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We are seeking an outstanding and ambitious individual to join our team as a Research Associate in Biofabrication within the Department of Mechanical and Aerospace Engineering, Faculty of Science and Engineering. This role offers a rare opportunity to work at the forefront of space bioprinting, cryobiology and advanced biomaterials science at the Henry Royce Institute. The post is fully funded through a Royal Society APEX Award and will contribute to the project "Bioprinting Beyond Gravity: Developing Extremophile‑Inspired Biomaterials for Human Tissue Fabrication in Space." The project aims to overcome a critical challenge in space bioprinting: the safe storage, transport and deployment of cell‑laden bioinks in extreme environments. You will help develop cryopreservable "cryobioinks" inspired by extremophile biology, integrating biomaterials chemistry, polymer science, stem cell biology and simulated microgravity research. This is a full‑time, fixed‑term role for 18 months, based at the University of Manchester’s Oxford Road campus (Henry Royce Institute), with collaborative work at the Lucerne University of Applied Sciences using a Random Positioning Machine to simulate microgravity.
Job Responsibility
Designing and characterising macromolecular cryoprotectants for incorporation into polymer‑based bioinks
Developing and optimising cryobioink formulations and assessing performance before and after freeze–thaw cycles
Performing cryopreservation of stem‑cell‑based bioinks and evaluating post‑thaw viability, stemness and differentiation
Assessing bioprinting performance under simulated microgravity conditions
Leading dissemination through peer‑reviewed publications, conference presentations and funder reports
Requirements
PhD (or close to completion) in biomaterials, biomedical engineering, tissue engineering, materials science or a related discipline
Hands‑on experience in mammalian cell culture, including stem cells
Practical experience in biomaterials formulation and characterisation, and extrusion‑based 3D bioprinting
Strong ability to plan, manage and deliver complex experimental workflows independently
Excellent written and verbal scientific communication skills
Nice to have
Experience with cryopreservation or cryoprotectant formulation
Experience with photocrosslinkable biomaterials or polymer synthesis
Experience in microgravity or space biology research contexts
Experience supervising students or contributing to funding applications
What we offer
Generous employer pension contribution
29 days annual leave plus bank holidays, along with Christmas closure
Access to world‑class biofabrication facilities and professional development opportunities