School of Biotechnology and Chemical Engineering
School of Biotechnology and Chemical Engineering
Biotechnology is a broad term that applies to all practical uses of living organisms containing plants, animals, and microorganisms as well as biological processes to create human benefit. For example, biotechnology is used to produce some valuable foods, pharmaceuticals, test for diseases, and remove waste. Rapid progress over the last quarter of the 20th century is due to the expectation that the development of new technologies can produce various compounds beneficial to the daily lives of human beings and in preserving the environmental health of the earth. It is utilizing the sciences of biology, chemistry, physics, engineering, computers, and information technology to develop tools and products that hold great promise and concern.
The major of Chemical Engineering has the educational aim to study the knowledge about manufacturing process of chemicals and operations for the conversion of raw materials into final products and to cultivate creativity and a challenging spirit toward new things. To reach this goal, the department presents a curriculum that centers on teaching the basics in mathematics, physics and chemistry, which form the basis of natural science and on helping students to experiment and practice. The spectrum of research and educational opportunities in our department also includes environmental engineering, chemical reaction engineering, particle technology, electrochemical engineering, biochemical engineering, semiconductor processing, polymer and material engineering. The major has produced engineers who have greatly contributed to the nation's industrial development as some of sophisticated experts in inorganic and organic industrial fields including petrochemicals, fertilizers, acid-alkali, rubber, synthetic fibers, biosensor, fine chemicals, ceramics and fine polymers.
The Department has a vision to be a viable target for students who wish to pursue a degree program in biotechnology, and to undertake and produce research of an international quality. The teaching activities in the Department are very well supported by dedicated faculty members responsible for large number of courses. Also, Graduates may pursue careers in public or private research institutes, biotech companies, graduate or medical schools, and chemical plants.
Course list
Biotechnology Engineering Major
- Microbiology and Lab 1
- Genetics 1
- Biochemistry 1
- Cell Culture Engineering and Lab 1
- Molecular Biology 1
- Bioindustry 1, 2
- Study for Functional Capacity of Useful Materials
- Organic Chemistry 1
- Microbiology and Lab 2
- Food Biotechnology Lab
- Quantitative Analysis
- Genetics 2
- Industrial Microbiology and Lab
- Biotechnology Exercise
- Marine Biotechnology 1
- Cell Biology
- Biochemistry 2
- Food Preservation
- Cell Culture Engineering and Lab 2
- Food Biotechnology 1, 2
- Medical Resources
- Marine Biotechnology 2
- Molecular Biology 2
- Biostatistics
- Biochemical Engineering
- Microbial Engineering Lab
- Study for Physiological Activities 1, 2
- Life Pharmaceutics 1, 2
- Plant Biotechnology and Lab 1, 2
- Natural Products 1, 2
- Enzymology
- Microengineering and Technology
- Selected Topics in Biotechnology
- Organic Waste Treatment
- Genetic Engineering
Chemical Engineering Major
- Physical Chemistry 1
- Organic Chemistry 1
- Chemical Process Calculation 2
- Engineering Mathematics 2
- Engineering Chemical Surveying
- Polymer Chemistry
- Chemical Engineering Fluid Mechanics
- Chemical Process Calculation 1
- Quantitative Analysis
- Engineering Mathematics 1
- Rubber Engineering
- Chemical Engineering Lab 1, 2, 3
- Inorganic Chemistry 1, 2
- Physical Chemistry 2
- Organic Chemistry 2
- Process Control
- Inorganic Industrial Chemistry
- Reaction Engineering 1, 2
- Chemical Engineering Thermodynamics 1, 2
- Chemical Engineering Unit Operation 1, 2
- Organic Industrial Chemistry
- Polymer Engineering
- Instrumental Analytical Methods
- Polymer Materials
- Chemical Safety Engineering
- Computer Calculation in Chemical Engineering
- Special Topics in Chemical Engineering 1, 2
- Environmental Chemistry
- Plant Design
- Petrochemical Engineering
- Transport Phenomena
- On-the-job Training at Chemical Plants
- Teaching Profession Courses
- Principles of Chemical and
- Textile Engineering Education
- Materials Evaluation and
- Teaching Methods of Chemical and Textile Engineering
Course list
교과과정 목록
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