As Dr Lyn Robinson discussed in her blog post from 2015, ‘Are the Digital Humanities and Library & Information Science the same thing?’, the two are closely related. There is a focus on documentation in both disciplines, for example through the creation of digital resources, and issues such as open access, metadata and linked data. I think that it is important for librarians to be aware of the work going in in Digital Humanities. This is not only so that they can better support students and researchers, but also because librarians are increasingly involved in this kind of work, through digitisation projects and digital libraries.
Beyond the creation of digital resources, an activity associated with Digital Humanities is textual analysis. In DITA we explored some online textual analyis tools such as Voyant Tools, Wordle and Tagxedo. These kinds of tools are easy to use for simple tasks, but if you want to have more control and carry out your own text or data analysis project, it would be helpful to learn how to write the code for this yourself.
Learning coding (or writing a set of software instructions) may seem daunting, but there are many tools online which are aimed at beginners. Codecademy is a popular starting point as it has various free courses for learning different programming languages. Python is recommended as a good language for beginners, as it has a strong focus on readability, clarity and openness. There is a strong community around Python, which encourages open-source code and the sharing of ideas, and so if you have a problem the answer is probably already available online.
There is a library of over 90,000 Python packages available on PyPI (the Python Package Index). These contain code that other people have already created for a certain function and made available for others to download and use. An example that is useful for librarians is PyMARC. This is a module that can access, create and manipulate raw binary MARC record data. It can be used to extract, analyse, add or remove fields and subfields. (see Hill, Frank & Pernotto 2016, p. 22-25 for an example of how to use PyMARC to batch process MARC records.)
While looking into learning to program, I have been thinking about the importance of these skills to children and young people. There is a generation (in which I include myself) which has grown up never having to interact with computers without the help of a user-friendly graphical interface. Young people may be great at using computers, but do we really understand how they work? Coding has been added to the school curriculum in the UK, and so new ways of learning and teaching the basics of computer science are being explored all the time.
Eben Upton created the Raspberry Pi (a credit card-sized, single-board computer) in response to decreasing numbers and poor skills of incoming computer science students at Cambridge. The Raspberry Pi Foundation is a UK charity which aims “to put the power of digital making into the hands of people all over the world”, by providing low-cost mini computers and promoting the teaching of basic computer science. You can learn to code on a Raspberry Pi, and then the list of possible projects to use it for is endless. Astronaut Tim Peake even used special Astro Pis during his mission on the International Space Station, running experiments designed by school children (final Astro Pi mission update).
I am very tempted to get myself a Raspberry Pi and see what I can do with it (if ever I have time after writing all of my assignments), so watch this space!
Robinson, L ‘Are the Digital Humanities and Library & Information Science the same thing?’: https://thelynxiblog.com/2015/06/29/are-the-digital-humanities-and-library-information-science-the-same-thing/
Walton, D ‘Chapter One: Introduction’, p. 1-10 and Hill, C; Frank, H; Pernotto, M ‘Chapter Two: Python’, p. 11-26 in: Thomsett-Scott, B (ed.) (2016) The Librarian’s Introduction to Programming Languages, Lanham: Rowman & Littlefield
Get started with Raspberry Pi: https://www.raspberrypi.org/help/
Raspberry Pi Education: https://www.raspberrypi.org/education/
a library odyssey 
How neat would it be to learn coding in school nowadays. Also where can we get our hands on a Raspberry Pi!?
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I know, I wish I had learnt it in school! These things are so much easier to pick up if you learn as a child.
The official distributors of Raspberry Pi are:
http://uk.rs-online.com/web/generalDisplay.html?id=raspberrypi
and https://www.element14.com/community/community/raspberry-pi
(as with most things, you can also get them on Amazon).
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A thoughtful post Louise, wherein you highlight a couple of important things for #LIS pros; the need to be aware of, and understand what is meant by the digital humanities, and the need to grasp the relevance of coding. Whilst not every LIS student will lean towards programming, it is vital for all of us to know what coding means, and how it applies to LIS practice and development. As you point out, there is nothing super-hard about learning to code, and we can build on existing solutions and libraries in high level languages. It *is* possible for #LIS students and practitioners to become creative innovators in today’s data driven world. In fact, who better? 🙂
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Hi Louise,
That was a lovely Blog post = ) The movie clip was great!
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