Global 5-5-10 Program for Nano/Micro Mechanical Engineering

1. Global 5-5-10 Program for Nano/Micro Mechanical Engineering

2. ○ Vision And Objectives <Educational Objectives> (1) To achieve scholarly excellence in Nano/Micro Mechanical Engineering. (2) To achieve the ability to fuse/integrate novel technologies in Mechanical Eng. (3) To enhance the ability to adapt/manage technological innovations. (4) To educate competent engineers with international leadership in Nano/Micro Mechanical Engineering. <Research Objectives> Our research area spans design, manufacturing and integration of Nano/Micro-based technologies, to be conducive to industrialization and commercialization of the future technologies as leading experts.

3. Nanoenvironment Mechanical technology Nano/Micro manufacturing technology Nano/Micromechatronics ○ Vision And Objectives Nano Information device Future Car Technology Nano energy Nano/Bio Device Next generation semiconductor Nano Display Nano Optical Device Nano-basedmechanical technology Ensuring the top ten worldwide research capability Nano/Microdesign/analysis technology

4. Future industriesfor national wealth Breakthrough! Nano/Micro Applied mechanical technology Next generationsemiconductor, Nano display, Future Car technology, Fuel cell, Nano-biodevice, Environment system, Intelligent robot Growth Engine Industries Semiconductor, Display, Car, Communication, Shipbuilding, Consumer electronics Traditional key Industries Car, Electronics, Steel, Mechanics, Shipbuilding, Chemicals ○ Vision And Objectives National wealth Future Present Past

5. Fusionand Application ○ Organization and Participants Organization in HRD program for Nano/Micro Mechanical Engineering Nano/Micro Mechatronics team Nano/Micro Manufacturing team Nano/Miocro Analysis/Design team Nano/Micro Environmental Technology team Application to Nano/Micro Technology Analysis/Design Mechatronics Manufacturing Academic Disciplines

6. ○ Organization and Participants Participants

7. ○ Organization and Participants Participants

8. ○ Research Fields ◎ Nano/Micro Manufacturing Tech.   - Precision manufacturing tech.   - Industrialization of nano/micro based elements & components ◎Nano/Micro Mechatronics   - Fusion of conventional & emerging mechatronics   - Interdisciplinary research & edu. between mech. eng & multi-physics ◎ Nano/Micro Analysis/Design   - Understanding of nano/micro scale behavior of material & process   - Design based on nano/micro scale analysis ◎ Nano/Micro-based Environmental Tech   - Mech. Eng based fusion of nano/ bio/environmental technologies   - Education of leaders for environmental  & mech-based bio industries

9. ○ Activities and Outputs Research competitiveness of the program Micro Heat Transfer Design & Control NRL Design and Control in MicroHeat Transfer Nano manufacturing research center Nano-micro fabrication using ion beam and laser Ultra precision electrical/chemical machining Microfactory Center for Information Storage Device Opto-Mechatronics,Ultra-High PrecisionElements Nano-Tribology, Microthermal/Fluid Ultra-High Precision Servo HRD program for Nano/MicroMechanical Engineering Nano Opto-Lithography NRL Plasmon optical component Next generation lithography Nanofabrication/Micro-optics NRL Nano-imprinting, Nano-replicationNano/Bio Photonic Device Center for near zero emission vehicle Measurement of Nano-PM by a Miniature-Scale Sensing Device Optical Diagnostics for Measuring Nano-size PM in Engine Exhaust

10. ○ Activities and Outputs Center for Information Storage Device International Industrial Consortium(2001~ Present)

11. DSSC (Data Storage Systems Center; Carnegie-Mellon Univ., USA)  • ODSC(Optical Data Storage Center; Univ. of Arizona, USA) •  DCML (Dynamics & Control of Machinery • Laboratory; Tokyo Inst. of Tech., Japan) •  DSI (Data Storage Institute; Singapore) • CMMS (Center for Mechanics of Micro Systems; Nanyang Tech. Univ., Singapore) • Laboratory for Optical Storage (Shanghai Inst. of Optics & Fine Mechanics, China) • Centre for Research in Information Storage Technology (Univ. of Plymouth, UK) • Smart and Intelligent Systems Lab. (Virginia Tech., USA) • GOTO Lab. (Tokai Univ., Japan) • KAWAMOTO Lab. (Waseda Univ., Japan) • ESASHI Lab. (Tohoku Univ., Japan) • Data Storage System Lab. (Huazhong Univ. of Science and Technology, China) • Centre for Micro-Photonics (CMP; Swinburne Univ., Australia) TIT U. Arizona CMU ○ Activities and Outputs International Industrial Projects • - Konica-Minolta : Prof. S-I. Kang, Prof. Y-J. Kim • Hitachi : Prof. N-C. Park, Prof. J-H. Yoo • - GM Motors : Prof. K-M. Chun • - Ricoh : Prof. Y-C. Rhim Industrial Research Institute Collaboration

12. ○ Activities and Outputs ◎ Intensifying research/human interchange through academic-industrial cooperation - Constructing on-demanding educational system - Increasing human/material and technical comprehension by internship system -Increasing job opportunity through the active participation of membership company ◎ Increasing research projects and promoting technology transfer/commercialization - Creating research outcome to contribute industry profit - Granting Incentive regarding research outcome - Promoting primary projects having a potential commercialization

13. ○ Activities and Outputs ◎ Programs and Etc * Foreign student education program    - Recruit & educate students from under developing countries such as       China, Vietnam, India, and etc    - In alliance with domestic companies * Joint research & education with industries    - Co-development of research    - Co-education of graduate students

14. ○ Contact Point ◎ Chair : Yang, Hyun Seok ◎ Address :  School of Mech. Eng. Yonsei University               262 Sungsan-Ro, Seodaemun-Gu, Seoul 120-749, Korea ◎ Tel : +82-2-2123-2824     Fax : +82-2-312-2159     E-mail : hsyang@yonsei.ac.kr ◎ Home Page : http://bk21me.yonsei.ac.kr