Manutenção Mecânica

Approval in curricular units that integrate the “General and Scientific” and “Technical” training components of the course.

In theoretical classes a theoretical exhibition of each subject is made.
In theoretical-practice classes the theoretical exposure is supplemented and good maintenance practices are analyzed. Procedures and equipment used in asset maintenance are also studied.
In practice-lab classes, practice diagnostic, maintenance and repair cases are resolved.

» To know how to prepare a workshop space for a maintenance intervention;
» To know how to draw up plans and monitor maintenance work;
» To know how to manage a park of assets;
» To know how to manage the various materials used in maintenance;
» To have full control over the various practical maintenance procedures;
» To know how to properly handle spare parts and tools;
» To know how to take ecological actions according to each specific maintenance intervention;
» To know, within the scope of an intervention, how to dismantle, reassemble and test Mechanical and Electromechanical equipment.
» To have the ability to analyze faults and determine the root causes underlying their appearance.

MODULE 1 – MAINTENANCE
Equipment Management: Preparation, planning, and scheduling; Subcontracting services; Acquisition of new equipment and spare parts; Management of rotary equipment.
Asset Registration and Preventive Maintenance Plans: Concepts associated with assets; Maintenance object registration; Information associated with a maintenance object; Methodology for preparing maintenance plans.
Maintenance Work Scheduling and Management: Inspection routines; Five Levels of Maintenance; Scheduled and unscheduled maintenance work; Improvement maintenance work; Gantt charts; PERT charts; CPM charts.
Material Coding Standard: Requirements for maintenance material management; Classes, families, and subfamilies.
Maintenance Costs: Maintenance costs; Cost calculation; Maintenance budgets. Maintenance Supplies: Ordering process; Suppliers; Maintenance contracts; Material procurement. MODULE 2 – MECHANICAL MAINTENANCE PRACTICES
Safety applied to maintenance: “Lock-out Tag-out” procedure; Application of safety concepts in practical applications.
Maintenance organization: Practical application in a laboratory setting; Elements of productive time. Condition-based maintenance: Principles of condition-based maintenance; Objectives of condition-based maintenance; Vibration measurement as a factor in detecting equipment anomalies; Practical example of condition analysis implementation; ISO 10816 standard for reading mechanical vibrations; Parameterization of vibration modes: displacement, velocity, and acceleration; spectral analysis; Examples of analysis reports; Practical exercises.
Balancing of dynamic equipment: Examples and practical exercises.
Power transmission: Belt transmissions; Direct-coupled transmission; Practical exercises in tensioning and alignment of transmissions.
Thermography applied to maintenance: Application examples; Practical application in a laboratory setting.
Bearings: Mounting and dismounting bearings. Failure analysis: Bearing failure modes; ISO 15243 classification.
Coupled system alignment: Shaft alignment.
Lubrication: Factors influencing lubricant selection; Examples of calculations for lubricant selection; Practical testing of new and used lubricants.

NAO