.1. General Learning Outcomes
HAB-12. Knowledge and skills to apply graphic engineering techniques.
HAB-23. Knowledge in basic and technological subjects, enabling them to learn new methods and theories, and providing them with versatility to adapt to new situations.
HAB-24. Ability to solve problems with initiative, decision-making, creativity, critical reasoning, and to communicate and transmit knowledge, skills, and abilities in the field of Industrial Engineering. HAB-30. Ability to work in a multilingual and multidisciplinary environment.
CTR-6. Lifelong self-learning. To use learning continuously and develop strategies for autonomous and flexible learning throughout life to be part of an active, motivated, and integrated citizenry, favoring employment improvement or personal development.
2.2. Specific Learning Outcomes
HA_12.1. Knows and understands the fundamentals of industrial drawing to apply them to the creation and interpretation of drawings, both assembly and detail drawings, and to develop reasoned solutions to geometric problems in the plane and in space. HA_12.2. Values standardization as a suitable convention to simplify not only production but also communication, giving it a universal character. HA_12.3. Is capable of integrating and selecting standardized and commercial elements in the design of mechanical assemblies, interpreting handbooks and catalogs. HA_12.4. Knows and understands various concepts such as tolerances and surface qualities and is able to apply them to specific problems in the field of Industrial Drawing.
2.3. Importance of Learning Outcomes
The subject is part of the core axis of the degree, is mandatory, and is part of the basic training of students. It has 6 credits, so training in this subject is considered important for future industrial design and product development engineers. In general, everyone acquires knowledge of representation techniques related to Industrial Drawing and technical drawing, which allows the universal interpretation of any industrial drawing and lists of the elements that compose it, including all aspects related to the design and subsequent manufacturing of a mechanical assembly or an individual element.
In addition, it provides knowledge for other transversal and optional subjects that may be related and are based on projects.