Get insight into our research areas
Find out the innovation and discovery of Chemical Engineers to develop a more environmentally friendly materials & processes, improving energy efficiency, enhancing food quality, producing drug delivery materials, and solving global issues.
Green Sustainable Technology
The Green Sustainable Technology field focuses on developing environmentally friendly processes and renewable energy solutions to support a sustainable future. Research in this area includes bioenergy production, solar fuels, hydrogen generation, waste-to-resource conversion (such as pyrolysis and Fenton processes), carbon capture, and life cycle assessment. Students are encouraged to explore green process intensification and cleaner production technologies. With strong relevance to SDGs—especially in clean energy, responsible production, and climate action—this field offers rich opportunities for collaboration with industries in environmental and renewable sectors. Students may also engage in AI-driven modeling for system optimization and environmental impact prediction, enabling innovation in decarbonization and net-zero technologies.
Material & Process Engineering
Material & Process Engineering emphasizes the development of advanced materials and intelligent manufacturing systems to meet modern industrial needs. Research areas span functional materials such as adsorbents, membranes, and catalysts; nanomaterials; sustainable manufacturing; and digital process engineering including process simulation and control. Students are exposed to cutting-edge technologies supporting SDGs on industry, innovation, and sustainable cities. This field opens pathways for collaboration with chemical, materials, and energy industries, particularly in designing smart, resource-efficient solutions.
Biotechnology & Bioengineering
This field provides students with a solid foundation in the application of biology and engineering principles to develop sustainable technologies. Research topics include fermentation technology, metabolic engineering, enzyme-based catalysis, biomass valorization, and the extraction of bioactive compounds. There is also a strong focus on environmental biotechnology and bioremediation. The relevance to SDGs related to health, innovation, and biodiversity opens up research opportunities in pharmaceuticals, nutraceuticals, and sustainable agriculture.
