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PhD - PREDICT – PRedicting Energy using Dynamic Indicators in a Calibrated Tool

PhD - PREDICT – PRedicting Energy using Dynamic Indicators in a Calibrated Tool

Technological University Dublin
Energy Performance Certificates (EPCs) or Building Energy Ratings (BERs) in Ireland, are mandated for buildings constructed, sold, or leased across […]
Full-time
MPhil Project - “Duckweed as a novel, sustainable source of protein for Ireland" DUCKFEED

MPhil Project - “Duckweed as a novel, sustainable source of protein for Ireland" DUCKFEED

Technological University Dublin
Project Description This MPhil project is funded, and the funding is for 24 months. This project titled “Duckweed as a […]
Full-time
PhD project - Using a microfluidics approach for cardiovascular tissue engineering applications

PhD project - Using a microfluidics approach for cardiovascular tissue engineering applications

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those […]
Full-time
PhD Project - Growvalve- Development of a tissue engineered paediatric heart valve

PhD Project - Growvalve- Development of a tissue engineered paediatric heart valve

Technological University Dublin
Project Description Tissue engineered heart valves are the next generation of treatment for paediatric patients who require a valve prostheses. […]
Full-time
Fully funded PhD Project - RevealIO - Visual Analytics and IOT

Fully funded PhD Project - RevealIO - Visual Analytics and IOT

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
Funded PhD Project: Carbon dynamics of Peat based Biochar as a Greenhouse gas flux regulator in manure management applications

Funded PhD Project: Carbon dynamics of Peat based Biochar as a Greenhouse gas flux regulator in manure management applications

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
PrinciPAL, harnessing the potential of plasma activated liquids for bio-medical applications

PrinciPAL, harnessing the potential of plasma activated liquids for bio-medical applications

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
Ethics Education in Engineering

Ethics Education in Engineering

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
Plasmagrain  Cold Plasma Decontamination of Cereal Grains (micro)

Plasmagrain Cold Plasma Decontamination of Cereal Grains (micro)

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
Plasmagrain  Cold Plasma Decontamination of Cereal Grains (Bio)

Plasmagrain Cold Plasma Decontamination of Cereal Grains (Bio)

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
Plasma diagnostics and engineering of a novel plasma based technology

Plasma diagnostics and engineering of a novel plasma based technology

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time
A mechanistic based analysis of carbon cycling in the surface waters of peatland dominated catchments in Ireland

A mechanistic based analysis of carbon cycling in the surface waters of peatland dominated catchments in Ireland

Technological University Dublin
Tissue engineering uses cells, scaffolds and signals (mechanical or biological) to drive tissue development in vitro. The specifics of those mechanical signals can vary based on the tissue being devel
Full-time