Gestão da Manutenção

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

The teaching methodology is based on the following aspects:
– Presentation of topics by the professor;
– Presentation of case studies by students;
– Lectures by professionals from the industry.

To equip graduates with advanced skills in Maintenance Organization and Management, in accordance with the State-of-the-Art.
The overall objectives are achieved through the following specific objectives:
– Identify the Maintenance Management tools for Physical Assets that allow for the optimization of their life cycles
– Identify the Management tools that allow for the optimization of the acquisition and replacement of Physical Assets
– Identify the maintenance status diagnostic tools that allow for the reorganization of a maintenance department
– Identify and apply maintenance standards that allow for the certification of maintenance services
– Identify and use dynamic modelling techniques that allow for the resolution of complex Physical Asset maintenance problems.

– The organization, management and control of maintenance
– Maintenance planning: the several types of planning; implementation of a planning strategy
– Reliability: Concepts; Most common statistical distributions; reliability of components and equipment, repairable and non-repairable. Serial and parallel networks
– Models of Organization and Maintenance Management: 5S; TPM (Total Productive Maintenance);
– Lean Maintenance and supporting tools: RCM, RBM, FMECA, VSM, SMED, RAMS, Jidoka, Poka-Yoke
– Maintenance Status Diagnosis
– Definition of a maintenance policy
– NP 4492/2010: NP 4483: 2009; NP EN 13269: 2007; NP EN 13306: 2007; NP EN 13460: 2009; NP EN 15341: 2009; CEN / TR 15628: 2007
– ISO 5500X versus NP 4492 and support standards – Lifecycle Management of Physical Assets:
– Acquisition of Equipment; Elaboration of the Specifications – Selection – Reception and Installation – Training of Users
– Dynamic Modelling: Fault Trees; Markov chains; Petri nets

Individual works proposed by the teachers supported by technical and scientific bibliography (classified in Scopus and ISI).

Class participation.

NAO