| Module Code: | AFF618 |
| Module Credits: | 5 ECTS Credits |
| Module Prequisties: | AFF618 |
| Compulsory: | Yes |
| Teaching Method: | Face-to-Face/Distance Learning |
Learners will be familiar with the theory and practice of digital imaging, including colour theory, image formats, imaging station set-up, camera and lens use, and primary-source preparation and care. They will utilise hyperspectral, 3-D and high-resolution imaging stations, as well as software tools. Learners will critically evaluate digital imaging processes and products in the context of Digital Humanities research projects and will be able to identify digital imaging requirements, and the appropriate digital imaging solutions, for these projects. Leaners will identify, evaluate and utilise appropriate digital tools and methodologies for digital imaging projects.
There are many large-scale digitisation projects underway within many institutions such as cultural, educational, legal and medical. This module will address the digital imaging process, including theory and practice, that is applicable to digital humanities research projects and the undertaking to create preservation-quality digital artefacts. Considerations for designing a digital imaging plan include technical issues such as colour capture, normalisation of the image collection and lighting control. In addition, other considerations include working within expertise, time and funding constraints for a given project. This module will also reflect upon the theoretical implications that digital imaging has for humanities research, including, for instance, the authenticity of the original source.
Total marks: 100; 50% examination, 50% continual assessment
There will be two main categories of assessment:
There is a high expectation of collaboration and participation from each learner. Consequently, the Lecturers will monitor the progress of the individuals and groups through the seminars discussions, tutorials and interim continual assessment work in order to identify and meet support requirements, and provide feedback.
10 lecture hours (with lecturer); 4 practical or tutorial hours (with tutor); 32 private hours.