• 서브3

INTRODUCTION

Nanoscience and Technology

Nanoscience and Technology (NST) refers to science and technology of charaterizing, understanding, and controlling the structure and properties of matter at nanometer (10-9 nm) scale. Today, Nanoscience and Technology is moving beyond simple miniaturization, and is moving toward understanding and manipulating matter based on fundamental principles in order to transcend the natural limits. Now, Nanoscience and Technology, based on fundamental science ranging from Physics, Chemistry, and Biology, is finding applications in all areas of technology ranging from high-tech fields such as computer science, automotive industry, semiconductors to high value-added industries such as medicine, life science, energy, and agriculture.

Indeed, the Nanoscience and Technology is expected such a central role in developing national competitiveness that it is said that a nation cannot have a future without Nanoscience and Technology.

Purpose of establishing Graduate School of Nanoscience and Technology

Such a wide applicability, however, also means that without a focused program of education and research, Nanoscience and Technology cannot achieve a large impact. Thus, the Graduate School of Nanosciece and Technology at KAIST has identified Nano-bio area where Nanoscience and Biology can  
fuse as being the key area for achieving both broad application and high impact, and was established to generate new knowledge and scientific discipline in that area.  

Deapartment Philosophy

1) Goal-driven interdisciplinary research and education

The Graduate School of Nanoscience and Technology at KAIST consists of professors with diverse background such as physics, biology and chemistry, and aims to provide interdisciplinary research and education environment for interested students from all disciplines from both science and engineering departments. For this purpose, we require basic core courses in physics, chemistry, and biology for all incoming students to lay a strong foundation for future development. In addition, laboratory courses are required to obtain hand-on experience, and a nano-fabrication course designed and operated in collaboration with National NanoFab Center is required for exposure to cutting-edge nanofabrication techniques.  

2) Freedom to choose an advisor

Incoming students will have many opportunities to interact with participating faculty via seminars and laboratory experiments. The student will choose an advisor at the end of first semester to continue their degree work.  

Master’s program

A. Graduation Credits          minimum 33 credits

B. Course Requirements          minimum 21 credits

     Mandatory General Courses: 3 credits
      - CC010 Special Lecture on Leadership(non-credit, this applies to students entering KAIST in 2002 and onward;
        general scholarship students, foreign students are excluded)
      - CC020 Ethics and Safety I(1AU)
 

     Mandatory Major Courses: 15 credits
      - Select one of between NST530 Introduction to Physiology and NST535 Introduction to Biochemistry
      - NST 540 Under the rotation system, students are expected to give a lecture or do actual training in the lab.
        of professors.
      - NST 550 This lecture will be joint operated of Graduate School of Nanoscience & Technology and National
        Nanofab Center.
 

     Elective General Courses: minimum 3 credits

C. Research Credits         12 credits (including Seminar credits)

Master’s Doctorate Integrated / Doctorate Program

     Graduation Credits         00 credits

     - Master’s Doctorate Integrated course has no specific curriculum, but operates each Master’s course and
       Doctorate course. The credits earned in the Master's course work can be used towards the Doctoral degree
       (except research credits).

ADMISSION