Certified Reliability Professional Training

LIVE VIRTUAL TRAINING SCHEDULE

• 9th - 11th & 24th - 25th May 2022: Certified Reliability Professional Training
  12 pm to 8 pm SGT | 5 Days
• 10th - 12th & 18th - 19th June 2022: Certified Reliability Professional Training
  12 pm to 8 pm SGT | 5 Days

ABOUT THE certified reliability professional COURSE

In today’s competitive world, it is essential to design and manufacture products, which are highly reliable. Reliability Engineering emphasises on a product's ability to demonstrate 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 found to be of utmost importance in the entire life cycle of the products. By applying proper techniques, the products can be designed, manufactured and tested for the stated Reliability targets.

The main focus of this CRP Virtual Training is to introduce concepts of Reliability Engineering, various Tools and Techniques for understanding and analysing the life data of the products. The course familiarises the participants with the core concepts in Reliability Engineering mathematics and introduces them to the fundamentals of various reliability techniques and methodologies.

Duration: 2 - day course

what will you learn from the course?

Key takeaways:

• 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 

Topics to be covered in this course include:

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

Reliability Calculations & Reliability Prediction**
- 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

Life Data Analysis**
- Various Data Types
- Parameter Estimation by MLE for Exponential Distribution
- Parameter Estimation by GRAPHICAL Method for Weibull & Normal Distributions

Reliability Testing
- 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. 

WHAT IS THE COURSE METHODOLOGY?

Online teaching, discussions, problem solving, examples with explanation, assignments and quiz.

WHO SHOULD take the course?

Personal who are working in manufacturing / Process / production / Design / Assembly / Quality Dept., Software professionals / engineers, System & Design Engineers, Quality & Reliability Professionals / Engineers, Production & Maintenance Managers / Engineers, Executives/Engineers from manufacturing units, TPM / TQM coordinators, Six Sigma Black Belts/Green Belts in manufacturing as well as service sectors etc. can participate in this programme.

Certification

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

WHO IS THE COURSE ADVISOR?

The course content and structure are designed by the domain experts from TÜV SÜD.

With immense experience and knowledge in the relevant standards, our team of product specialists and technical experts at TÜV SÜD, developed the course content based on current business landscape and market requirements.