Projects per year
Drug delivery, specifically in the delivery of bioactive compounds to the optical surface via hydrogel-embedded platforms (e.g. contact lenses).
Optical sensors and biosensing - especially colorimetric systems which can easily be read by (e.g.) smartphones software which can extract RGB data.
MRes level project supervision for the development of novel nanoparticulate-based, contact lens-embedded, drug delivery systems. I aim to encourage in students that they consider aspects of commercialisation in their research, thus taking a far-sighted approach to each research project beyond proof-of-concept work.
Approach to teaching
My teaching focuses on a 'what is learned' approach rather than a 'what is taught' approach. I therefore try and frame my lessons and lectures in such a way that the students are encouraged to reach the conclusion and meet the learning outcome themselves.
Current work is a collaborative effort with both industry and academic partners, with knowledge shared between individuals with expertise in chemistry, pharmaceutics, and biomolecular science. I am always keen to develop new networking opportunities and expand mutual understanding to reach a common goal with real-world benefit that is not limited just to publication.
PhD, Queen's University Belfast
1 Oct 2014 → 1 Apr 2018
Award Date: 18 Apr 2018
Master, University of Surrey
1 Oct 2010 → 1 May 2014
Award Date: 1 Jun 2014
- QD Chemistry
- Drug delivery
- 1 Similar Profiles
- 1 Active
Bioengineering controlled release from contact lens hydrogels
Lloyd, A., Sandeman, S., Pannala, A. & Hawthorne, D.
1/07/19 → 29/02/24
- 1 Article
Sustained and targeted delivery of hydrophilic drug compounds: A review of existing and novel technologies from bench to bedsideHawthorne, D., Pannala, A., Sandeman, S. & Lloyd, A., 4 Nov 2022, In: Journal of Drug Delivery Science and Technology. 78, 103936.
Research output: Contribution to journal › Article › peer-reviewOpen Access