General Information

Graduate profile as a Researcher has learning outcomes as follows: 1) Able to design and formulate research encompassing the identification, formulation, and analysis of engineering problems in processes, processing systems, and process equipment required to convert raw materials into value-added products in the fields of Oleochemical Technology, Waste Treatment, Polymer Technology, and Environmentally Conscious Renewable Energy 2) Able to formulate alternative solutions to solve engineering problems in processes, processing systems, and process equipment required to convert raw materials into value-added products by considering economic, public health and safety, cultural, social, and environmental factors in the fields of Oleochemical Technology, Polymer Technology, Waste Treatment, and Renewable Energy 3) Able to discover and develop new processes, processing systems, and process equipment required to convert raw materials into value-added products using an analytical approach and taking into account technical standards, performance aspects, reliability, ease of implementation, sustainability, as well as economic, public health and safety, cultural, social, and environmental considerations in the fields of Oleochemical Technology, Polymer Technology, Waste Treatment, and Renewable Energy

Graduate profile as a Scholar has learning outcomes as follows: 1) Able to advance fundamental chemical engineering knowledge to solve problems in processes, processing systems, and process equipment required to convert raw materials into value-added products 2) Able to formulate alternative solutions to address engineering problems in processes, processing systems, and process equipment required to convert raw materials into value-added products by considering economic, public health and safety, cultural, and social factors with environmental awareness 3) Able to discover and develop new processes, processing systems, and process equipment required to convert raw materials into value-added products through analytical approaches and by considering technical standards, performance aspects, reliability, ease of implementation, and sustainability, while taking into account economic, public health and safety, cultural, and social factors with environmental awareness

Graduate profile as a Consultant has learning outcomes as follows: 1) Able to identify problem sources and provide solutions to engineering challenges in processes, processing systems, and process equipment required to convert raw materials into value-added products through investigation, data analysis, and interpretation based on engineering principles 2) Able to formulate alternative solutions to address engineering problems in processes, processing systems, and process equipment required to convert raw materials into value-added products by considering economic, public health and safety, cultural, social, and environmental factors 3) Able to select resources and utilize appropriate information technology and computational-based engineering design and analysis tools to carry out engineering activities in processes, processing systems, and equipment required to convert raw materials into value-added products

Graduate profile as an Expert has learning outcomes as follows: 1) Able to formulate alternative solutions to solve engineering problems in processes, processing systems, and process equipment required to convert raw materials into value-added products by considering economic, public health and safety, cultural, social, and environmental factors in the fields of Oleochemical Technology, Polymer Technology, Waste Treatment, and Renewable Energy 2) Able to select resources and utilize appropriate information technology and computational-based engineering design and analysis tools to carry out engineering activities in processes, processing systems, and equipment required to convert raw materials into value-added products