Advanced materials for a sustainable future

Our research group is dedicated to addressing critical energy and environmental challenges by pioneering the rational design of advanced metallic materials

We focus on the precise engineering of mesoporous metals, high-entropy alloys, and complex hybrid architectures, with a primary emphasis on high-efficiency electrocatalytic hydrogen evolution and the innovative upcycling of waste plastics. By integrating sophisticated synthesis strategies with cutting-edge operando characterisation, such as SEM, TEM, and XPS, we strive to unravel the fundamental charge-transfer mechanisms at catalytic interfaces.

Our mission is to bridge the gap between material design and real-world impact, providing our students with a rigorous, state-of-the-art training environment that spans the entire lifecycle of scientific inquiry.

We are actively seeking motivated students with backgrounds in chemistry, materials science, or physics who are driven by curiosity and a passion for creative problem-solving.

As a member of our team, you will not simply be a research assistant; you will be an integral collaborator empowered with the autonomy to explore your scientific interests.

We are committed to fostering your professional development through tailored mentorship, ensuring you gain the technical expertise and interdisciplinary perspective necessary to thrive as an independent researcher

If you are ready to engage in impactful, high-level science and contribute to the next generation of catalytic technology, we warmly welcome you to join our team and contribute your unique talents to our shared goals.

Joining this research project offers the opportunity to become part of a highly international and interdisciplinary research environment at the forefront of materials science and electrocatalysis.

You will gain hands-on experience in advanced material synthesis, structural characterisation, and electrochemical analysis, supported by world-class research facilities and collaborative networks in AIBN and UQ.

Our team actively promotes international collaboration and research mobility, providing opportunities to engage with leading institutions across Asia, Europe, and beyond.

Through these collaborations, you will develop expertise in cutting-edge experimental and computational approaches while building a strong global research network.

Beyond scientific training, we are committed to supporting your growth as an independent researcher. With personalised mentorship, a collaborative culture, and opportunities for international exchange, you will be well positioned to pursue a successful career in academia or industry and contribute to next-generation energy and environmental technologies.