Manutenção de Sistemas Eletromecânicos

The teaching and learning methodologies of the curricular unit include:
1. Lectures: To deliver fundamental theoretical concepts, aligned with the pedagogical model focused on acquiring basic knowledge.
2. Practical and laboratory sessions: To develop technical skills through the application of predictive methods, analyses, and maintenance
exercises.
3. Case studies and applied projects: To integrate theory and practice, fostering problem-solving skills and system optimization.
These methodologies ensure active and applied learning, in line with the pedagogical model of the curricular unit.

Learning Objectives of the Curricular Unit
•Understand the fundamentals and types of electromechanical maintenance.
•Acquire technical skills in measurements, analysis, and predictive maintenance.
•Evaluate and optimize maintenance processes.
•Develop competencies in audits and energy management.
Teaching Methods and Outcomes
•Theory: Lectures to deliver basic concepts and technical standards.
oOutcome: Acquisition of a solid knowledge foundation.
•Practice: Exercises, case studies, and applied projects.
oOutcome: Development of technical skills and problem-solving capabilities.
The curricular unit combines theory and practice to prepare students for real-world challenges in maintenance and energy management.

1. Framework and organization of electromechanical maintenance
the. Maintenance planning.
b. Maintenance Indicators.
2. Predictive type electromechanical maintenance:
the. Vibration measurement. Spectral analysis.
b. Tests using electrical quantities.
w. Analysis of lubricating oils.
d. Acoustic and thermal imaging.
and. Balancing dynamic equipment.
f. Tensioning and alignment of axles and transmissions.
3. Performance tests and calibration of maintenance processes.
4. Energy Audits and Consumption Rationalization Plans
the. Data collection.
b. Identification of losses and opportunities for improvement.
w. Feasibility study of solutions.
5. Efficient use of resources and technologies in energy facilities.
6. Energy Management
the. Energy characterization
b. Analysis of invoices, consumption and costs
w. Energy management of technical systems
d. Improvement measures
and. Energy Management Systems

NAO