Scanning Probe Microscopy Facility Manager
College of Science and Engineering
My PhD was awarded for using UV/visible lasers and molecular calculations to understand chemical reactions relating to silicon and germanium thin-films. Postdoctoral research at Flinders resulted in the development of a powerful laser-based technique for studying molecules and small clusters.
My research has included laser-based detection of trace compounds, using lasers in biological applications and building prototype devices with Raman and Laser Induced Breakdown Spectroscopy (LIBS) capabilities.
PhD: Laser studies of silylene and germylene - experiment and computation, Flinders University (2001).
Honours: Synthesis and laser studies of air-sensitive light-activated molecular switch compounds containing iron, Flinders University (1993).
Funding Awards
Flinders University DVCR Infrastructure Funding - High-Resolution Spectrometer - 2020
Flinders University Cross-College Research Funding - UV laser crosslinker - with Dr Marta Gabryelska (CMPH) - 2021
Inspring SA science-art grant with Micro-X - "SmART Science - Seeing Things Differently" - 2022
Scanning Probe Microscopy Facility Manager, Flinders Microscopy and Microanalysis (https://www.flinders.edu.au/microscopy)
Nano and Microplastics Research Consortium Member (https://www.nmrc.com.au/).
Project Officer - STEM Enrichment Academy
Previous teaching responsibilities in Chemistry and Physics topics at Flinders University include:
CHEM1201 - General Chemistry - Academic Developer and Demonstrator; PHYS1702 - Physics for Health Sciences - Demonstrator
PHYS2702 - Quantum Concepts - Lecturer; PHYS3711 - Quantum Physics - Demonstrator
Science-art from molecules - 'Quantum Conversations' www.quantumconversations.net