Manutenção de Equipamentos e Instalações (TRI)

Statistics.

Theoretical Component

     • Exposition of theoretical concepts.
     • Presentation and analysis of examples, stimulating the discussion of solutions with students throughout the class.

Practical Component

     • The understanding of the acquired knowledge is promoted through the analysis, discussion and realization of practical examples in the laboratory.

Understand and implement techniques of organization and management of an industrial maintenance department;
Perform diagnostic audits of the maintenance status;
Know how to organize an equipment park;
Develop and implement maintenance plans for machines and equipment;
Perform internal and subcontracted work management;
Apply techniques of fault diagnosis;
Evaluate maintenance costs and maintenance times;
Develop and monitor maintenance control indicators.

Theoretical Component
    • Introduction to Maintenance and its standards;
    • Corrective, periodic and predictive maintenance and maintenance planning;
    • Introduction to the maintenance of medical equipment – test equipment;
    • Maintenance standards for medical equipment;
    • Inspection equipment (noise, vibration, thermography and tribology);
    • Theory of reliability (distributions, series and parallel circuits, sample analysis; main reliability indicators);
    • Quality of the electrical supply;
    • Electrical protection systems / devices;
    • Systems of uninterrupted electricity supply;
    • Basic troubleshooting techniques in the power supplies of electrical equipment;
    • Maintenance of structured cabling networks (ethernet networks);
    • Maintenance of electrical and computer equipment.

Practical Component

Maintenance exercise classes – calculation of indicators, planning, etc;
Reliability exercise classes;
Exercise classes on maintenance park organization;
Practical classes on repair techniques: soldering and unsoldering plates, as well as disassembling / assembling equipment, etc;
Practical classes on cabling verification techniques for local networks;
Classes on the use of equipment in the field of electricity.

Individual work options: Several themes to choose from (choose one and only one option):
    • Development of time series analysis algorithms for predictive maintenance / energy consumption;
    • Development of standard comparison analysis applied to instrumented predictive maintenance signals;
    • Development of algorithms for determining statistical reliability parameters;
    • Development of an application using IoT;
    • Development of problem / cause / solution diagrams for the maintenance of medical equipment;
    • Theme proposed by the student if there is an agreement with the teacher;
    • Theme proposed by the teacher if there is an agreement with the student.

2-hour seminar.

General work (mandatory for all students – team work, maximum 2 students – extra class)
Use of Maintenance software – to create a park of equipment and manage maintenance – Work orders, plans, etc. – 4 values ​​- to be delivered until the last week of classes.

Works made available by statement – Each work 1.5 to 2.5 values ​​- developed in the classroom;
All works must be delivered during the school term.

NAO

Main bibliography in the library:

• Books
• Farinha, J.M.T. (2018). Asset maintenance engineering methodologies”. CRC Press Taylor & Francis Group. 978-1-138-03589-8. Quota: 2A-6-121 (ISEC) – 18383. (in English).
• Farinha, J.M.T. (2011). Maintenance: therology and new management tools. Monitor. 978-972-9413-82-7. Quota: 2A-6-73 (ISEC) – 16885. (in Portuguese).
• Assis, R. (2004). Decision support in maintenance management: reliability and maintainability. Lidel. 972-757-298-7. Quota: 2A-6-57 (ISEC) – 16759. (in Portuguese).
• Ferreira, L.A. (1998). An Introduction to Maintenance. Publindústria. 972-95794-4-X. Quota: 2A-6-40 (ISEC) – 09922. (in Portuguese).
• Cabral, José Paulo Saraiva. (1998). Maintenance organization and management: from concepts to practice. Lidel. 972-757-052-6. Quota: 2A-6-36 (ISEC) – 09879.  (in Portuguese).
• Farinha, J.M.T. (1997). Maintenance of hospital facilities and equipment. Minerva. 972-8318-16-2. Quota: 2A-6-46 (ISEC) – 08275.  (in Portuguese).
• Assis, R. (1997). Maintenance focused on reliability: economy of decisions. Lidel. 972-757-037-2. Quota: 2A-6-33 (ISEC) – 08702.  (in Portuguese).
• Master’s Project/Internship Reports.
• Mendes, N.D. (2019). Maintenance of electromedical equipment in a hospital environment. Master’s internship. Quota: 12-6-30 (ISEC) – 18741.  (in Portuguese).
• Mendes, M.R.B. (2018). Maintenance of medical equipment with BTL technology. Master’s internship. Quota: 12-6-51 (ISEC) – 18656.  (in Portuguese).
• Pereira, R.J.S. (2018). Maintenance and optimization of hospital energy systems. Master’s project. Quota: 2A-13-109 (ISEC) – 18558.  (in Portuguese).
• Lourenço, N. (2017). Maintenance of electromedical equipment. Master’s internship. Quota: 12-6-22 (ISEC) – 18323.  (in Portuguese).
• Silva, A.L.G. (2017). Hospital maintenance in electromedicine. Master’s internship. Quota: 12-6-24 (ISEC) – 18318.  (in Portuguese).
• Gomes, A.R.M. (2017). Maintenance of electromedical equipment in a hospital environment. Master’s internship. Quota: 2A-13-105 (ISEC) – 18301.  (in Portuguese).
• Umbelino, V.C.S. (2017). Maintenance of electromedical and hospital equipment. Master’s internship. Quota: 12-6-26 (ISEC) – 18303.  (in Portuguese).
• Bispo, P.J.M. (2013. Maintenance of monitoring and life support systems. Master’s internship. Quota: 1-12-200 (ISEC) – 17165.  (in Portuguese).
• Rosmaninho, A.M.M. (2010). Planned maintenance of electro-scalpels with analysis of the effect of leakage currents on users. Master’s project. Quota: 2A-13-61 (ISEC) – 16201.  (in Portuguese).
• Gordo, E.B. (2010). Maintenance and management of facilities: central block of the HUC. Master’s internship. Quota: 1-12-266 (ISEC) – 16190.  (in Portuguese).

Existing bibliography on the support platform:

• Diverse material in electronic format, through the web platform, from acetates, Excel sheets, and Maintenance Management software.
• Supporting texts.

Extra bibliography:

• Pinto, João Paulo. (2013). Lean Maintenance. Lidel. 978-972-757-877-1.
• Cabral, José Paulo Saraiva. (2006). Maintenance organization and management: from concepts to practice. Lidel. 978-972-757-440-7. (in Portuguese).
• Cabral, José Paulo Saraiva. (2013). Maintenance Management of Equipment, Facilities and Buildings. Lidel. 978-972-757-970-9. (In Portuguese).
• Assis, R. (2014). Support Decision on Maintenance in Physical Asset Management. Lidel. 978-989-752-112-6. (in Portuguese).