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Photonic & Electronic Chemical Engineering
Our educational objective in this major is to prepare students for an engineering career centered around the chemical and physical processes required in photonics, microelectronics, and energy industries. Keeping in pace with the challenging opportunities afforded to chemical engineers in these industries, the curriculum of this major emphasizes materials chemistry and materials processing, based on the basic principles in chemical engineering, such as: transport phenomena, thermodynamics, and chemical reaction engineering. Through the curriculum, students will receive the training necessary in preparing them for successful industrial careers or for advanced study.
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Chemical Engineering Safety
The major in chemical Engineering safety pursuits the train of high class about chemical engineering safety. The objective of education is emphasized on training the competent person with the broad ability about safety of processes. The curriculum of the major is composed of “combustion and explosionprotection engineering” “chemical process risk assessment” “plant safety facility” to have the students learn the basic knowledge in this major and the other special project.
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Chemical Engineering Safety
The major of Chemical Engineering aims to train our students to become competent chemical engineers who explore new opportunities for innovation through research and development (R&D) as well as work in the chemical industry for the planning, design and operation of chemical reactors, separation units and chemical plants that include both.
Our focus is to prepare students to adapt to rapid technological change and development towards highly efficient and precise and systemized chemical processes.
Therefore our curriculum includes laboratory courses and advanced Chemical Engineering disciplines, such as Nonuniform Reaction Engineering, Chemical Process Control System Analysis, Separation and Purification Processes, Chemical Process Thermodynamics, Numerical Analysis in Chemical Engineering, Chemical Process Design and Chemical Engineering Intensive Lab, in addition to several essential courses in the School of Chemical Engineering.