Mainten. Opérat. / Pro. Log. Gest. Int. (ERP) - Gest. des Proc. (BPM)Maintenance (GSI)
Op. Maintenance / Pro. Log. Int. Man. (ERP) - Proc. Man. (BPM)
Teaching unit Maintenance · GI.S9.PMFSI.maint
6ECTS (EU)
1.5Coefficient
40:00Hours
Séquencement
Learning objectives
Two parts in this course:
- Discovery of an LES and processes managed by the ERP.
Assimilate relationships and information sharing between the different modules of the ERP.
Discovery of production and stock management permitted by the ERP.
- To assess the dynamic functioning of an industrial system and its reliability.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Probabilities and statistics | Mathematics and Computer Science 1 | S5 |
| Functions of electronics | Electrical Engineering 2 | S6 |
| Quality and Statistical Process Control | Management and Production Systems 1 | S6 |
| Operational Safety | Engineering Sciences | S8 |
| Lean | pre-orientation PMFSI | S8 |
Program
Part 1: Integrated Management and Process Management
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During this teaching the students will be guided in the discovery of concepts and ERP tool simultaneously.
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- The bases of the ERP: general presentation on LES.
- Advanced processes: CRM, Sales, Purchasing, Quality, Project,Affair, what is the contribution of ERP to the structure of a company
- Production and supply chain management.
- Advanced process handling: CRM, Sale, Purchase, Stock, Billing.
- GPAO handling : creation of articles, nomenclature, range, cost sheet, OF, CBN.
- Basic and advanced settings – Studio, make forms directly in an application to meet specific needs.
- Use of BPM to model processes and implement them within an IS.
- Manage and capture the impact of different rules of law within an LES.
Part 2: Operational Maintenance and Reliability
- Reminder of different types of maintenance.
- Economic calculations allowing the choice of a type of maintenance.
- Calculation of losses caused by non-quality.
- Reliability of industrial systems: Assessment of failure rates, unavailability for maintenance, failure at stress, failure of common causes.
- Failure trees and event trees 的 kinematic representation of industrial systems in relation to their reliability.
- Maintenance Reliability Practices (PFIs) related to stakeholder safety and operational effectiveness.
Assessment
Transmitted to students during the first session. Each speaker makes a note.
References
Internal documentation in Axelor (transmitted to students)
https://www.omg.org/spec/BPMN/2.0/
OCEB 2 Certification Guide: Business Process Management Fundamental Level
Skills
8| Ref. | Verb | Description | Level |
|---|---|---|---|
| C1_2 | identify | different types of maintenance | 3 |
| C2_1 | design | a failure shaft associated with the operation of an industrial system | 3 |
| C2_1 | calculate | the cost of non-quality | 3 |
| C2_1 | estimate | the reliability indicators of an industrial system | 3 |
| C2_2 | recognize | maintenance reliability practices | 1 |
| C4_2 | define | (Business Process Management) | 2 |
| C4_2 | solve | business problems by implementing a customised solution in the Information System (ERP) | 2 |
| C6_3 | plan | tasks within the company between the various employees to produce value | 2 |