Base Knowledge
At the level of basic sciences and the main technologies in the field of mechanics, electromechanics and electrotechnics.
Teaching Methodologies
In theoretical classes a theoretical exposition of each subject is made.
In the theoretical-practical classes, the theoretical exposition is complemented, with the resolution of theoretical-practical exercises and the presentation of equipment used in maintenance operations.
In the laboratory component, laboratory analyzes are carried out to illustrate practical applications and specialized practical work is carried out.
Learning Results
Goals:
»The concept of Maintenance and its evolution, as well as the concepts associated with them;
»The organization and management of a maintenance department;
»The programming, monitoring and control of maintenance interventions;
»The use of maintenance planning techniques and methods;
»The identification and application of some conditioned maintenance techniques;
»The functioning of information systems for maintenance;
»Economic, technical and organizational indicators.
Skills:
»To know how to work in a Maintenance department, namely in the preparation and control of Work 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 develop a framework of indicators to support maintenance and organization management in general;
»To know how to search, on your own initiative, for concrete solutions to real maintenance problems.
Program
FRAMEWORK AND ORGANIZATION OF MAINTENANCE
Concept of Maintenance and associated concepts. The interdisciplinarity of maintenance. The maintenance organization.
ORGANIZATION OF THE ASSET PARK
Definition of the structure of Facilities and Equipment. Codification of Facilities and Equipment.
TYPES OF MAINTENANCE WORK
Planned Maintenance Work. Unplanned Maintenance Work. Maintenance work for improvement. Other types of work.
MAINTENANCE PLANNING
Types of planned maintenance. Function Methods. The Five Levels of Planning. Planning algorithms.
MAINTENANCE RESOURCES
Human Resources; Materials; Tools.
RELIABILITY
Basic concepts of reliability. Series and parallel systems. FMECA analysis.
VIBRATION ANALYSIS
MAINTENANCE INFORMATION SYSTEMS
Importance of information systems in maintenance. Structure and functioning of an information system.
COST OF MAINTENANCE
Direct and Indirect Costs. Optimization of Costs. Cost of Possession of an Equipment. Cost of the Life Cycle of an Equipment.
MAINTENANCE INDICATORS
Elaboration of an indicator. The indicators of the Portuguese Standard NP EN 15341 2009.
NEW STRENGTHS IN MAINTENANCE MANAGEMENT
5S. TPM (Total Productive Maintenance). Lean Maintenance. PDCA cycle (Plan, Do, Check, Act). 6 Sigma (Improvement processes and eliminate defects). Method A3 (Problem Solving Questionnaire). GUT Matrix (Severity, Urgency, Trend). Ishikawa diagram (cause-effect diagram). Brainstorming. SWOT Analysis.
Curricular Unit Teachers
Internship(s)
NAO
Bibliography
» FERREIRA L.A., Uma Introdução à Manutenção, Publindustria, ISBN: 972-95794-4-X
» CABRAL J.S., Organização e Gestão da Manutenção, 5.ª Edição, 2006, Lidel, ISBN: 9789727574407
» SOURIS J. Paul, Manutenção Industrial Custo ou Benefício, Lidel, ISBN: 972-9018-25-1
» Nepomuceno, L. X., Técnicas de Manutenção Preditiva, V.1 e V.2, ed 1, Editora Edgard Blucher, 502 p. e 952 p, 1999, BR, Português. ISBN: 8521200927 e ISBN: 8521200935.
» Mobley, R. K., Ed. (2002). An Introduction to Predictive Maintenance, Butterworth-Heinemann.
» Levitt, J., Complete Guide to Preventive and Predictive Maintenance, ed 1, Industrial Press, 210 p., 2002, USA, English. ISBN: 0831131543
» HIGGINS L., Maintenance Engineering Handbook, McGraw Hill, ISBN: 0-07-028766X.