Professor Sarah Zhang
Professor Sarah Zhang FTSE Deputy Chair of University Academic Senate, Co-director of Advanced Manufacturing Technology She/her

Renowned for research in the infrastructure and composites industry, Professor Sarah Zhang has led more than 50 projects focused on advanced materials and composite structures. Her work includes the breakthrough development of green and water-resistant magnesium oxychloride cement (MOC) in partnership with UBIQ Technology, creating a formulation that revolutionised the cement’s applications outdoors as well as indoors. 

With a strong focus on meeting industry and societal needs, she has led influential projects on fibre-cementitious composites, as well as manufacturing high performance nanocomposite adhesives for aerospace and defence applications.

Professor Zhang has made significant contributions to academic governance as deputy chair of the Academic Senate at Western Sydney University, and has an enduring interest in engineering education, with an outstanding record of fostering diversity in the field.


Fellow status Elected 2024 Division NSW
Fellowship Affiliations Western Sydney University (WSU) Classification Academia Sector E - Infrastructure Expertise 311 - Mechanical engineering, 331 - Civil engineering, 332 - Structural engineering, 363 - Materials science and engineering, 411 - Research and development, 441 - Government organisations and institutions

Renowned for impactful research in the infrastructure and composites industry, Sarah has led over 50 projects, resulting in more than 380 publications. Her work includes the development of water-resistant and green Magnesium Oxychloride Cement (MOC) and MOC based composites, which enhances durability and aids in reducing carbon emissions. Sarah's expertise also extends to high-performance Fiber-Reinforced Cementitious Composites, where she has made significant advancements in improving structural safety and resilience. Her contributions to composites and defense-related research have led to advancements in adhesive materials and manufacturing technologies. By bridging academia with real-world applications, her work addresses industry and environmental challenges.