Completed Arts, Culture & Design Engineering

Refurbishment of the V&A's Science Laboratory

In plain English

AI plain-English summary

The Victoria and Albert Museum is gutting and rebuilding its 25-year-old conservation science laboratory, which has become too cramped, outdated, and inefficient for modern research. The problem is straightforward: the lab’s rigid layout and obsolete equipment limit what scientists can do to preserve and study the museum’s collections. New techniques in heritage science—such as advanced imaging or chemical analysis—require flexible workspaces and instruments the current facility cannot accommodate. Without this upgrade, the V&A cannot keep pace with evolving conservation needs, nor support the growing number of researchers, students, and artists who rely on its collections. If the refurbishment succeeds, the lab will become a national hub for heritage science. It will allow the V&A to analyse objects on-site that currently must be sent elsewhere, speeding up research and reducing risk to fragile artefacts. The upgraded facility will also help regional museums care for their own collections, train the next generation of conservators, and attract external research funding. The project is not fundamental science—it is infrastructure for applied science. Its impact will be felt in how museums across the UK preserve cultural heritage more effectively, a quiet but essential system that keeps history accessible.

View original technical description
This project focuses on a comprehensive refurbishment of the specialist Conservation Science Laboratory at the Victoria and Albert Museum. Its aim is to transform the current 25-year-old facility, which is no longer fit for purpose, into a cutting edge, multidisciplinary, flexible space which is efficient, sustainable and a catalyst for research excellence and innovation in collections care. The Lab requires urgent modifications to reflect advances in Conservation Science, the V&A's changing needs and priorities, emergent areas of specialism, as well as ever-growing capacity needs. The proposed upgrade comprises a refurbishment of the Lab space and an upgrade of our end-of-life, inefficient, and inadequate equipment (including introduction to the V&A of equipment which until now was only accessed off-site). This major transformation of the Science Lab will: a. tackle current inefficiencies caused by obsolete equipment and rigid, outdated space arrangements b. increase the capabilities of the Science Lab and expand the scope of its current research and collections care, across all V&A sites and UK-wide c. augment our ability to assist regional and national institutions in the care and investigation of their own collections d. foster enhanced access to V&A collections for researchers, students, practitioners and artists e. improve our educational and training offering, facilitate new, cutting-edge research and foster innovation f. increase capacity to bid for external research funding g. provide a setting for the incubation of new ideas, the trigger for new creative processes and the exploration of novel materials by artists, makers, scientists and practitioners. This upgrade will be of major significance to the heritage sector and to Heritage Science research in the UK and internationally. In expanding the scale and scope of Heritage Science provision at the V&A, it will lay the foundations for the establishment of a world-leading Heritage Science infrastructure at the Museum.

View the original record at the funder ↗

Researchers

Pedro Gaspar (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Renewing Conservation Science Facilities at Tate
Capability for Collections Urgent Replacement and Upgrade of Equipment for The National Archives - Heritage Science and Digitisation
21st Century Infrastructure
Creating a national integrated mobile and fixed lab for collections, historic buildings and sites
Equipping the Vision of Kelvin Hall

Original classification

Research Grant

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.