Bachelors of Engineering (Honours) / Science
Stavros Niarchos Foundation Scholarship
Emily Schultz is a Chemical Engineering and Environmental Science undergraduate passionate about developing sustainable solutions in industry.
Graduating from Emmanuel College on the Gold Coast in 2022 with a 99.3 ATAR, Emily excelled academically, achieving the top mark in Biology and Chemistry, and earning numerous awards, including the Duke of Edinburgh Bronze, Silver and Gold Awards. As the founder and captain of the Environmental Committee, she led impactful initiatives, such as introducing Biopak alternatives in the school canteen and implementing Containers for Change recycling bins across campus.
Before commencing her university studies, Emily dedicated her gap year to volunteering and community service. One of her most rewarding experiences was as Program Leader at Camp Towhee, a Canadian summer camp where she mentored neurodiverse youth through outdoor activities and leadership development. Back home, she volunteered at her local community center, fostering connections between disabled and older populations, and worked as a private tutor, empowering students to achieve their academic potential.
Since beginning her university journey in 2024, Emily has received the Dean’s Commendation for Academic Excellence in both semesters and has embraced leadership roles within the UQ community, including participating in the Leaders@EAIT Pathway Program and serving as a Women in Engineering Student Leader. Her global perspective was further extended by her participation in the NCP trip to Indonesia with the Chemical Engineering Facility, where she learnt about innovative chemical engineering practices and sustainable solutions in a diverse cultural context.
As a Liveris Scholar, Emily looks forward to leveraging the Academy's interdisciplinary network, mentorship opportunities, and global connections to refine her technical expertise and expand her impact in engineering. She aspires to create long-lasting solutions to environmental challenges on both local and global scales.
