Research Associate in Bio-engineering

Job title:

Research Associate in Bio-engineering

Company:

Loughborough University

Job description

Research Associate in Bio-engineering Job reference REQ250438 Date posted 30/05/2025 Application closing date 07/07/2025 Location Loughborough Package Specialist and Supporting Academic Research grade 6 from £35116 per annum Job descriptionFull-Time and Fixed Term for 2 yearsThis project forms part of the UK Multidisciplinary Centre for Neuromorphic Computing, a national EPSRC-funded initiative bringing together world-leading expertise in AI, neuroscience, photonics, materials science and bioengineering. The Loughborough University team focuses on developing human stem cell-derived neural networks and engineering microfabricated platforms to support and interrogate these networks in vitro.The project will create advanced bioengineered neural systems by differentiating human induced pluripotent stem cells (hiPSCs) into neurons and integrating them within custom-designed microdevices. These platforms will allow precise spatial arrangement and functional assessment of living neural networks using electrophysiological and optogenetic techniques. The work will directly contribute to the Centre’s overarching goal of developing neuromorphic computing systems inspired by the architecture and dynamics of biological brains.Researchers will also work closely with collaborators in neuromorphic engineering, computational neuroscience and advanced fabrication to support the development of next-generation hybrid bio-digital platforms.This post is based within the Department of Chemistry, School of Science at Loughborough University, working with Professor Paul Roach and Dr Eric Hill in collaboration with the wider UK Centre for Neuromorphic Computing, led by Aston University. As such, the successful applicant will need to be proactive and dynamic to work in response to many other elements within the overall project. The ideal candidate will be enthusiastic about multidisciplinary collaboration and have a proactive approach to working within a dynamic research environment.Expertise in microfabrication, lithography, 3D printing, or other relevant microengineering techniques would be highly advantageous. The post holder will lead the design and fabrication of culture platforms and the optimisation of protocols for generating functional hiPSC-derived neuronal networks. Training will be provided where appropriate on specialist instrumentation and for specific methodologies.For more information on the role please refer to the .For informal enquiries, please contact Professor Paul Roach or Dr Eric Hill by email at orApplication closing date: 7 July 2025

Expected salary

£35116 per year

Location

Loughborough, Leicestershire

Job date

Sat, 31 May 2025 22:41:19 GMT

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