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Update your browserIn spirit of reconciliation, the WREN acknowledges the Traditional Custodians of country throughout Australia and their connections to land, sea, and community. We pay respects to their Elders past and present and extend that respect to all Aboriginal and Torres Strait Islander people.
As the WREN is partnered with Australian and Brazilian universities, we also pay respects to the Indigenous people of Brazil, who are the first knowledge holders of its land.
WREN Initiatives turn ideas into action, supporting women in engineering research through collaborative, purpose-driven programs. Each initiative responds to the real needs of our global community, aiming to create space for growth, leadership, and visibility.
By fostering partnerships, promoting inclusive practices, and developing targeted support structures, these initiatives help drive systemic change across academia and industry. They reflect our commitment to advancing equity in research by empowering women to lead, connect, and thrive.
Explore our current and emerging initiatives to see how WREN is shaping a more inclusive future in engineering.
By collaborating with educators, industry leaders, and aspiring entrepreneurs, WREN ensures that talented women in STEM can reach their full potential while contributing to innovation and progress.
Whether you’re a student, researcher, educator, or industry leader, WREN’s initiatives are here to support your journey. Join us as we work together to build a more inclusive future for women in research and engineering.
Stay tuned for updates on new initiatives and opportunities to get involved. Together, we can empower women to lead, innovate, and thrive.
Australia
Closing Date 2-Oct-22
The role of Research Scientist staff is to:
Australia
Closing Date 9-Oct-22
The candidate will co-develop methods to improve the way Traditional Owner values are included in this process. Addressing this social-technological gap will require knowledge collaboration that facilitates the mobilisation of cultural resources for sustainable conservation outcomes and digital tools to enable adaptive decision-making processes and CARE-based data practices
Australia
Closing Date 20-Nov-22
The PhD Project will focus on providing a better understanding of the dissolved metal ion species present during the leaching of low-grade copper ores, and developing a real-time data acquisition and self-recalibrating system for a long-life dissolved metal ion sensing technology using Machine Learning or Deep Learning.
