Larisa Florea is Assistant Professor in Chemistry and Materials Science in School of Chemistry at Trinity College Dublin. Larisa studied organic chemistry and chemical engineering at University Politehnica in Timisoara, Romania (B.Sc. Hons). In 2009 she joined the Adaptive Sensors Group at Dublin City University where she earned her Ph.D. in materials chemistry under the supervision of Prof. Dermot Diamond and Dr. Fernando Benito Lopez. Larisa began her postdoctoral career at the Insight Centre for Data Analytics, and in 2016 she achieved a senior position as Team Leader in Materials Chemistry and Microfluidics. In 2018, Larisa was the recipient of an IRC-Laureate Starting award, followed by an ERC Starting grant, enabling her to establish an independent research group in AMBER, Trinity College Dublin. Larisa’s expertise combines several distinct strands of research, including stimuli-responsive materials, 3D fabrication, microfluidics, wearable platforms, sensors and biosensors.
Dr. Colm Delaney studied chemistry at Trinity College Dublin (TCD) and graduated with a B.A. Mod (Hons.). In 2016, Colm graduated with a PhD. from the group of Prof. Sylvia M. Draper in TCD, focused on the synthesis and application of novel materials for fuel-cell application. He subsequently joined the Adaptive Sensors Group, lead by Prof. Dermot Diamond, as a Postdoctoral Researcher where he developed novel stimuli-responsive polymers. Recently, working with Prof. Susan Kelleher at University College Dublin, his work has concentrated on the fabrication of high-resolution 3D polymer structures via direct-laser-writing using 2-photon polymerization.
After completing a Masters degree in the university of Toulouse III - Paul Sabatier with an internship in the Gunnlaugsson laboratory, Jason then carried out a PhD under the direction of Prof. Gunnlaugsson on the design and synthesis of terpyridine functionalised supramolecular architectures. Since February 2021, he joined the Florea group and his work focusses on the development of smart materials and novel fabrication methods via direct laser writing.
Myles is a post-doctoral researcher in the field of chemistry and materials science. Upon completing his B.Sc. in Chemical and Pharmaceutical Science at Dublin City University in 2014, Myles was offered an opportunity to earn a Ph.D. in materials science and nanotechnology under the supervision of prof. Luca Beverina at the Università Degli Studi di Milano-Bicocca. This Ph.D. was part of the Marie Curie Initial Training Network “THINFACE” which was developed to push forward new ideas and techniques within the field of hybrid thin films for new energy devices. Myles’ work focused on the design of new methods for controlling nanostructure in flexible organic electronics using novel self-assembling organic semiconductors. As a result, he has a passion for organic synthesis, electronic device engineering and thin film characterisation. Since completing this work, he has worked in various R&D and process specialist positions within the medicinal chemistry industry. His research in the Florea group focuses on stimuli-responsive lubricious coatings for biomedical device applications.
Amrutha Augustine (PhD Candidate)
Amrutha studied Chemistry at Trinity College Dublin (TCD) and graduated with a B.A.(Hons) in 2020. She carried out a summer internship in the research group of Prof. Eoin Scanlan working on the synthesis and biological evaluation of oxytocin peptide analogues as novel therapeutics. For her final year thesis, Amrutha worked on the synthesis of luminescent supramolecular polymers and hydrogels in the research group of Prof. Thorfinnur Gunnlaugsson. Amrutha joined the Florea group in October 2020, as a PhD candidate. Her work focusses on the development of 4D micro-actuators and micro-sensors produced via direct laser writing.
Annael Sort Montenegro (PhD Candidate)
Annael completed a Master of Science degree in Chemistry and Physics, with a specialisation in Chemistry and Bio-engineering at the Graduate School of Chemistry, Biology and Physics (ENSCBP) of Bordeaux, France in September 2019. During her studies she completed a 5-months internship within the Laboratory of Physics of Interfaces and Thin Films (LPICM) at Ecole Polytechnique, France, where she developed biosensors to follow the process of wine making. Passionate about biomimicry and the connection between chemistry and biology, she managed to complete a 6-months internship within the company Johnson&Johnson Sante Beaute France for the discovery and development of biomimicry solutions for consumer self-care products. Since January 2020, she joined the Florea group at Trinity College Dublin, Ireland, as a PhD candidate. Her research focuses on the development of artificial micro-vehicles with life-like behaviour.
Alexa Ennis (PhD Candidate)
Alexa completed her BSc (Hons) at University College Dublin in 2018. Here as part of her fourth year project she worked on the functionalisation of superparamagnetic iron oxide microparticles. This is what ignited here interest in micro and nanotechnology. She continued in this field joining the Florea group at Trinity College in 2018 where she now works on fabricating highly porous microstructures using two photon polymerisation.
Luke Dowling (PhD Candidate)
Luke completed the MAI program in Mechanical and Manufacturing Engineering at Trinity College Dublin working on a cryo-based fixture system for machining of delicate materials. In 2017, he was awarded a Postgraduate Research Studentship and began work on his PhD as part of the H2020 AERIALIST Project. His research there was centred on improving the repeatability and reproducibility in additive manufacturing with a specific focus on powder bed fusion. He joined the Florea group in 2020, to continue his research with further development in the simulation of the additive manufacturing process and Finite-element simulation for 4D structures.
Deanna Nicdao (Research Assistant)
Deanna completed a Bachelors of Science in Chemistry at the Queensland University of Technology (QUT) in Brisbane, Australia (2016). In 2017, she was awarded a scholarship position to undertake the International Dual Masters of Biofabrication between QUT and the Julius-Maximilians-Universität in Würzburg, Germany. Her research projects focussed on the use of melt electrowriting to fabricate scaffolds and microchannel systems for tissue engineering and microfluidic applications, respectively. After the completion of her Dual Masters, she joined the Florea group in 2019 at Trinity College Dublin, Ireland. Her research involves the development of 4D polymeric microstructures using smart materials under the supervision of A/Prof. Larisa Florea.
Nick Huettner (Research Assistant)
Nick completed his Bachelor of Science degree in Chemistry at the University of Stuttgart, Germany in 2016. Subsequently, Nick was accepted into in the International Dual Master’s Degree in Biofabrication, a research-focused degree undertaken between the University of Wuerzburg in Germany and the Queensland University of Technology in Australia, from which he graduated in 2018 and 2019, respectively. During his Master’s degree Nick worked on research projects in Germany and Australia, on the development of hydrogel systems for biofabrication processes. In 2019, he joined the group of Larisa Florea at Trinity College Dublin, Ireland. His research focuses on the development of novel materials for 2-photon-polymerisation.
Maeve is a Medicinal Chemistry student at Trinity College Dublin completing her final year research project with the Florea group. Her research focuses on stimuli-responsive boronic acid-based hydrogels for saccharide sensing. She is due to graduate in May 2020.
Kathryn is a final year undergraduate student in the School of Chemistry at Trinity College Dublin. She completed a summer internship in the Florea group in 2019 working with various surfactant-like species functioning as Chemotactic Droplet Systems. She is now carrying out her final year project in the SFI Tetrapyrrole Laboratory based in the Trinity Biomedical Sciences Institute under the supervision of Prof. Dr. Mathias O. Senge in the synthesis of dodecasubstituted nonplanar porphyrins for applications in chiral anion sensing.