Dr Mary McMillan
Lecturer - School of Science & Technology
I myself am a graduate of the University of New England, completing a Bachelor of Science with Honours in 2007, before moving on to complete my PhD in a joint project between UNE and CSIRO. Following the completion of my PhD in 2013, I joined UNE as an academic staff member, in the area of Molecular and Cellular biology.
I am the Course Coordinator for the Science Pathways, providing avenues into University study for students who don’t have a traditional background in science. I really enjoy teaching, and being able to provide advice to students as they begin their journey into a career in science. I also have a passion for science communication, and am actively involved in a number of outreach activities, including HSC booster days, and the CSIROs Scientists and Mathematicians in Schools program.
To learn more about my research and teaching you can follow me on Twitter: @maryemcmillan
- BSc (Hons) (UNE)
- PhD (Molecular Biology), UNE,
- Graduate Certificate in Tertiary Education (UNE)
Since joining UNE I have taught across a wide range of units in Molecular and Cellular Biology. My major teaching areas are genetics and human development, and my current teaching portfolio includes the following units:
- PSIO120: Introductory Human Physiology 2
- GENE210/410: Introductory Genetics (Unit coordinator)
- HDEV201/401: Introduction to Human Development (Unit Coordinator)
- HDEV402: Clinical and Neurobiological Issues in Disability Management (Unit Coordinator)
- HDEV403: Biomedical Basis of Disability Identification, Impact and Resourcing
In addition to teaching in the discipline of Biomedical Science, I also teach genetics to students studying in the Joint Medical Program. I regularly supervise students completing SCI395 research projects, and students undertaking work placement through the unit WORK300.
My research is carried out within UNE’s Brain and Behaviour Research Group. As part of this multi-disciplinary team I am investigating biological and genetic markers for mental illness, specifically in the area of depression. Ultimately the goal of this research is to improve diagnosis of mental illness, and provide personalised treatments for individuals. I am also involved in research projects in the area of Autism Spectrum Disorders (ASD).
In addition to these major research projects, I also apply my knowledge and skills in molecular and cellular biology in supervising undergraduate research projects, Honours projects, and post-graduate students across a range of different fields.
See Google Scholar