Li Luo

Li Luo

School of Chemical Engineering

Faculty of Sciences, Engineering and Technology


With a foundational background in supply chain management, specifically within energy, natural resources, and waste products, my academic trajectory has been further enriched by the domains of applied mathematics and operations research. This depth has allowed me to harness tools like mathematical modeling, simulation, and coding, both efficiently and effectively.

My research areas encompass the broad spectrum of supply chain optimization simulation and design, supply chain economic analysis, supply chain system dynamic, optimization algorithm design, and supply chain life cycle assessment. What I particularly emphasize in my studies is the contextual backdrop of these chains – the evolving carbon policies, unpredictable market demands, dynamic market, and many other intricacies.

With a foundational background in supply chain management, specifically within energy, natural resources, and waste products, my academic trajectory has been further enriched by the domains of applied mathematics and operations research. This depth has allowed me to harness tools like mathematical modeling, simulation, and coding, both efficiently and effectively.

My research areas encompass the broad spectrum of supply chain optimization simulation and design, supply chain economic analysis, supply chain system dynamic, optimization algorithm design, and supply chain life cycle assessment. What I particularly emphasize in my studies is the contextual backdrop of these chains – the evolving carbon policies, unpredictable market demands, dynamic market, and many other intricacies.

 
 
 
 

CIVE5066 Water Quality Modelling (UniSA)

Chemical Enginneering Honor project supervisor


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