Women in STEM Alumni Network
Create, Develop, Foster, Inspire.
Welcome 最新糖心Vlog of Adelaide Women in STEM Alumni community.
The Women in STEM alumni network (WiSAN) aims to develop and foster a supportive, diverse and inspiring community for its alumnae through engagement, peer mentoring, personal and professional development and support for the next generation of women in STEM.
As you travel on your different paths, you have the opportunity to connect with other like-minded women. As well as being part of a network of over 170,000 alumni, you have access to exclusive Women in STEM Alumni events and programs focused on personal and professional development.
To find out more, contact our聽Alumni Office聽or connect with us on 补苍诲听.
Connect with us
- Join our committee聽with expressions of interest now open for new positions.
- Send us an email
- Follow us on and join our
Have your say
The Women in STEM Alumni Network was created by women in STEM for women in STEM. We want to hear what you want from your network. Let us know how you would like to stay connected and what events and activities you would like to attend. Send us your suggestions.
16
Jan
Biological Sciences researchers have now identified nine species of sea snakes as having regained the genetic requirements for advanced colour vision, demonstrating that once a complex trait has been lost to evolutionary time, it may be regained in some way.
15
Jan
Researchers in the School of Agriculture, Food & Wine have discovered that a protein which mediates the transport of alkali metal ions, such as potassium, and halides ions across plant membranes acts similarly to a protein found in animals.
16
Jan
Biological Sciences researchers have now identified nine species of sea snakes as having regained the genetic requirements for advanced colour vision, demonstrating that once a complex trait has been lost to evolutionary time, it may be regained in some way.
15
Jan
Researchers in the School of Agriculture, Food & Wine have discovered that a protein which mediates the transport of alkali metal ions, such as potassium, and halides ions across plant membranes acts similarly to a protein found in animals.