MP11124 - ECTS

• To understand the problems related with the Product Development, the Manufacturing processes and the Industrial logistics.
• To adopt methodologies or techniques for problem solving, integrating, if necessary, different competencies.
• To develop capacity of planning, manage and coordinate activities related with the product design and its industrialization.
• To develop capacity for research and to propose solutions.

MP11122 - ECTS Understand and apply the most general concepts and methodologies of mathematical programming in the formulation, solving and analysis of results in different Operations Research problems

MP11120 - ECTS Recognition of the materials available for engineering applications. Thorough knowledge of metallic materials, ceramics, polymeric materials and composites. Depth knowledge of their production techniques and processing, properties and applications. Selection of materials for the development of innovative solutions in the area of engineering project.

MP11121 - ECTS Supply basic knowledge of the theory of elasticity and finite element method.

MP11123 - ECTS

MP12127 - ECTS Develop in students the ability to:

1. Understand the differences between open and closed loop systems, model and identify the various components that can make up a feedback control system.
2. Analyze and characterize systems, based on their time and frequency response.
3. Understand the notions of absolute/relative stability.
4. Analyze systems and design controllers, using the design method based on Root-Locus Analysis, as well as identifying the most appropriate method in view of the intended specifications for each system.
5. Understand the basic control actions: Proportional (P), Integral (I) and Derivative (D) and their influence on the performance and stability of a feedback control system.
6. Know how to use the Matlab/Simulink program to analyze and design control systems.

MP12111 - ECTS - To know the process of evaluation / writing of a dissertation / master's project;
- To provide students with knowledge of methods and techniques related to scientific research;
- To acquire skills in the analysis, summary and ability to interpret information from bibliographic references;
- To know the principles to register a patent / utility model;
- To Know and apply some presentation techniques.

MP12125 - ECTS - Understand problems related to new product planning
and processes;
- Adopt methodologies or techniques to solve these problems.
- Ability to plan, manage and coordinate activities centred on the
implementation of products and processes.

MP12126 - ECTS The curricular unit of Advanced Manufacturing Technologies aims to equip students with skills in the areas of non-conventional manufacturing technologies and processes, strongly supported in IT, and evaluate its impact in industrial competitiveness.

MP12128 - ECTS

Understand and know how to analyze the various modes of degradation of materials, namely fracture, fatigue, creep, wear and corrosion.

MP22136 - ECTS

• Carry out applied research work.
• Create individual autonomy in conducting applied research.
• Reinforce professional development and affirmation.

MP21132 - ECTS Convey in-depth concepts about the maintenance function, maintenance management and maintenance technics

MP21133 - ECTS Understand the impact of design on the competitiveness of organizations. Understand the relative importance of optimizing existing processes and products as compared to optimizing by design.
- Diagnose problems and choose the best design techniques, identify resolution steps.
- Know how to apply the techniques of Creativity, Design Thinking, Analysis of functions, Evaluation of Ideas in a design process.
- Know how to use methods of listening and evaluating customer requirements
- Know how to apply the QFD technique in product planning.
- Know how to apply the FMEA technique in the design phase of a product.
- Know how to apply the most common methodologies of Experience Planning.

MP21130 - ECTS To present some of the main Advanced Production Technologies, especially computer-assisted and applied to the areas of discrete production in the mechanical industry, taking into account their use in integrated production systems.

MP21131 - ECTS

. To develop in students the ability to systematize and treat information for their use in the modeling of type situations existing at the level of production systems.

. Introduce techniques and approaches for students to be able to build models that support analysis and decision-making in solving production problems.