To know the basic techniques for the evaluation of experimental data. |
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B3
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C2
|
D2 D9 D10
|
ENAEE LEARNING OUTCOME: KNOWLEDGE And UNDERSTANDING: 1.1 Knowledge and understanding of mathematics and other basic sciences inherent to their engineering specialty, at a level that allows them to acquire the rest of the competencies of the degree.Level of development (basic(1), intermediate(2) or advanced(3)): Intermediate(2)]. |
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B3
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C2
|
|
ENAEE LEARNING OUTCOME: ANALYSIS IN ENGINEERING: 2.2. The ability to identify, formulate and solve engineering problems in their specialty; to choose and properly apply established analytical, computational and experimental methods; to recognize the importance of social, health and safety, environmental, economic and industrial constraints (Basic(1)). |
|
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C2
|
D2 D9
|
ENAEE LEARNING OUTCOME: INVESTIGATION And INNOVATION: 4.3. Ability and skill to design and carry out experimental investigations, interpret results and reach conclusions in their field of study (Basic(1)). |
|
|
C2
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D9
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