Department Of Chemical Engineering
Educational Objectives
    To cultivate chemical engineers with expertise, application skills, research spirit, leadership and ethics to shoulder the responsibility of social construction, technological innovation, environmental protection, and sustainable development.
Core Capabilities
  1. to become proficient in the fields of Physics, Chemistry, Mathmatics, Biology and Computer Techonology
  2. to develop core engineering knowledge in process analysis, design, synthesis and evaluation skills
  3. to exercise problem solving skills by employing engineering theory and operating practices
  4. to utlize core engineering knowledge to promote the advancement and innovation of engineering technology
  5. to foster the ability to discover, analyze, explore and solve complex problems
  6. to promote independent thinking and interdisciplinary skills
  7. to acquire skill in verbal expression and effective communication
  8. to develop vision for the future in a global context and value of team work
  9. to enhance awareness of social responsibility and professional ethics
  10. to promote humanistic virtue and life-long study
Table of Core Capabilities and Curriculum Planning
Curriculum Planning
Curriculum Planning Map
Course List
Course TypeCourse Title (Recommended Year of Study)
General Courses The Chinese languages and literatures area (1), the foreign languages area (1), physical education (12), student service education (123)
Liberal Education Literature and Arts , Historical Thinking , World Civilization , Philosophy and Moral reasoning , Civil Awareness and Social Analysis , Life Science
Catalysis and Chemical Reaction Engineering Applied Mathematics for Chemical Engineers(34) Catalysis Chemistry(34) Thin-film Technology and Surface(34)
Process Design and Process Engineering Matlab and Its Applications(12) Numerical Analysis(34) Introduction to Semiconductor Processing(34) Computer-aided Process Design(4) Fluidization Engineering(34) Membrane Separation Processes(34) Intermediate Numerical Methods(34) Computer-aided Computation for Chemical Engineers(34)
Energy and Environmental Engineering Introduction to Environmental Engineering(34) Applied Electrochemistry(34) Energy Engineering(34) Electrochemical Engineering(4) Petrochemical Industry Processing(234) Optoelectronic Display Technology(34) Energy Materials and Devices(34) Architecture of Energy and the Environment(34) Energy Systems Engineering and Economics(34)
Material Science and Engineering Polymer Chemistry(34) Science of Polymeric Materials (b)(34) Polymer Physics(34) Electronic and Optoelectronic Polymers(34) Special Topic on Organic Materials Synthesis and Applications(34) Introduction to Composite Materials(34) Applied Polymer Chemistry(34) Fine Ceramics(34) Electro-optical Materials(34) Introduction to Materials Science(234) Experiment of Specialty Chemicals for Electronics(34) Electronic Ceramics(34) Science of Polymeric Materials(34) Experiments of Polymeric Synthesis and Physical Properties(34) Energy Materials and Devices(34) Polyolefin Science and Technology(34) Polymer Materials Science(34) Introduction to Polymer Materials Applications(34)
Biochemical and Biomedical Engineering Introduction to Biomolecular Engineering(234) Special Topics on the Biochemical Eng.(34) Microbiological Engineering(34) Introduction to Biomedical Engineering(234) Special Topics on Biomaterials(34) Introduction to Biochemistry(34) Biotechnology(34) Special Topic in Biochemical Engineering(34) Special Topics on Biointerface Engineering(234) Biochemical Engineering(34) Chemical Engineering Principles and Biological Phenomena(34) Bioseparation and Bioprocessing Engineering(34) Chemical Engineering Technology in Pharmaceutical Manufacturing(34) Introduction of Development for Recombinant Protein-based Vaccines(34) Special Topic in Bioengineering(34)
Multidisciplinary Areas Scientific Paper Reading and Presentation Skills(34) Python and Its Applications(34) Special Project (b.s.) (b)(34) Special Project (b.s.) (c)(34) Special Project (b.s.) (a)(34) Process Design(4) Transport Phenomena(34) Selected Topics in Unit Operations(34) Statistical Applications in Chemical Engineering(34) Special Topics on Statistical Thermodynamics(34) Special Topics on Physical Chemistry(34) Fundamentals and Applications of Microfluidics(34) Creative Thinking and Logical Analysis(34) Printing Technology for Device Fabrication(34) Development and Management of Chemical Products(4) Data Science and Decision Technology(234) Introduction to Supercritical Fluid Technology(34) The Application of AI in Chemical Engineering(34) Chemical Process Safety(34) Spectroscopic Techniques: Fundamentals and Real-World Applications(234) Membrane Separations and Sustainable Engineering(34) Mechanics of Materials(2)
Required Courses of the Department PHYSICAL CHEMISTRY LAB.(2) Service Learning (a)(1) Service Learning (b)(2) Computer Programming(1) Chemical Engineering Fundamentals(1) Mass and Energy Balances(1) Introduction to Mechanics of Materials(2) Physical Chemistry (Ⅰ)(2) Physical Chemistry (Ⅱ)(2) Engineering Mathematics (Ⅰ)(2) Engineering Mathematics (Ⅱ)(2) Fluid Mechanics and Operations(2) Chemical Engineering Thermodynamics(3) Heat and Mass Transfer(3) Separation Processes(3) Chemical Engineering Laboratory (Ⅰ)(3) Electrical Engineering Fundamentals(3) Chemical Reaction Engineering(3) Chemical Engineering Laboratory (Ⅱ)(4) Process Control(4) Chemical Engineering Process Design(3) Chemical Engineering Process Design Practice(4) Chemical Process Industries(4)
Future Map
Future Map