Categorization of the answers to the questions in the appreciation questionnaire
| Question | Categories | Explanation |
|---|---|---|
| A2. Try to define the term “CS” in a few words | A2.1. Wrong definition | A totally different definition is indicated to the meaning of CS |
| A2.2. Approximate definition | An approximate definition of CS is indicated | |
| B3. In what subjects do you consider that CS can be integrated in the classroom? | B3.1. All subjects | CS can be integrated into all discipline syllabus |
| B3.2. Natural sciences and mathematics | CS can be integrated into disciplines of natural sciences and mathematics | |
| B3.3. Scientific-technological subjects | CS can be integrated into disciplines of natural sciences, mathematics and technology | |
| B3.4. Interdisciplinary approach | CS can be integrated interdisciplinary but starting from scientific subjects | |
| B4. List the benefits that you think the curricular integration of CS can bring to students | B4.1. Contextualized science | Students will perceive science applied to solve environmental problems |
| B4.2. Generic skills | Students will develop generic skills | |
| B4.3. Scientific skills | Students will develop scientific skills | |
| B4.4. Scientific concepts | Students will learn and reinforce scientific concepts | |
| B4.5. Sience-society relations | Students will understand connections between science and society | |
| B6. Tell something that you have learned | B6.1. Large number of CS projects | Students have known about the existence of many CS projects |
| B6.2. Put no limits on education | Do not set limits on the work that can be developed in the classroom and approaches that can be implemented | |
| B6.3. Meaning and use of CS | They have known the meaning of the term CS and how to apply it in the classroom | |
| B6.4. Empowerment | They have appreciated that participation in CS projects can produce empowerment |
| Question | Categories | Explanation |
|---|---|---|
| A2. Try to define the term “CS” in a few words | A2.1. Wrong definition | A totally different definition is indicated to the meaning of CS |
| A2.2. Approximate definition | An approximate definition of CS is indicated | |
| B3. In what subjects do you consider that CS can be integrated in the classroom? | B3.1. All subjects | CS can be integrated into all discipline syllabus |
| B3.2. Natural sciences | CS can be integrated into disciplines of natural sciences and mathematics | |
| B3.3. Scientific-technological | CS can be integrated into disciplines of natural sciences, mathematics and technology | |
| B3.4. Interdisciplinary approach | CS can be integrated interdisciplinary but starting from scientific subjects | |
| B4. List the benefits that you think the curricular integration of CS can bring to students | B4.1. Contextualized science | Students will perceive science applied to solve environmental problems |
| B4.2. Generic skills | Students will develop generic skills | |
| B4.3. Scientific skills | Students will develop scientific skills | |
| B4.4. Scientific concepts | Students will learn and reinforce scientific concepts | |
| B4.5. Sience-society relations | Students will understand connections between science and society | |
| B6. Tell something that you have learned | B6.1. Large number of CS projects | Students have known about the existence of many CS projects |
| B6.2. Put no limits on education | Do not set limits on the work that can be developed in the classroom and approaches that can be implemented | |
| B6.3. Meaning and use of CS | They have known the meaning of the term CS and how to apply it in the classroom | |
| B6.4. Empowerment | They have appreciated that participation in CS projects can produce empowerment |
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