar with the core concepts of reliability engineering mathematics along with the fundamentals of various reliability techniques and methodologies.

The reliability engineering certification is for professionals who want to learn and use Reliability Engineering methods and techniques to analyze and improve reliability.

• Understand the concepts of Reliability Calculations and Reliability Prediction
• Understand the alphabetical statistical symbols.
• Perform predictions using MIL-217 and NSWC

Instructor-led training in a virtual classroom. This means the course is Live Online. Online teaching, discussions, problem solving, examples with explanation, assignments and quiz happen in the virtual classroom training. Participants need to connect to the class from any internet accessible location. Each module is delivered live using webinar technology, creating a virtual classroom learning environment. Live sessions provide you with direct access to the trainer so you can ask questions, understand complex concepts and share ideas with peers. Webcam and microphone are REQUIRED to interact with the instructor and/or other participants.

TÜV SÜD Academy America will issue a completion certificate of “Certified Reliability Professional” to participant/s who qualify with a minimum of 70% marks based on performance in the Learning Check (test), including an objective type of online exam, problem-solving test and project completion and submission. Participants who will not qualify will be issued an attendance certificate.

Examination Pattern

• Multiple choice questions.
• Passing Criteria – 70%

Professionals from the ‘Quality’ domain - quality engineer, quality auditor, software quality engineer, or quality manager, can apply for this course.

What is a Reliability Professional?

A certified reliability professional understands the principles of performance, prediction, and evaluation to certify the reliability of a physical asset. The reliability engineer reviews the product design, develops, and administers the reliability data for performance improvement, and creates methodologies that align with reliability prediction, estimation, and apportionment of the entire product cycle. CRP certification helps to lower production costs by raising the efficiency of processes with a focus on manufacturing, holding, and maintenance costs.

What qualifications do I need to be a reliability engineer?
To become a reliability engineer, you must have:

• Bachelor’s degree in mechanical or electrical engineering
• Professional experience in manufacturing/production and reliability
• Data analytics skills
• Mechanical and electrical aptitude
• Familiarity with Six Sigma methodology
• Analytical skills

What are the benefits of the Certified Reliability Professional Program?
The reliability engineering certification is for professionals who want to learn and use Reliability Engineering methods and techniques to analyze and improve reliability.

• The reliability engineering course helps participants to:
• Understand the basic concepts of Reliability Engineering
• Learn life data analysis & various Reliability Calculations
• Practice and apply various RE Tools & Techniques
• Understand and apply RE testing methods

What does a reliability engineer do?
Reliability engineers are responsible for identifying and mitigating risks that could impact assets' reliability and overall business operations. Their primary focus is managing risk, eliminating losses, and managing assets throughout their lifecycle. By minimizing system downtimes, reliability engineers aim to reduce the cost of failure.