I am an expert on materials chemistry, nanotechnology, polymers, complex materials synthesis and plasma polymerization. I have worked in both industrial R&D and academic roles always with an emphasis on developing and commercializing new products and technologies for diversified areas ranging from automotive through biomedical to construction materials, both in Australia and overseas. My work is focused on the development of approaches and methodologies to benefit people and the environment. I was awarded my PhD in October 2015 from the University of South Australia (UniSA) in Advanced Manufacturing and Mechanical Engineering. My research focus was on the development of a "substrate independent approach for fabrication of biocompatible nano-silver/polymer antibacterial coatings". Prior to my PhD, I completed a MSc in Organic Chemistry in 2006 on synthesizing organic compounds, investigating the role of appropriate catalysts on the reactions’ yield and condition, and replacing hazardous solvents with environmentally friendly ones such as water. I also completed an MBA  (2010) in strategic management. I joined an ARC-Linkage project between MQ and Sydney Water on concrete corrosion in March 2017, and I was working on developing methodologies to detect and monitor acid-attack corrosion on concrete sewer pipes. I have recently been awarded "MQRF 2018" and I am currently working on the design, fabrication, and commercialization of "smart self-healing concrete". I am also a member of Global Young Academy.  My life goal is to make differences in people’s life by adding quality and innovation to the day-to-day consumer products.

• Smart Self-Healing Concrete
• Concrete Structural Health Monitoring
• Cementitious Materials
• Nanotechnology
• Advanced Manufacturing
• Materials Science and Engineering
• Adhesives, Sealants and Coatings