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A Bioactive Multifunctional Hydrogel Contact Lens Platform for Regenerative Ocular Cell Supplementation

✓ Fully Funded ⏰ Closing Soon analytical chemistry polymer chemistry biomaterials pharmaceutical chemistry bioactive polymer contact lenses hydrogel ocular drug delivery

Develop an innovative bioactive hydrogel lens platform that proactively supports ocular cell health. Transform traditional contact lenses into multifunctional therapeutic devices addressing unmet clinical needs.

AI-generated overview

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Why This Research Matters

This research aims to vastly improve the safety and functionality of contact lenses by reducing adverse effects and enabling proactive ocular care. It advances the field of drug delivery and polymer biomaterials, potentially transforming vision correction devices into tools for preserving long-term eye health globally.

Bioactive Polymer Formulation Contact Lenses Hydrogel Ocular Drug Delivery Polymer Chemistry

Project Description

This four-year PhD project focuses on developing a multifunctional hydrogel contact lens platform that goes beyond vision correction by supporting long-term ocular cell health. The project aims to create a smart contact lens system containing a novel bioactive polymer that responds dynamically to the ocular microenvironment after lens application. The research will involve: screening bioactive molecules on human corneal cell lines synthesis and optimisation of a polymer-bioactive molecule conjugate development of a hydrogel film for integration onto contact lenses extensive material characterisation of the conjugate and lens platform dissemination of findings at scientific events collaboration with national and international research networks The project is based within the OTRG at SETU Waterford and is carried out in collaboration with Ashland in Mullingar.

Entry Requirements

Honours degree, minimum 2.1, in:
materials science
analytical chemistry
pharmaceutical science
formulation chemistry
or related discipline

Desirable:

postgraduate qualification or research experience in related areas
experience with cell culture and in vitro assays
experience with spectroscopy and chromatography techniques
knowledge of polymer formulations and contact lens fabrication
scientific writing and dissemination experience
knowledge of statistical software

Essential Skills:

meet SETU English language requirements if applicable
Microsoft Office proficiency
data analysis and interpretation
self-motivation and initiative
strong communication and teamwork skills
willingness to commute or relocate to Ashland laboratories if required

How to Apply

Applications invited for a four-year full-time PhD research project at South East Technological University Waterford in collaboration with Ashland laboratories in Mullingar. Applicants must meet SETU's English language requirements and provide relevant documentation. For informal queries, contact Dr. Saoirse Casey-Power at Saoirse.Casey-Power@setu.ie.

Eligibility

UK/Home
EU
International

Supervisor Profile

DS
Dr Saoirse Casey-Power
South East Technological University (Waterford), Research Support Unit

Dr Saoirse Casey-Power specializes in bioactive polymer formulation and ocular drug delivery systems. Her research focuses on integrating smart materials with biological applications to innovate therapeutic solutions. She collaborates across industry and academia to translate research into impactful biomedical technologies.

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BIOGEL-LENS: A Bioactive Multifunctional Hydrogel Contact Lens Platform for Regenerative Ocular Cell Supplementation
South East Technological University (Waterford) Dr Saoirse Casey-Power Deadline: 22 Apr 2026

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Bioactive Polymer Formulation Contact Lenses Ocular Drug Delivery