2. Industrial Organic Chemistry (CBE 203) Instructor : Prof. Minkee Choi mkchoi@kaist.ac.kr Tel : 3938mkchoi@kaist.ac.kr Course Format : Three hours per week (Tue. & Thu) Textbook : Fundamentals of Organic Chemistry, 7 th ed. McMurry Auxiliary textbook : Organic Chemistry, 7 th ed. McMurry Grading policy : Midterm Exam (30%), Final Exam (40%) Attendance (20%), Homework (10%) Office Hour & Place : by appointment / #6102 W1-3

3. Minkee Choi Associate Professor Phone: 3938/010-2210-4957 E-mail: mkchoi@kaist.ac.krmkchoi@kaist.ac.kr Homepage: http://egcl.kaist.ac.krhttp://egcl.kaist.ac.kr Education 2004-2007 : Ph.D., Chemistry, KAIST 2002-2004 : M.S., Chemistry, KAIST 1998-2002 : B.S., Chemistry, KAISTAIST Employment and Professional Experience 2007-2009 : Postdoctoral Fellow, Chemistry (KAIST)K 2009-2010 : Postdoctoral Fellow, Chemical Engineering, UC Berkeley (Enrique Iglesia) Who am I?

4. Industrial Organic Chemistry (CBE 203) TA : Juhwan Im ( 임주환 ), juhwanim@kaist.ac.kr, 010-9975-7213juhwanim@kaist.ac.kr Homework/Practice : Homework needs to be submitted in the next class after finishing the chapter. Announcement : http://egcl.kaist.ac.kr  lecturehttp://egcl.kaist.ac.kr

5. HW #1 First problem + 4n 1.26 1.30 1.34 1.38 1.42 1.46 1.50 1.54 1.58 1.62 1.66 1.68

6. Organic Chemistry for Engineers -One of few courses that provides insight in a ‘ molecular level’. -Enables us to design processes and materials in a molecular level -Provides Basic fundamentals for Chemical Engineering (99% of graduate research will use organic chemistry)

7. Polymer Engineering

8. Functional nanomaterials and device

9. Semiconductor

10. Memory device

11. Nanomaterials

12. Energy and Catalysis

13. Biochip/Biocomputer Chip manufacturing -Electrochemical process -Spotting: microfluidics DNA immobilization - Polymer chemistry: linker system & substrate - Surface chemistry Detection & data analysis -Bioinformatics -Nanoparticle-based detection DNA contents - Metabolic Eng. - Genetic Eng.

14. Biocompatible materials