Search
 
Close
통합검색
 
  • home
  • Academics
  • Graduate Program
  • Curriculum

Academics

Graduate Program

For more details on the courses, please refer to the Course Catalog

교육과정
Code Course Title Credit Learning Time Division Degree Grade Note Language Availability
BPC5001 Quantum Biophysics 3 6 Major Master/Doctor 1-8 Biophysics English Yes
This course aims to understand living cellular system by analyzing various phenomena of complex living things using quantum physics theory and methods. To understand and comprehend the quantum mechanical phenomena for the electron transport in proteins and nucleic acids in the nanoscale biological world, and how quantum mechanical phenomena affect the intracellular energy metabolism and signal transduction pathways in the cells. In addition, students will learn about quantum biological research methods by review the results of research papers in the field of integration of quantum physics and biology.
BPC5006 Biochip Design and Fabrication 3 6 Major Master/Doctor 1-8 Biophysics English Yes
The main objective of this course is to introduce the theoretical background and the relevant fabrication methods required to design and fabricate biochips to graduate students having backgrounds in either medicine or engineering. The course will familiarize the students with the biochip design process and fabrication techniques. The principles and applications of biochips will be reviewed. Students will perform laboratory exercises in (1) designing biochips for specified applications and (2) fabrication of the designed biochips.
BPC5013 3D printed chip design and fabrication 3 6 Major Master/Doctor 1-8 Biophysics English Yes
The main objective of the course is to introduce 3D bioprinting used in lab-on-chips to graduate students having a background in engineering. The course should familiarize the students with the techniques used in 3D bioprinting and show them how 3D printing technology pervades throughout various regenerative medicine.
BPC5014 IQB Colloquim1 3 6 Major Master/Doctor 1-8 Biophysics English Yes
The main objective of the course is for IQB students to learn research topics in multiple areas, widen their insights, and consequently elevate their research. This course is composed of weekly seminars provided by speakers from SKKU and others with introductory to and recent publications in their multidisciplinary areas.
BPC5015 IQB Colloquim2 3 6 Major Master/Doctor 1-8 Biophysics English Yes
The main objective of the course is for IQB students to learn research topics in multiple areas, widen their insights, and consequently elevate their research. This course is composed of weekly seminars provided by speakers from SKKU and others with introductory to and recent publications in their multidisciplinary areas.
BPC5016 Molecular Biophysical Methods 3 6 Major Master/Doctor 1-8 Biophysics - No
This course provides students with majors in physics, chemistry, engineering, and medicine, and graduate school students to understand biophysical knowledge of biomolecules and cells in order to learn relevant experimental methods in terms of handling biological samples. Students will learn how to classify and quantitatively analyze biomolecules and cells through specific, precise, and effective labeling, extraction, seperation, and detection techniques for biomolecules and cells in vitro.
BPC5021 Quantum Biophysics and Application 3 6 Major Master/Doctor 1-8 Biophysics - No
This course aims to understand living cellular system by analyzing various phenomena of complex living things using quantum physics theory and methods. To understand and comprehend the quantum mechanical phenomena for the electron transport in proteins and nucleic acids in the nanoscale biological world, and how quantum mechanical phenomena affect the intracellular energy metabolism and signal transduction pathways in the cells. In addition, students will learn about quantum biological research methods by review the results of research papers in the field of integration of quantum physics and biology.
COV7001 Academic Writing and Research Ethics 1 1 2 Major Master/Doctor SKKU Institute for Convergence Korean Yes
1) Learn the basic structure of academic paper writing, and obtain the ability to compose academic paper writing. 2) Learn the skills to express scientific data in English and to be able to sumit research paper in the international journals. 3) Learn research ethics in conducting science and writing academic papers.
DHC5036 Medical Machine Learning 3 6 Major Master/Doctor 1-8 Digital Health English Yes
As health data have been digitalized, health big data have been highlighted. To analyze health big data, statistical methods were used traditionally. Recently, machine learning methods are widely applied in diverse health data. In thus course, machine learning will be introduced to analyze health big data. The course includes the basic concept, popular algorithms of machine learning, data preparation, and result interpretation. The necessary programming practice is followed.
ECE4265 Biomedical Electrical Engineering 3 6 Major Bachelor/Master 3
1-4
Electrical and Computer Engineering Korean Yes
This course is intended for a senior - graduate student level of biomedical engineering. In this subject, the principles, applications of the medical instruments will be covered in engineering aspects. Detailed topics are on the following. signal production & processing of human body for medical diagnosis, and diagnosis signals such as supersonic, infrared, and radiation will be treated.
ECH5028 Functional and High Performance Polymers 3 6 Major Master/Doctor 1-4 Chemical Engineering - No
This lecture focused on the important materials and new technologies of the polymer industry. Topics surveyed in the recent series of lecture were water-soluble polymers, biodegradable polymers, hydrogel and stimuli-sensitive polymers, polymeric biomaterials, polymers for electronics and display applications, polymer nanocomposites, high-temperature high-performance polymers and fibers. Their synthesis, physical properties, and application are discussed.
ECH5104 Advanced Polymer Properties 3 6 Major Master/Doctor 1-4 Chemical Engineering - No
Thermal, mechanical, and other physical properties of polymeric materials are studied according to their structure and states. Theories and analytical methods of a variety of polymer structure and properties including polymer chain structure and configuration, molecular weight and size, polymer solution and phase separation behavior, amorphous and crystalline states, liquid crystalline polymers, glass-rubber transition behavior, cross-linked polymers and rubber elasticity are introduced.
ECH5121 Nanomedicine 3 6 Major Master/Doctor 1-4 Chemical Engineering English Yes
Nanomedicine, an offshoot of nanotechnology, is emerging as the core technology to surmount the limitations of the conventional therapeutic and diagnostic agents. For therapeutic nanomedicine, the lecture will cover the approaches to maximize the therapeutic efficacy and to minimize the side effects. For diagnostic nanomedicine, the imaging agents to detect the intractable diseases using various imaging modalities (MRI, CT, US, Optical Imaging) will be introduced. In addition, the theranostic nanoparticles for simultaneous therapy and diagnosis will be discussed.
GBE4001 Electromagnetism in BiomedicineⅡ 3 6 Major Bachelor/Master - No
This course discusses the key concepts and problem solution methods in classical electromagnetism related to (1) electricity in matters, (2) magnetism in matters, and (3) electromagnetic wave propagation in matters. These subjects are relevant for many applications and experiments in biomedical engineering research. For example, dielectric constants and magnetic susceptibility of materials will be discussed in detail. The students are expected to have basic background knowledge in electricity and magnetism in vacuum, including the Maxwell’s equations.
GBE4002 BME Thermal physics 3 6 Major Bachelor/Master - No
This course discusses the key concepts and problem solution methods in classical thermodynamics and statistical mechanics, with emphasis on applications in biomedical engineering. The contents will include: Definition of temperature and entropy, heat capacity, thermodynamic laws, Boltzmann distribution, and Diffusion. Solid and principled physical understanding will be emphasized, and implications of the thermodynamic concepts on medical imaging (MRI) will be discussed.