Each CMT-DN project will be guided by: a primary supervisor (host institution) + interdisciplinary co-supervisor(s) + intersectoral secondment co-supervisor(s) (partner institutions).
CMT-DN includes mandatory industry secondments for all DCs and project-specific virtual interactions with all consortium members
DC1Metal-organic frameworks (MOFs) for cerebrovascular diseases
Host institution: University of Galway 
PhD enrolment: University of Galway
Secondment: Microfluidic Innovation Centre 
DC2Mechanosensitive gated polymersomes
Host institution: University of Galway
PhD enrolment: University of Galway
Secondment: Microfluidic Innovation Centre
DC3Phytoplankton-based micromotors as carriers for cerebrovascular drugs
Host institution: University of Galway
PhD enrolment: University of Galway
Secondment: React4Life 
DC4Layer-by-layer (LbL) capsules release on demand cerebro-protective drugs
Host institution: Basque Center for Macromolecular Design and Engineering 
PhD enrolment: The University of the Basque Country 
Secondment: Microfluidics Innovation Center
DC5Tailored responsive nanogels for cerebro-vascular diseases
Host institution: Basque Center for Macromolecular Design and Engineering
PhD enrolment: The University of the Basque Country
Secondment: Microfluidics Innovation Center
DC6Injectable nano/micro hydrogels for the delivery of brain-therapeutics
Host institution: University of Trento 
PhD enrolment: University of Trento
Secondment: ibidi 
DC7Biopolymer-based nano-/microgels (NMGs) for brain treatment
Host institution: Petru Poni Institute of Macromolecular Chemistry 
PhD enrolment: Petru Poni Institute of Macromolecular Chemistry
Secondment: Microfluidic Innovation Centre
DC8Shear-stressed enabled polymer-based nanoreactors
Host institution: Technical University of Darmstadt 
PhD enrolment: Technical University of Darmstadt
Secondment: Mimetas 
DC9Microfluidic system compatible with brain organoid developments
Host institution: Microfluidics Innovation Center
PhD enrolment: University of Galway
Secondment: University of Galway
DC10Vascularised brain-on-chip screen using OrganoPlate®
Host institution: Mimetas
PhD enrolment: Amsterdam University Medical Center 
Secondment: VUmc, GAL
DC11Vascularised brain-on-chip screen using MIVO®
Host institution: React4Life
PhD enrolment: University of Milano-Bicocca 
Secondment: University of Galway, University of Milano-Bicocca
DC12Vascularised brain-on-chip screen using in-house 3D brain models
Host institution: University of Trento
PhD enrolment: University of Trento
Secondment: ibdi, University of Galway
DC13Vascularised brain-on-chip screen using ibidi® chip platform technology
Host institution: ibidi
PhD enrolment: Technical University of Darmstadt
Secondment: University of Galway
DC143D Brain-on-a-chip screen using in-house 3D brain models
Host institution: University of Galway
PhD enrolment: University of Galway
Secondment: ibidi, University of Galway
