Graduate School, Hanyang University Seoul, Korea Affiliated with

1. GREETINGS The Department of Convergence Nanoscience is an education/research program differentiated from other graduate programs as it endeavors to train new talents equipped with creative knowledge in the field of convergence nanoscience. In particular, the Asian Research Network located within our Fusion Technology Center is working with RIKEN of Japan, governmental research institutes, and other affiliated universities and overseas institutes to secure outstanding lecturers with the aim of providing and promoting rigorous learning. In this increasingly intense and competitive era of science, we are striving to become the frontier in securing foundational technology and training global leaders in the field of convergence nanoscience. Chairman of Department of Convergence Nanoscience Professor Jong-Man Kim As the boundaries between Chemistry, Physics, Life Science, and Engineering are collapsing, we are expending much efforts to generate a synergistic effect through cooperation among different academic fields. To actively respond to the creation of new industries and change in industrial structure brought by the rapid development of the 21st century nanotechnology, we are vigorously promoting collaborated research between the fields related to nanotechnology such as BT, IT, and ET. Prof. Jong Man Kim Affiliation: Chemical Engineering / Research Area: Nano-Organic Materials Tel Website:

2. OUTLINE OF DEPARTMENT The direct trigger for establishing the Department of Convergence Nanoscience was the creation of the Asian Research Network (ARN). As a continuation of this project, we opened the Fusion Technology Center on July 1, 2008, and currently we have a branch within RIKEN, Japan. The main projects of ARN include encouraging international cooperation and collaborated research. Since the Fusion Technology Center already provides exceptional research and teaching facilities, we have more than sufficient basis to train global leaders for convergence nanoscience. In particular, we have secured lecturers with doctorates from participating research institutes such as RIKEN. The diverse specialization of our teachers allows us to provide world-class convergence education programs to graduate students in major Asian countries, and contributes to the globalization of Hanyang University. Our department’s teaching staff includes full-time professors in chemistry, chemical engineering, material sciences, electrical science, mechanical and electric engineering, and communication engineering as well as associate professors with doctorate degrees from research/training institutes within Korea or abroad, such as RIKEN. The diverse specialization of our teaching staff will equip us with the advantage of providing a world-class integrated education program to the graduate students in all major countries of Asia.

3. EDUCATION GOALS The objective of the Department of Convergence Nanoscience is to train top-level individuals who can understand the foundations of nanotechnology and apply such knowledge to the fields of NBT and NIT convergence sciences. 1. Training top-level individuals in the field of convergence nanotechnology Our goal is to train creative and talented individuals who have a thorough understanding of nanotechnology, including nano-materials and nano-devices, and can aptly react to the new paradigm of science technology which involves the convergence of energy sciences, BT, and IT. 2. Training talented individuals to act as global leaders in convergence technology By offering English lectures and collaborating with the Asian Research Network (ARN), we hope to train global leaders in the field of convergence nanoscience. Dept. of Convergence Nanoscience Asian Research Network Co-FacultyScholarship Globali- zation

4. MAIN CURRICULUM 1. Basic Courses Surface Spectroscopic Analysis In this course, students learn about various techniques of surface spectroscopy used in material engineering, and participate in real experiments to aid their understanding. Next Generation Exposure Technology This is a seminar where students present and debate on research findings and newest technology related to the main equipment of next generation semiconductor technology. Functional Macromolecules – Composition, Characteristics, and Functional Design In this course, students are introduced to organic molecules and learn about the application of functional design, composition, and characteristic functions of macromolecules. 2. NT-BT Fusion Courses Chemical Sensor Materials In this course, students will learn the principles, varieties, and application of chemical sensors. This course also focuses on recent research trends to help students obtain the ability to construct sensor materials. Micro-Currents and Instruments This course will teach the students about the flow conditions in microfluidics. This course can be taken by graduate students of natural sciences and engineering who require fundamental knowledge of fluid mechanic. Micro/Nano Biomedical Sensor Technology In this course, students learn about micro/nano biomedical sensors, with emphasis on nano-medicine, sensor design, manufacturing, applications, and modern techniques with comparison to conventional biomedical sensors. 3. NT-IT Fusion Courses Theories on Nano-Materials and Nano-Devices We will learn about uni-molecular transistors, single-electron charging, and energy level quantization occurring during this process. Application of Nano-Materials to Devices Students are offered in-depth teaching in semiconductor carbon nano-tube, nano- transistor, nano-sensors, single-electron devices, thin film transistors, MEMS sensor applications, and triple switching devices. Nano Spintronics This course offers introductory and highly advanced lectures on the newly emerging spin electronics principles and application areas for observation in electrical devices.

