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Academics

Graduate Program

1. Educational Goals and Model Student

Educational Goals
  • Forming a strong global-level research group by developing and investing in major BME fields, such as brain science, biotechnology, and medical devices
  • Promoting specialized education and research methods to foster creative global leaders through fundamental research on the causes of life phenomena and diseases
  • Establishing a foundation for understanding and developing the new discipline and improving SKKU’s reputation as a leading institute for interdisciplinary research and studies
  • Educating students about creative research design and experiments

 

Model Student
  • An intellectual leader with creative insights and expertise who leads the field of BME
  • A global interdisciplinary leader with basic and applied research skills
  • An expert who leads the basic brain science research, clarifies the principles behind functional biomolecules and materials, and promotes the construction of a welfare state through research and development in cutting-edge medical devices

 

2. Curriculum Organization

Overview
  • For academic and career guidance, sub-majors include advanced medical devices, biomaterials, and brain science, but the curriculum itself is not divided into the above sub-majors
  • Completion credits are based on the standard completion requirements of graduate schools (master’s degree: 12 credits or more in major courses, 12 credits or less in elective courses = 24 credits in total / master’s-doctoral integrated degree: 30 credits or more needed in major courses, 21 credits or less in optional courses = 51 or more credits in total)

 

Curriculum Organization Status (Subjects)

Division

Course Title

Credits

Normal

Advanced BME Engineering Mathematics

Advanced Biomedical Probability and Statistics

BME numerical analysis

Advanced Anatomy and Physiology

Advanced Bio-Signal Processing

Advanced Brain Mapping I

Advanced Brain Mapping II

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

Brain Science Track

Advanced BME Neuroscience I

Advanced BME Neuroscience II

Advanced Computational Neuroscience

Advanced Cognitive Neuroscience

Advanced Brain Engineering Technology

Advanced Neurological Diseases

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

Advanced Medical Equipment Track

Advanced Biomechanics

Advanced Thermal Fluid Mechanics

Advanced Biomedical Engineering Design

Bio-optimization

Medical Device Engineering

Medical Radiology

Advanced Medical Electromagnetics

Advanced Biomedical Physics

Advanced Magnetic Resonance Imaging I

Advanced Magnetic Resonance ImagingⅡ

Magnetic Resonance Imaging Physics I

Magnetic Resonance Imaging PhysicsⅡ

Advanced Medical Imaging Systems

Biomedical image processing

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

Biomaterial Track

Advanced Biopolymers

Advanced Biophotonics

Advanced BME Tissue Engineering

Advanced Biological Devices

Nucleic acid engineering

Advanced Drug Delivery System

Neurobiology*

Biophysics*

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits

3 Credits