KOREA UNIVERSITY School of Biosystem and Biomedical Science

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Courses

Common Courses

HBL501 Experimentation [3]
Learn common methods used in engineering experiments, such as MATLAB, Labview, various number analysis techniques, and 3-dimensional rendering programs.
HBL502 Clinical Rotation [3]
Learn technologies applicable to the practice of clinical doctors by observing their operations and listening to their lectures.
HBL503 Graduate Colloquium I [2]
Obtain and learn information from various researchers on recent research trends in the field of Bio-convergence Engineering.
HBL504 Graduate Colloquium II [2]
Obtain and learn information from various researchers on recent research trends in the field of Bio-convergence Engineering.
HBL505 Graduate Colloquium III [2]
Obtain and learn information from various researchers on recent research trends in the field of Bio-convergence Engineering.
HBL506 Graduate Colloquium IV [2]
Obtain and learn information from various researchers on recent research trends in the field of Bio-convergence Engineering.


Basic Courses

  • HBL712 Plasmonics [3]
  • HBL692 Microfluidics theory and application [3]
  • HBL708 Amplifier design for medical instrumentation [3]
  • HBL551 Numerical Analysis [3]
  • HBL552 Advanced Computer Programming [3]
  • HBL553 Micron-scale optical applications in biology [3]
  • HBL697 Tissue engineering and regenerative medicine [3]
  • HBL707 Biomedical Materials and Biocompatibility [3]
  • HBL559 Medical imaging devices [3]
  • HBL560 Biomedical Materials Science and Engineering [3]
  • HBL561 Materials Processing for Biomaterials [3]
  • HBL699 Polymers in Biomaterials [3]
  • HBL568 Advanced Radiological Physics [3]
  • HBL569 Biomedical Image Processing [3]
  • HBL571 Medical Imaging System [3]
  • HBL601 Advanced Optics Theory [3]
  • HBL604 System analysis [3]
  • HBL602 Scientific English Writing [3]
  • HBL605 Next Generation Biochemical Analysis [3]


Intensive Courses

  • HBL703 NanoBioPhotonics [3]
  • HBL711 Molecular Spectroscopy [3]
  • HBL695 Nanofabrication [3]
  • HBL710 Biochip [3]
  • HBL554 Digital system control for medical instrumentation [3]
  • HBL555 Computational Neuroimage Analysis [3]
  • HBL556 Pattern recognition and machine learning [3]
  • HBL562 Analysis Techniques for Biomaterials [3]
  • HBL563 Solid Freeform Fabrications [3]
  • HBL566 Advanced Mathematics [3]
  • HBL696 Nano-bio Interface [3]
  • HBL705 Introduction to Nanomedicine [3]
  • HBL691 Microfabrication Technology [3]
  • HBL694 Introduction to Biomimetics [3]
  • HBL567 Artificial Organs [3]
  • HBL574 Radiation Therapy Physics [3]
  • HBL575 Cancer Therapy Technique [3]
  • HBL576 Image Reconstruction Algorithms [3]
  • HBL577 X-ray and Gamma-ray Imaging [3]
  • HBL680 System design for biochemical analysis [3]
  • HBL681 Review of edge biomedical technology I [3]
  • HBL682 Review of edge biomedical technology II [3]
  • HBL683 Nanoscale Characterization of Biomaterials [3]
  • HBL684 Cancer Biology [3]
  • HBL685 Physical Biology [3]
  • HBL686 Recent Advances in Nanobiotechnology [3]
  • HBL687 Special Topics in Biophotonics I [3]
  • HBL688 Special Topics in Biophotonics II [3]
  • HBL689 Treatment Planning of Radiotherapy and Practice [3]
  • HBL690 Interferometric Imaging [3]
  • HBL698 Surface Treatment of Biomaterials [3]
  • HBL702 Light-tissue interaction [3]
  • HBL821 Quality Assurance of Radiotherapy and Practice [3]
  • HBL822 Particle Therapy [3]