5. INTRODUCTION OF PROFESSORS 2. Professors Jinho Ahn Affiliation: Materials Science and Engineering Research Area: Nano Patterning and Thin Films Tel Chun Kyu Cho Affiliation: Chemistry Research Area: Organic Synthesis Tel Chung Choo Chung Affiliation: Electrical and Biomedical Engineering Research Area: System Control Tel Jin Wook Han Affiliation: Chemistry Research Area: Organic Metallic Chemistry Tel Sung-Hwan Han Affiliation: Chemistry Research Area: Solar Cell Tel Justyn Jaworski Affiliation: Chemical Engineering Research Area: Bionano Systems Engineering Tel Young Jong Kang Affiliation: Chemistry Research Area: Nano Photonic Materials Tel Chang Kyung Kim Affiliation: Materials Science and Engineering Research Area: Nanomagnetic Materials Tel Jong Man Kim Affiliation: Chemical Engineering Research Area: Nano-Organic Materials Tel Haiwon Lee Affiliation: Chemistry Research Area: Surface Science and Nano Equipments Tel Chair Professor Jo-Won Lee Affiliation: Convergence Nanoscience / Research Area: Nanoelectronics System / Tel

3. Adjunct Professors Seungjun Ahn(College of Natural Science, Hanyang Univ.) Career: ( 前 ) Executive Director, Samsung Electronics / ( 現 ) Advisor, AMOREPACIFIC, / ( 現 ) CHO, CHA Heath Systems Gun Yong Sung (ETRI) Research Area: Bio Sensors Masahiko Hara (RIKEN) Major: Chemistry Research Area: Nanoscience, Nanotechnology, Materials Chemistry, Device Engineering, Nonlinear Physics Tel Yoichi M. A. Yamada (RIKEN) Major: Chemistry Research Area: Organic Chemistry, Organometallic Chemistry, Microdevice Chemistry 2. Professors Seung-Beck Lee Affiliation: Electronic Engineering Research Area: Nano-Semiconductors Tel Jaegeun Noh Affiliation: Chemistry Research Area: Molecular Self- Assemblies Tel Wanjun Park Affiliation: Electronics Computer Engineering Research Area: Semiconductor and Spin Electronics Tel Won Il Park Affiliation: Materials Science and Engineering Research Area: Nano-Materials Tel Simon Song Affiliation: Mechanical Engineering Research Area: Microfluidics Tel Myung Mo Sung Affiliation: Chemistry Research Area: Nanochemistry Tel INTRODUCTION OF PROFESSORS

6. ADMISSION GUIDE Admission for International Students Application Process and Expected Acceptances Master’s /Combined Master’s and Doctorate /Doctorate program. Eligibility Graduates and prospective graduates with Undergraduate/Master’s degree from institutions outside Korea. Benefits 1. Students will have access to Convergence Science education and newest research facilities within the Fusion Technology Center located in our university. 2. Students will be able to use the excellent facilities of RIKEN (Japan) in the Fusion Technology Center (FTC). 3. Outstanding students are sent to the main center of RIKEN in Japan or are offered the chance to participate in visiting research programs. 4. Students will be taught by full-time professors in our university and the best researchers and professors from RIKEN and governmental research institutes. 5. Applicable students and students with outstanding achievements will receive scholarships. Entrance Examination Schedule Online Application : It is scheduled to be updated soon. ※ All students must apply online at For more details, please refer to the Office of International Cooperation ( ) of Hanyang University. The Department of Convergence Nanoscience was established within the College of Natural Sciences, at Hanyang University with the aim of providing education and advanced research in the collaborative field of nanotechnology and actively responding to the creation of new industries and changes in industrial structure in this age of rapid development in nanotechnology. Our efforts are centered on the Asian Research Network, the headquarter of which is located in our Fusion Technology Center. We strongly encourage students aspiring to become creative global leaders in the field of Convergence Science to apply to our program and benefit from the knowledge of our world-class teaching and research experts in the fields related to Nanotechnology.

Department of Convergence Nanoscience, College of Natural Sciences, Hanyang University, 17 Haengdang-dong, Seongdong-gu, Seoul, Korea Tel: / Fax: Websites :