In this week’s blog, we hear from Despoina Papazoglou who was an intern at St Celilia’s Hall from April to June 2019. Her internship focused on the material analysis of a painted 17th-century harpsichord using XRF….
Hello! My name is Despoina and I decided to write this article to share my experience of an eight-week journey as an intern at St Cecilia’s Hall. This is the first time I have written something for a blog, so before I started I googled “how to write my first blog?”, and seriously, I couldn’t understand a thing…just for a moment, I believed that quantum physics was easier to understand!
Let’s start with when I found the vacancy for the internship. The title “Scientific Material Analysis of Musical Instruments Internship” sparked curiosity within me as my professional background is in the field of material science. After reading and re-reading the job description I knew I wanted to be part of the project, as I realised it would not only expand my knowledge but also expose me to new challenges that would help me achieve my future career goals. I was so excited about the job and wanted to be part of it so badly that I did extensive research and learnt all about the museum and the collections displayed within it. Long story short, I sent in my CV, attended the interview and was offered the internship. I was probably the happiest person on earth! One of my biggest desires came true, and I could finally work in a museum with people who share the same passion as me – the conservation and preservation of cultural heritage.
Find out what our Employ.ed Intern, Cameron Perumal, got up to in the final weeks of her project at the CRC in this week’s blog…
As I near the end of my internship, I have started reflecting on all the skills I have gained in just 8 short weeks.
As part of the University’s Employ.ed Internship Programme this summer, I was the Scientific Analysis of Heritage Collections Intern – or, trying to better understand the use of XRF (X-Ray Fluorescence) in conservation, so that we can engage more with the University’s special collections, in terms of its materiality. XRF is a non-destructive, surface analysis technique used to understand the elemental composition of artefacts, and to gain more historical context of their function.
Short-term projects that I have worked on have included: a framed collection of old British medals (to determine whether they were electrotype copies and to understand their composition); a large Giambologna bronze horse from the Torrie Collection (to gain more information that can be mapped onto a 3D image of the horse for an enhanced user experience); ancient Egyptian ushabtis (to attempt to classify and date them); Indian miniature paintings from the Tasawir collection (to understand pigment composition); and a page of text that claims to be written in West Port serial killer William Burke’s blood from a Burke and Hare scrapbook (to confirm whether Burke’s blood was really used).
Cameron with the XRF
This week’s blog post comes from Cameron Perumal who recently began a 10-week Employ.ed internship in the Conservation Studio at the CRC…
Two weeks into my Employ.ed internship, and I have already learned so much about conservation, and X-ray Fluorescence (XRF) spectrometry! I am currently an undergraduate Astrophysics student, and my internship entails me working with Emily Hick, the Special Collections Conservator, to research ways in which XRF can help us understand more about the collections. I’ll also be doing outreach to increase awareness on XRF and how it can be used in conservation to improve the condition and understanding of the collections held by the University of Edinburgh.
By the end of my first week, I had started my radiation training, seen the XRF in action being used by another intern, Despoina, to analyse pigments of a painting on the soundboard of a harpsichord, and been able to see the various (frankly, quite beautiful) collections stored by the University.
Intern Despoina using the new XRF machine to analyse the pigments used on the soundboard paintings of harpsichords made by the Ruckers family