Cordelia Selomulya

Cordelia Selomulya

ARC Future Fellow
Department of Chemical Engineering, Monash University

Prof Selomulya is leading the Biotechnology and Food Engineering group with an internationally recognised reputation in drying technology research, and the only facility in Australia for functional particle assembly via microfluidic spray drying. The unique spray dryer can be used to synthesise other types of particles, including thermal sensitive and bioactive particles, microparticles for controlled release and microencapsulation, magnetic and fluorescent composites, and mesoporous microspheres with hierarchal structures and properties superior to those observed on nanomaterials (Prov. Patent AU2013904021). The method is scalable and is potentially a cost effective, energy and material-efficient route to produce high quality powders with better functionality and ease of handling. This technology is an integral part of her ongoing collaborations with Dairy Innovation Australia Ltd, French National Institute for Agricultural Research (INRA), Agrocampus Ouest (France), Dairy Research Institute (US), South Dakota State University, several Chinese universities (Soochow, Xiamen, Fudan, Nanchang) and companies (Kingdomway Group, Guangzhou Ling Nan Intel Enterprise Group Co., Ltd, 3M, P&G, etc).

Her works with the dairy industry have been highlighted in Chemical Processing, Monash Magazine, and internationally (Science Daily, ABC International, etc). She is the director of the Australia-China Joint Research Centre for Future Dairy Manufacturing (2016 – 2019), a joint strategic initiative funded by the Australian and Chinese governments, and industry partners in both countries, including Bega, Devondale Murray Goulburn, Fonterra, Gardiner Foundation, Food Innovation Centre, COFCO, and Mengniu Dairy.

She is also leading the Monash Advanced Particle Engineering Laboratory (MAPEL) in interdisciplinary research on the design of nanoparticle vaccines and mesoporous materials (including a recent 2016 article in Nature Chemistry). Other examples include designing a more efficient DNA vaccine delivery system for malaria using magnetic nanoparticles, understanding the role of nanoparticle adjuvants for ovarian cancer vaccines, and developing multi-stage vaccines for malaria. She is an ARC Future Fellow (2014 – 2018) and an adjunct professor at Soochow University.