Maintenance Management

The basic knowledge is transversal, namely at the level of fundamental engineering sciences and areas of the specialty of the Master, at the level of Graduate and, desirably, with some kind of professional experience, aiming to allow the students to have an enlarged view in understanding and applying the wide spectrum of Industrial Maintenance, with emphasis on Maintenance Organization and Management.

The teaching methodology with the following approach:

To give to the graduates a high level of competences in Maintenance Management, according to the state-of-the-art of this Knowledge Area. These overall objectives are achieved through the following specific objectives:

THE NOWADAYS MAINTENANCE FUNCTION – Importance of the maintenance function to manage the Life Cycle Cost of Physical Assets.

 MANAGEMENT OF THE LIFE CYCLE OF THE PHYSICAL ASSETS – Equipment Acquisition: Preparation of the Terms of Reference – Selection – Reception and Installation – Commissioning – Training of Users; Equipment Replacement: Calculation Methods in Replacement – Linear Depreciation Method – Sum of Digits Method – Exponential Method; Determination of Replacement Time: Determination of the Replacement Economic Cycle – Useful Life Method.

 DIAGNOSIS OF THE MAINTENANCE STATUS – Holistic Method of Diagnosis; Organization and analysis of the information collected; Establishment of an improvement action plan.

 MAINTENANCE STANDARDS – Norm NP 4492 and Support Norms: NP 4483 – NP EN 13269 – NP EN 13306 – NP EN ISO 9000 – NP EN 13460 – NP EN 15341 – CEN/TR 15628.

 ASSET MANAGEMENT STANDARDS – ISO 55000; ISO 55001; ISO 55002.

 DYNAMIC MODELING – Fault Trees: General Description of the Method – Types of Faults Analyzed by the Method – Application of the Method; Markov Chains: General Description of the Method. Petri Nets: General Description of the Method; Elementary Petri Nets.

• - Avaliação Por Exame - 100.0%

• - Avaliação Contínua - 100.0%

NAO