School of Chemical Engineering

School of Chemical Engineering

College Homepage: http://eng.jnu.ac.kr/eng

Homepage: http://ace.jnu.ac.kr/eng

The goal of the School of Chemical Engineering (SCE) is to promote the development of engineering education by improving standards and guidelines of educational programs for engineering colleges and related education, thereby performing certification and consultation, and ultimately producing competent engineers.

SACE was established in March 2002 by combining the existing faculty of Chemical Engineering and faculty of Applied Chemistry. The newly restructured School of Applied Chemical Engineering comprises the following five departments to foster human prowess that is necessary for the development of engineering: Polymer Engineering, Photonic and Electronic Materials, Textile Engineering, Fine Chemicals Engineering, and Chemical Engineering.

Graduates obtain employment in chemical plants (oil refinery, petrochemical, fertilizer, synthetic resin, oil and fat, food industry, inorganic chemistry, explosives, cement, glass, dye, rubber, paint, pulp and paper, metal, and smelting) in all parts of the cod try including the Yeocheon and Ulsan districts, thermoelectrical and nuclear power plants, steel mills, photoelectron fields (semiconductor component/equipment, LCD, and photo component manufacturing), textilerelated fields, sales fields for trading companies, pharmaceutical fields, cosmetics fields, polymer-related fields, research institutes, and the civil service.

Course list

• Mathematics 1, 2
• General Chemistry 1, 2
• General Physics 1, 2
• Chemistry Laboratory 1, 2
• MATLAB Programming and Practice

• Introduction to Applied Chemical Engineering
• Teaching Profession Courses
• Principles of Chemical and Textile
• Engineering Education
• Materials Evaluation and Teaching Methods of
• Chemical and Textile Engineering
• Logic and Essay Writing in Chemical and Textile Engineering

Chemical Engineering Major Courses

• Transfer Operations 1
• Chemical Process Calculation 1
• Physical Chemistry 1, 2
• Organic Chemistry 1
• Engineering Mathematics 1, 2
• Basic Experiment of Chemical Engineering Lab 1, 2
• Introduction to Creative Engineering Design
• Basic Design of Applied Chemical Engineering
• Reaction Engineering 1, 2
• Separation Processes 1, 2
• Chemical Engineering Thermodynamics 1, 2
• Chemical Process Control 1, 2
• Chemical Engineering Lab 1, 2
• Numerical Analysis in Chemical Engineering
• Chemical Process Design
• Capstone Design
• Organic Chemistry 2
• Transfer Operations 2
• Chemical Process Calculation 2
• Material Science
• Polymer Chemistry 1
• Fine Chemical Process
• Chemical Engineering Materials 1, 2
• Organic Reaction Mechanism
• Catalyst Engineering
• Introduction to Semiconductor Processing
• Chemical Engineering Economics
• Transfer Phenomena
• Fine Separation Technology
• Environmental Engineering
• Instrumental Analytical Methods
• Chemical Plant Design
• Thesis Writing & Lab
• Chemical Engineering Recitation
• Safety Engineering of Chemicals
• Energy Engineering
• Particle Engineering
• Computer-aided Design of Chemical Engineering
• Unit Process in Petrochemicals
• Engineering Seminar

Fine Chemicals Engineering Major

• Transfer Operations 1
• Chemical Process Calculation 1
• Physical Chemistry 1
• Organic Chemistry 1
• Engineering Mathematics 1
• Basic Experiment of Chemical Engineering Lab 1, 2
• Introduction to Creative Engineering Design
• Basic Design of Applied Chemical
• Engineering
• Organic Synthesis
• Organic Synthetic Lab
• Chemical Engineering Thermodynamics 1
• Nano-materials for Chemical Engineering
• Instrumental Analysis and Experiment of Thin Films
• Capstone Design 1
• Numerical Analysis in Chemical Engineering
• Process Simulation Based on PC
• Battery Materials
• Introduction of Optical Communication
• Special Topics in Photonic and Electronic Materials
• Sensor Engineering
• Biosensing Device
• Capstone Design 2
• Engineering Seminar