Rooted in the history and radical mission of the Liverpool Mechanics’ School of Arts (1825) and the city of Liverpool’s industrial legacy, the Institute has emerged as a pioneer of creativity and innovation, grounded in a deep commitment to inclusion and diversity - values that both shaped its history and foreground its future-facing mission.
If you’d like to ask a question or find out more information about the Institute of Art and Technology, please contact us using the details on this page.
Find out more about the staff from the General Engineering Research Institute. Read the GERI researchers' profiles, publications and contact details.
Read the publications and papers the General Engineering Research Institute's (GERI)researchers have published.
The General Engineering Research Institute (GERI) conduct a wide range of projects. Find out more about some of these research case studies here, including the phase unwrapping project, the laser doppler anemometry project, the PiE laser project and the icroelectronic packages project.
General Engineering Research Institute (GERI) have a number of facilities, from laboratories and microscopes to lasers and x-ray machines.
GERI has five research groups, including CEORG, the Bio-Engineering Research Group, AMTReL, the Electronic and Ultrasonic Engineering Research Group and the Photonics In Engineering Research Group. Find out about eaach Group's research specialisms here.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about formulation and delivery of natural products including the use of nanoparticles for drug delivery of natural products.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about all aspects of phytochemical and phytotherapy research, as well as some modernised aspects of pharmacognosy.
The Centre for Natural Products Discovery is concerned with preventing and curing disease. Find out about about the discovery and production of antibiotics and other bioactive molecules from microbial sources, and assessment of antimicrobial mechanism of actions.