READ ME --> This is a "vanilla plain" jqModal window. Behavior and appeareance extend far beyond this. The demonstrations on this page will show off a few possibilites. I recommend walking through each one to get an understanding of jqModal before using it.

You can view the sourcecode of examples by clicking the Javascript, CSS, and HTML tabs. Be sure to checkout the documentation too!

NOTE; You can close windows by clicking the tinted background known as the "overlay". Clicking the overlay will have no effect if the "modal" parameter is passed, or if the overlay is disabled.

Infomation of Course

Program Common [공통(상호인정)] Course Type Elective(Graduate) [ 선택(석/박사) ]
Course Code 39.571 Course No CBE571
Section English English
L:L:C(AU) 3:0:3.0(0) Exam time
- Tue: 16:00~18:45
Course Title Energy Engineering [ 에너지공학 ]
Class time
Tue: 16:00~17:30 / (W1-3)Dept. of Chemical & Biomolecular Engineering [ (W1-3)생명화학공학과 ] (2116)
Thu: 16:00~17:30 / (W1-3)Dept. of Chemical & Biomolecular Engineering [ (W1-3)생명화학공학과 ] (2116)
Notice 타대학, 타학과 수강제한

Information of Professor

Name 최남순(Choi, Nam-Soon)
Department 생명화학공학과(Department of Chemical and Biomolecular Engineering)
Phone 042-350-3925

Education4.0 Q

Teaching Style Lecture 100%
Education4.0 Q N

Plan of Lecture

Syllabus File Energy Engineering CBE 571.pdf
Syllabus URL
Summary of Lecture This course is designed to provide an understanding of the two representative energy devices, fuel cells and rechargeable batteries. We will also discuss the current research trend on electrocatalysis for renewable energy and materials for next-generation batteries. At the end of this class, students will choose topic and give a presentation.
Material for Teaching - Main textbook : Fuel Cell Fundamentals
- Auxiliary textbook : Research papers published in top journals.
Evaluation Criteria * The followings evaluation criteria may change:
A. Attendance: 5% B. Midterm exam: 30% C. Final exam: 35% D.Quiz: 20%
E. Report: % F. Assignments: % G. Project: % H.Presentation: 10%
* Limitations on course retaking, if any:
Lecture Schedule Week Contents
1 Fundamentals of electrochemistry I
2 Fundamentals of electrochemistry II
3 Fundamentals of fuel cells I
4 Fundamentals of fuel cells II
5 Oxygen reduction reaction catalysis
6 Hydrogen oxidation reaction catalysis
7 Water electrolysis
8 Midterm
9 Fundamentals of rechargeable batteries I
10 Fundamentals of rechargeable batteries II
11 Li-S batteries
12 Li-metal batteries and Li-O2 batteries
13 CO2 electrochemical reduction
14 Presentation I
15 Presentation II
16 Final exam
Memo Hybrid class (하이브리드 수업: 대면+온라인)