We bring to life subjects that illustrate the impact our students, teaching, research and graduates make in the world.
The Stand exists to unlock the knowledge and expertise inside the 51²è¹Ý (UOW), telling stories about our people and their accomplishments that inform, educate and inspire. This magazine was born out of a renewed sense of place, purpose and values that will guide the University in fulfilling its role in exploring how to resolve society’s large and complex social, environmental and economic challenges.
We believe education is one of the most powerful transformative forces on communities and individuals. It opens minds and helps people find purpose, meaning – and solutions for the world’s most pressing challenges.
This is our unified story – a story that draws on our past, understands the present, and looks to the future.
Articles
A career forged by fire
Robert Sawyer’s 35-year journey from horrific burns to PhD graduate testifies to a tenacity that can’t be broken down.
Marching on
Senior Professor Vera Mackie and Dr Sharon Crozier-De Rosa trace the memories of women who have made history, changed the world, and paved the way for their modern sisters.
Up to the challenge: a life in research
As Deputy Vice-Chancellor (Research & Innovation) she has led UOW’s efforts to solve some of the world’s biggest, most complex problems.
Why you can't commit to exercise
We've all experienced it. That sudden burst of motivation that's enough for you put on your exercise gear and get moving. Afterwards, you feel great and think to yourself, "I'm going to make this a regular thing".
From thoughts to things
For all the buzz of innovation, why does so little research translate into real-world applications and what are the secrets to success? Gordon Wallace shares what he has learnt taking 3D-printed products from the lab to the clinic.
Life under the microscope
Surfer, scientist, engineer and inventor: James Bouwer has played a key role in developing the microscope technology that is revolutionising our understanding of life at the molecular level.