The McAuley Group

The McAuley group was formed in October 2022 when Chris moved from Oxford (UK) to Trinity College Dublin (Ireland). The group is actively looking for new members; if you are potentially interested then please have a look at the current opportunities and available funding and get in contact.


PI: Chris McAuley

Chris is an Assistant Professor in Physical Chemistry at Trinity College Dublin. His research spans from fundamental to applied, including areas such as energy conversion, medical sensing and nanochemistry.

Prof. Chris McAuley- Trinity College

2024

Chloé Flandrin

cflandri@tcd.ie

PhD

Formerly Université de Bordeaux

Chlo&eacute Flandrin

Mert Can Özarpacı

ozarpacm@tcd.ie

PhD

Formerly Trinty College Dublin, Computational Electrochemistry

Mert Can &Oumlzarpac&#305

Alison Cooke

cookea3@tcd.ie

Capstone Project Student

Alison is a final year Chemistry with Molecular Modelling student at TCD. Her project is on numerically determining carbonate speciation in the world's Oceans.

Alison Cooke

Lana Carpenter

lacarpen@tcd.ie

Capstone Project Student

Lana is a final year Chemistry with Molecular Modelling student at TCD. Her project is on simulating electrochemical systems with unequal diffusion coefficeints.

Lana Carpenter

2023

Chloé Flandrin

cflandri@tcd.ie

PhD

Formerly Université de Bordeaux

Chlo&eacute Flandrin

Victor Vendruscolo

vendrusv@tcd.ie

Visiting PhD

Universidade de São Paulo

Andrea Scutti

Andrea Scutti

scuttia@tcd.ie

Master's

Universitá degli Studi di Ferrara, Erasmus Student

Andrea Scutti

Mert Can Özarpacı

ozarpacm@tcd.ie

Capstone Project Student

Mert is a final year Chemistry with Molecular Modelling student at TCD. His project is on the ohmic distortion of cyclic voltammetry under thin-layer cell conditions.

Mert Can &Oumlzarpac&#305

2022

Roman List

MSc

Energy Science: Co-ordinate Transforms for Improving Physics-Informed Neural Networks

Roman List, TCD

Alison Aherne

MSc

Visiting Universitat de Barcelona: Enhanced Electro-Catalytic Activity of Amorphous Mixed-Metal Oxide Nanoparticles