What is Chemical and Biomolecular Engineering?
The Chemical and Biomolecular Engineering involves the study and research for the development, design, operation and management of chemical, physical, and bio-processes to provide necessary materials, which are required in cultural living of humans from natural and bio-resources. The integration of chemical and biomolecular engineering fields is a new research field reflecting the trend of fusion technologies in the advanced 21st century. Conventional chemical and biomolecular engineering deal with crude oil processing, fabrication of plastic and synthetic fibers, synthetic rubber, the separation of gases from air, environmental problems, fertilizers and foods, isolation of isotopes and development of medicines and antibiotics; these studies provide us a wealthier and more comfortable life. The chemical and biomolecular engineering takes a major role in leading the future development through nanotechnology, biotechnology, information technology, energy/environmental technology, as well as the fusion of all these technologies. The study will open the way to substantiate the future technologies in our actual human beings.
Department of Chemical and Biomolecular Engineering
The Department of Chemical and Engineering has the educational aim to provide knowledge about the manufacturing processes of bio-chemical products and operations for the conversion of raw materials into final products, as well as 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 chemistry, physics, and biochemistry, 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 biomolecular engineering, biochemical engineering, environmental engineering, chemical reaction engineering, particle technology, electrochemical engineering, semiconductor processing, and polymer and material engineering. The department has produced engineers who have greatly contributed to the nation’s industrial development as sophisticated experts in inorganic and organic industrial fields including petrochemicals, fertilizers, acid-alkali, rubber, synthetic fibers, biosensors, fine chemicals, ceramics and fine polymers.
Professors
- Youn-Sop Kim, Ph.D. [Professor, Polymer Chemistry, yskim1@jnu.ac.kr]
- Ho-Joon Seo, Ph.D. [Professor, Catalytic Reaction Engineering, hjseo@jnu.ac.kr]
- Oh-Yun Kwon, Ph.D. [Professor, Physical Chemistry, oykwon@jnu.ac.kr]
- Hun-Soo Byun, Ph.D. [Professor, Thermodynamics and Separation Processes, hsbyun@jnu.ac.kr]
- Soon-Do Yoon, Ph.D. [Associate Professor, Process and Control of Chemical Engineering Materials, yunsd03@jnu.ac.kr]
- Heon-Ho Jeong, Ph.D. [Assistant Professor, Bio-application Engineering, jeonghh29@jnu.ac.kr]
Degree Requirements
Students are required to earn 140 credits, and pass qualifying exams or a dissertation
What Do You Study?
Core Courses
- Physical Chemistry 1
- Chemical Process Calculation 1
- Chemical Engineering Thermodynamics 1
- Chemical Engineering Lab 1
- Chemical Engineering Lab 2
- Chemical Engineering Lab 3
- An Introduction to Industrial Chemistry
Electives
- Polymer Chemistry
- Polymer Materials
- Chemical Engineering Fluid Mechanics
- Chemical Process Calculation 2
- Engineering Mathematics 1
- Engineering Mathematics 2
- Inorganic Chemistry
- Physical Chemistry 2
- Organic Chemistry 1
- Organic Chemistry 2
- Inorganic Material Design
- Chemical Reaction Engineering 1
- Chemical Reaction Engineering 2
- Chemical Engineering Thermodynamics 2
- Chemical Plant Design
- Chemical Engineering Unit Operation 1
- Chemical Engineering Unit Operation 2
- Petro Chemical Engineering
- Computer Calculation in Chemical Engineering
- Chemical Safety Engineering
- Transport Phenomenon
- Biopolymer
- Properties of Polymer
- Energetics Seminar
- Basic Design of Chemical Engineering
- Recent fusion technology and understanding
- Chemical Plant Design
- Process Dynamics and Control
- Process Systems Analysis and Control
- Computer Program and Practice of Chemical Engineering
- Environmental Chemical Engineering(Project Lab1)
- Analytical Chemistry 1
- Bioprocess engineering
- Biological Chemistry
- Bioprocess Engineering
- Organic Synthesis Engineering(Capstone Design)
- ProjectLab2
Careers
Graduates may pursue careers in public or private research institutes, biotech companies, graduate or medical schools, and chemical plants.