MI01 - ECTS To provide students knowledge that allows them to read, interpret and create technical drawings and use current computer-aided design tools.

MI05 - ECTS The general objective of this course unit is to provide students with the basic mathematical knowledge required in the professional training of a top professional technician.

MI03 - ECTS It is intended with this Curricular Unit that students know the principles of operation of various electromechanical equipment. At the end of the Curricular Unit, students should be able to:
- Participate in supervising the operating conditions of this equipment;
- Identify and characterize the most frequent breakdowns in these equipments;
- Recognize the main characteristics associated with the assembly, conduction and maintenance of equipment;
- Identify safety conditions associated with the equipment.

MI06 - ECTS

MI02 - ECTS To know the families of materials used in technology and engineering: metals, polymers, ceramics and composites and the relationship between their properties, structure, processing and performance in service.
To know the main materials used in structural applications in aeronautics, with special relevance for metals and composites.

MI04 - ECTS Integrate fundamental concepts of quality, environment and safety.
Develop and implement the necessary requirements for quality, environment and safety management systems. Develop plans, procedures and documentation regarding the systems.
Develop and implement quality management systems.
Integrate occupational safety and health and environmental management systems with quality management systems. Conduct environmental and safety quality audits.
Assume continuous improvement as an element of organizational development. Create a favorable climate for the internalization of improvement in organizations.
Understand the methodologies used in certification processes.

MI11 - ECTS The general objective of this course unit is to provide students with the basic mathematical knowledge required in the professional training of a top professional technician concerning integral calculus.

MI07 - ECTS In the Curricular Unit (CU) of Electrical Engineering, a basic discipline in the field of engineering sciences, it is intended that students acquire fundamental skills in the field of  Electrical Engineering, namely to enable them to understand phenomena of an electromagnetic nature and to analyze electrical circuits in direct and alternating current. It is also intended that students are in possession of instruments (base knowledge and bibliographic guidelines) that allow the eventual continuation and deepening of studies. In structuring the CU, and in order to achieve the objectives, we seek to complement theoretical knowledge and problem solving with laboratory practice.

MI10 - ECTS The main objective of this UC is to develop the student’s interest in the study of fluid mechanics, in  order to know the main subjects of statics, kinematic and dynamics of fluids to solve the most common problems that arise in engineering.

MI09 - ECTS To transmit knowledge about the fundamental laws of Newtonian Mechanics, and their application to problems relevant to the course's knowledge area.

MI12 - ECTS Convey concepts about Maintenance, maintenance management and maintenance techniques

MI08 - ECTS At the end of the course the student should:
- Know and identify the different machine elements and understand the particularities of their operation;
- Understand the various phases of design process;
- Design and verify simple components to static loading;
- Design and verify simple components for fatigue.

MI13 - ECTS

The curricular unit aims to provide basic Automatic Control skills to CTESP Industrial Maintenance students.

MI14 - ECTS With this course is intended that the students learn how to interpret, explain and design standard electric circuits, as well as, have basic knowledge of a computer-aided design program for computer implementation of the schemes of
such circuits. Design process automation systems, using relays and power contactors, as well as using programmable logic controllers for control systems.

MI17 - ECTS

Students should develop skills in the field of business management, organizational behaviour, leadership, and team management.

MI16 - ECTS

MI18 - ECTS

Transmit the concepts of conditioned maintenance as a complement to preventive maintenance.

Refer to the various techniques used in conditioned maintenance namely vibration analysis, oil analysis, thermography, ultrasound and extensometer.

Since vibration analysis is one of the techniques that allows the recognition of a greater number of anomalies in equipment, knowledge of the vibration phenomenon will be provided that allows characterizing the dynamic behavior of an equipment.

Know the various sensors and vibration measurement equipment used in maintenance conditioned by vibration analysis as well as the computer applications of data processing collected.

Frequency analysis techniques should be used to allow the diagnosis of equipment anomalies and, in the case of imbalance, vibration analysis balancing procedures will be applied.

MI15 - ECTS It is intended with this Curricular Unit that students develop theoretical and practical knowledge that guarantee a global understanding of the different manufacturing processes. As part of the training, a set of basic knowledge in terms of welding technology and non-destructive testing (END) will be developed.

MI19 - ECTS This UCs main objective is to allow the students to train while working in a company, and making them to put into practice the knowledge acquired throughout the course.