TRAINING COURSES

Upskilling is a key issue for companies, as well as for engineers, technicians and others working in the industrial world. It ensures that companies have self-sufficient employees who are confident in their ability to carry out their tasks.

Directly applicable, I AU CUBE training courses allow participants to acquire knowledge of the state of the art in dependability.

I AU CUBE is a QUALIOPI certified training organisation and all our training courses are eligible for OPCO and CPF funding (invoiced via the Ad'missions umbrella company).

Choosing I AU CUBE for your dependability training means you go home with a theoretical and practical toolbox that you will have tried and tested during the course.

It’s not about accumulating knowledge without putting it into practice.

All our training courses are based on Accelerated Learning, which makes learning fun, fast and relevant.

Whether it's face-to-face or remote, you will be put in a positive learning context to increase your engagement, your knowledge and above all to favour long-term memorisation.

From theory to practice via standards....

booleenne

BOOLEAN

APPROACH

The Boolean approach is the most widely used and well-known approach used in dependability.

The practical part of the training courses is carried out using TotalEnergies' GRIF software suite * with a double objective: mastering both theory and practice.

BOOLEAN THEORIES

Acquire the basics of the Boolean approach in order to put it into practice in the fault tree approach.

This one-day training course, essentially theoretical, allows participants to learn the basics using exercises, with the goal of understanding calculations performed on fault trees.

FAULT TREES

Master the construction of fault trees for reliability or availability calculations according to the rules of the Boolean approach.

At the end of this two-day course, you will have learnt the rules for developing fault trees and possess the basic knowledge common to all GRIF Boolean modules.

SIL COMPUTATION

This two-day course enables you to perform the calculations described in standards IEC 61508 / 61511 using to the rules of the Boolean approach.

Functional safety requirements relating to Probability of Failure on Demand (PFD) calculations to meet a given Safety Integrity Level (SIL) will be explained and applied.

All calculations will be done using the GRIF

SIL module.*.

RISK ANALYSIS CALCULATIONS

During two days, you will use the Bow-Tie method to calculate the frequency of occurrence of a scenario for risk analysis.

To do this, the functionalities of the GRIF

Risk module *

are used to verify safety objectives. Risk matrix, Risk Reduction Factor, etc.

All these concepts will be detailed and put into practice

simulation

SIMULATION

MODELS

The Boolean approach has its constraints and limitations. As a result, it is not uncommon to use simulation methods.

Petri nets allow us to simulate the life of an industrial plant to see its evolution over time.

In this context, course modules are as follows:

MARKOV GRAPHS

This approach is commonly used in dependability to obtain precise results in terms of reliability and availability.

During one day, there will be theory as well as practical case studies to better understand the advantages and limits of this approach.

UNDERSTANDING PETRI NETS

This one-day module allows you to learn more about Petri nets and to assess whether this method is appropriate for your industrial objectives.

It can be followed by a practical course.

petri NETS

The objective is to train on Petri nets, using the TotalEnergies GRIF-Workshop software platform.

After a review of theoretical bases, you will work directly on concrete applications of Petri nets in an industrial environment.

After this two-day course, solving problems, making observations, using results and setting parameters will no longer hold any secrets, allowing you to work efficiently and autonomously.

USE OF STOCHASTIC BLOCK DIAGRAMS

Using the power of Petri net modelling without having to build them?

It's possible!

In the GRIF software suite, two modules are dedicated to this. Depending on your profile and occupation, this three-day course will focus on the Petro or BStoK modules (or Flex to go even further).

The objective is to create a multi-flow production model with rapid extraction of the expected results.

USING THESE TOOLS TO CONDUCT STUDIES

Once the tools have been mastered, the next step is to conduct studies.

During two days, you will learn how a production availability study is carried out: what the objectives of these studies are, their methodology and expected results.

The aim is to either be able to provide follow-up support or to be able to carry out this type of service.

sil

SIL

EVALUATION

Calculations relating to standards IEC 61508/61511 a mystery for you?

Or do you know the theory and formulas but find it difficult to apply them?

During this comprehensive three-day course, you will learn the basics of dependability, as well as the functional safety requirements of the Probability of Failure on Demand (PFD) calculations required to meet a given Safety Integrity Level (SIL).

From a computational point of view, different approaches will be discussed and put into practice (fault trees, use of the GRIF SIL module).

IEC61508 / 61511

FORMAT

Our courses can be carried out in-house.

In this case, our instructors come to your premises after having studied your needs beforehand. The exercises and practical applications are either drawn from your case studies or are as close as possible to your industrial issues.

Cross-firm courses take place in the Bordeaux region (Bordeaux, Lacanau, North Bassin d'Arcachon) or in Paris.

In order to ensure quality of service, courses are limited to six people in face-to-face sessions and four people in remote learning.

All courses run from 9am to 12.30pm and 2pm to 5.30pm.

A sliding scale of charges is applied from the third registrant onwards from the same company.

06 14 66 20 79