Dr Deirdre Feeney

Senior Lecturer

School of Art and Design

College of Creative Arts, Design and Humanities

Eligible to supervise Masters and PhD - email supervisor to discuss availability.

Available For Media Comment.


Deirdre is an artist and Senior Lecturer in the School of Art and Design at Adelaide University. Her practice‑based research focuses on the materiality of image‑making, media archaeology, and optical image systems and instruments as mediators of perception and experience. She works across art, science and technology, with sustained collaborations in physics, electronic engineering and advanced fabrication, including the South Australian node of the Australian National Fabrication Facility (ANFF‑SA).
Her creative practice develops hybrid image systems that combine historical optical knowledge – from Renaissance natural magic and nineteenth‑century optical mechanics – with contemporary digital fabrication and traditional making. With a background in glass‑making and the projected moving image, she works with materials such as glass, mirrors and lenses to create image systems that engage viewers both physically and emotionally.
Deirdre has held competitive research residencies and fellowships, including an ANAT Synapse Residency with the Australian National University Research School of Physics and a Research Fellowship at the Powerhouse Museum, Sydney, investigating nineteenth‑century astronomical devices and their influence on early cinema technologies. Deirdre's work has been exhibited nationally and internationally, including at the ANU Drill Hall Gallery, Deakin University Gallery, Bornholm Museum (Denmark), Kaohsiung Museum of Fine Art (Taiwan) and William Traver Gallery (USA), and is held in public collections including the Art Gallery of Western Australia and the National Museum of Ireland. Her research welcomes cross-disciplinary collaborators and graduate researchers interested in practice‑led research, optical media, material‑led inquiry, media archaeology and art–science collaboration.

Year Citation
2025 Authors: Feeney D. Title: Plateau's Dream. Description: Link to a related website: https://www.deirdrefeeney.com/plateaus-dream, URL of visual art work. Extent: 'Plateau's Dream' consists of three optical image system artworks featuring three projected moving image installations based on the colour perception experiments by the nineteenth century Belgian physicist Joseph Plateau. Each work has a bespoke armature made from micro-milled aluminium and brass, with a ‘creaturely’ aesthetic based on the anatomy of spider legs, suggesting agency and possibility for the devices to move through the gallery space. The armatures support the optical components of the image system (condensing lenses, LED, heat sink, light collar, LCD and objective lenses), and are housed in 3D-printed translucent miniature architectural structures. The electronic devices controlling the LCD and LED are held underneath the optical components in a bespoke aluminium casing. All components (lenses, armature etc) have been specifically designed for each image system and were fabricated by the Australian National Fabrication Facility (ANFF). Each work projects a unique video-animation of the artist’s contemporary creative re-enactments of Plateau’s colour disc experiments..
2025 Authors: Feeney D. Title: The art and science of light, colour and motion. Extent: Catalogue essay.
2024 Authors: Feeney D. Title: Hallway. Extent: 1400 x 900mm rotating optical aspparatus.
DOI
2024 Authors: Feeney D. Title: The hidden image life of lenses. Extent: 1 exhibited artefact/optical image system artwork.
DOI
2023 Authors: Feeney D. Title: A partnership for uncertain times. Extent: N/A.
2023 Authors: Feeney D. Title: Intention and process: how artists make glass visible. Extent: 2 pages.
2023 Authors: Feeney D. Title: Depth of Field. Extent: This creative output consists of two moving image system artworks, which include an electronically controlled optical image device, a projected moving image and a viewer. The device is made up of a rotating 48-faceted mirrored polygon, image carousel containing 48 translucent 3D printed objects, light source and series of condensing and objective lenses..
DOI
2020 Authors: Feeney D, Campbell G. Title: ANU Vice Chancellor's Creative Research Fellowship Output. Extent: 3D printed image/objects.
2019 Authors: Feeney D. Title: [dis]appearance. Description: First Showing. Extent: installation, mixed materials.
2019 Authors: Feeney D. Title: Visibilities and Invisibilities of Wonder. Extent: optical image systems.
2009 Authors: Feeney D. Title: That evening. Extent: installation, Dimensions: 31.5 x 25.0 x 35.5cm.
  • Joyner Scholarship Scholarship, Joyner Scholarship, 01/02/2024 - 01/08/2027
  • Art Science and Technology: A Partnership for Uncertain Times, Create SA, 13/06/2022 - 31/07/2023
  • Light Source (Plateau's Dream), Create SA, 20/05/2024 - 19/12/2025
     

Courses I teach

  • CREA 1008 Research Practices (Creative)
  • RESE 5013 Creative Practice Research

 

Programs I'm associated with

  • BFIAR - Bachelor of Fine Arts
  • MRes - Master of Research
  • GCRSK - Graduate Certificate in Research Skills

Date Role Research Topic Program Degree Type Student Load Student Name
2025 Principal Supervisor `In-tanglement': Grafting in sculptural and ceramic practice to examine entanglements of material culture and ecology, through hybrid forms Doctor of Philosophy Doctorate Full Time Ms Lauren Downton
2025 Principal Supervisor Material Soundings: The hand-crafted object as a form of holding and translating memory Doctor of Philosophy Doctorate Full Time Mrs Marlize De Klerk
2024 Principal Supervisor Masters by Research or PhD Project: Contemporary Art (MF &MH Joyner Scholarship in Fine Arts) Doctor of Philosophy Doctorate Full Time Miss Loren Orsillo
2024 Principal Supervisor Digital art, art robots and the intra-active world. Doctor of Philosophy Doctorate Full Time Ms Megan Jane Roodenrys
2023 Co-Supervisor MATERIALISING THE IMMATERIAL; EMBODYING CONCEPTS OF THE FOURTH DIMENSION AND QUANTUM PHENOMENA IN CONTEMPORARY SCULPTURE. Doctor of Philosophy Doctorate Part Time Ms Lorraine Joy Marchioro
2023 Co-Supervisor Exploring the Potential to Create 3D Sculptural Data Visualisations Using Digital Technologies Doctor of Philosophy Doctorate Full Time Ms Agarrid Mahdi

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