University of Liverpool · 1 day ago
PhD in New Magnetic Particle Imaging (MPI) methods based on complex nanocomposite particle dynamics
Liverpool, PA
Full-time
Onsite
New GradThe University of Liverpool is seeking a PhD candidate to develop next-generation magnetic nanoparticle systems for biomedical technologies. The project will involve the synthesis of magnetic nanoparticles and their applications in imaging and measuring functional properties within complex materials.
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Hiring Manager
Joe Forth
Responsibilities
Synthesis of magnetic nanoparticles with controlled size (5–1000 nm), composition, and shape using co-precipitation and thermal decomposition methods
Surface functionalisation and polymer integration, including responsive polymer shells, amphiphilic copolymers, and gel matrices designed to alter nanoparticle dynamics in response to biological stimuli
Formation of functional nanocomposites, where changes in particle spacing, aggregation, or rotational freedom encode information about chemical or mechanical changes in the surrounding material
Magnetic characterisation and imaging, using AC susceptometry, magnetic particle rheology, and Magnetic Particle Imaging to extract information on nanoparticle motion, relaxation behaviour, and spatial distribution
Data analysis and modelling, including physics-based models and exploratory machine learning approaches to relate magnetic signals to particle structure and local material properties
Qualification
Required
PhD in relevant field (Chemistry, Physics, Biomedical Engineering or related disciplines)
Experience in synthesis of magnetic nanoparticles with controlled size (5–1000 nm), composition, and shape using co-precipitation and thermal decomposition methods
Knowledge of surface functionalisation and polymer integration, including responsive polymer shells, amphiphilic copolymers, and gel matrices
Experience in formation of functional nanocomposites and understanding of changes in particle spacing, aggregation, or rotational freedom
Proficiency in magnetic characterisation and imaging techniques, including AC susceptometry, magnetic particle rheology, and Magnetic Particle Imaging
Skills in data analysis and modelling, including physics-based models and exploratory machine learning approaches
Ability to work in an interdisciplinary environment across chemistry and physics
Hands-on experience in nanoparticle and polymer synthesis
Experience in soft matter and biomaterials fabrication
Strong communication and collaboration skills
Company
University of Liverpool
University of Liverpool offers diverse programs and research opportunities for students.
Founded in 1881
5,001-10,000 employees
Funding
Current Stage
Late StageTotal Funding
$20.95MKey Investors
National Institute for Health and Care ResearchUK Research and InnovationDefence and Security Accelerator
2026-01-06Grant· $2.03M
2024-11-23Grant· $0.38M
2024-09-26Grant
Leadership Team
James Barber
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