Base Knowledge
The main knowledge is transversal, namely the fundamental sciences and some areas of the specialty of the course, in order to allow students to have an enlarged view of the subjects to understand and apply the broad spectrum of Industrial Maintenance.
Teaching Methodologies
The teaching methodology is based on the following aspects:
– Presentation of the subjects by the teacher;
– Study visits;
– Lectures by professionals from the industry;
– Discussion and analysis of exercises and case studies.
Learning Results
The objectives and skills that the student should develop in this Curricular Unit are the following:
- To know how to act in a Maintenance department, namely in the preparation and control of Working Orders, planned and unplanned;
- To know how to dialogue with the various departments of the organization that interact with the maintenance department;
- To Know how to identify the most appropriate condition maintenance solutions, including vibration analysis, according to the nature of each Physical Asset;
- To know how to prepare a table of indicators to support maintenance management and the organization in general;
- To know how to find, on your own initiative, real solutions to the real maintenance problems.
Program
1. Framework and Maintenance Organization
Maintenance Concept and associated concepts. The interdisciplinarity of maintenance. The maintenance organization.
2.Organization of the Physical Assets Plant
Definition of the structure of Physical Assets (Facilities and Equipment). Coding Physical Assets.
3.Types of Maintenance Activities
Planned Maintenance. Unplanned Maintenance. Improvement Maintenance. Other Types of Activities.
4.Maintenance Planning
Types of planned maintenance. The Five Levels of Planning. Planning algorithms.
5.Maintenance Resources
Human Resources; Materials; Tools.
6. Reliability
Basic concepts of reliability. Serial and parallel systems. FME(C)A Analysis.
7. Information Systems for Maintenance
Importance of information systems in maintenance. Structure and functioning of an information system.
8.Maintenance Costs
Direct and Indirect Costs. Cost Optimization. Cost of owning a Physical Asset. Life Cycle Cost of a Physical Asset.
9.Maintenance Indicators
Preparation of technical, economic and organizational indicators.
10.Standards regarding Maintenance services
NP 4492; NP 4483; NP EN 13269; NP EN 13306; NP EN 13460; NP EN 15341; CEN/TR 15628.
11. Vibration analysis
Fourier series. Average and RMS values. Spectral analysis. Applications.
12. Maintenance Organization and Management Models
Toyota Production System (TPS); Just In Time; Jidoka (Poka Yoke, Andon). 5S TPM (Total Productive Maintenance). Lean Maintenance; The seven seedlings. PDCA cycle. 6 Sigma. A3 method. GUT Matrix Ishikawa diagram. Brainstorming. SWOT analysis.
Curricular Unit Teachers
Internship(s)
NAO