편성교과목
기초공통
HBL501 공통공학실험(EXPERIMENTATION) [3]
MATLAB, Labview와 같은 프로그램, 다양한 수치해석 기법과 3차원 영상 구현방법등 공학실험에서 공통적으로 쓰이는 방법들에 대하여 학습한다.
HBL502 의학로테이션(CLINICAL ROTATION) [3]
실제 임상의사들의 수술 참관 및 강연을 통해 실제 임상현장에 쓰일 수 있는 기술에 대하여 학습한다.
HBL601 고급광학이론(ADVANCED OPTICS THEORY) [3]
HBL553 마이크로단위광학응용(MICRON-SCALE OPTICAL APPLICATIONS IN BIOLOGY) [3]
HBL712 플라즈모닉스(PLASMONICS) [3]
HBL713 방사선검출및계측Ⅰ(RADIATION DETECTION AND MEASUREMENT I)[3]
HBL571 의료영상시스템(MEDICAL IMAGING SYSTEM) [3]
HBL556 패턴인식및기계학습(PATTERN RECOGNITION AND MACHINE LEARNING) [3]
HBL568 고급방사선물리학(ADVANCED RADIOLOGICAL PHYSICS) [3]
HBL559 의료영상소자학(MEDICAL IMAGING DEVICES) [3]
HBL551 수치해석(NUMERICAL ANALYSIS) [3]
HBL697 생체조직및재생의학(TISSUE ENGINEERING AND REGENERATIVE MEDICINE) [3]
HBL707 의료용소재와생체적합성(BIOMEDICAL MATERIALS AND BIOCOMPATIBILITY) [3]
HBL705 나노의학개론(INTRODUCTION TO NANOMEDICINE) [3]
HBL710 바이오칩(BIOCHIP) [3]
HBL708 의료기기계측기술(AMPLIFIER DESIGN FOR MEDICAL INSTRUMENTATION) [3]
HBL691 마이크로제작기술(MICROFABRICATION TECHNOLOGY) [3]
HBL510 의공학콜로퀴움I(Biomedical Engineering Colloquium I) [3]
HBL511 의공학콜로퀴움II(Biomedical Engineering Colloquium II) [3]
HBL512 의공학콜로퀴움III(Biomedical Engineering Colloquium III) [3]
HBL513 의공학콜로퀴움IV(Biomedical Engineering Colloquium IV) [3]
HBL720 메디컬임플란트(MEDICAL IMPLANT) [3]
HBL721 바이오메디컬스캐폴드공정(BIOMEDICAL SCAFFOLD) [3]
전공
HBL690 광간섭영상(INTERFEROMETRIC IMAGING) [3]
HBL702 광-생체조직상호작용(LIGHT-TISSUE INTERACTION) [3]
HBL687 바이오포토닉스최신기술동향I(SPECIAL TOPICS IN BIOPHOTONICS I) [3]
HBL688 바이오포토닉스최신기술동향II(SPECIAL TOPICS IN BIOPHOTONICS II) [3]
HBL711 분자분광학(MOLECULAR SPECTROSCOPY) [3]
HBL552 고급프로그래밍(ADVANCED COMPUTER PROGRAMMING) [3]
HBL555 계산뇌영상분석(COMPUTATIONAL NEUROIMAGE ANALYSIS) [3]
HBL576 단층영상알고리즘(IMAGE RECONSTRUCTION ALGORITHMS) [3]
HBL714 방사선검출및계측Ⅱ(RADIATION DETECTION AND MEASUREMENT II) [3]
HBL689 방사선치료계획학및실습(TREATMENT PLANNING OF RADIOTHERAPY AND PRACTICE) [3]
HBL574 방사선치료물리학(RADIATION THERAPY PHYSICS) [3]
HBL821 방사선치료정도관리학및실습(QUALITY ASSURANCE OF RADIOTHERAPY AND PRACTICE) [3]
HBL575 암치료기술학(CANCER THERAPY TECHNIQUE) [3]
HBL577 엑스선및감마영상개론(X-RAY AND GAMMA-RAY IMAGING) [3]
HBL715 핵의학물리개론(INTRODUCTION TO NUCLEAR MEDICINE PHYSICS) [3]
HBL822 입자치료학(PARTICLE THERAPY) [3]
HBL699 고분자생체재료(POLYMERS IN BIOMATERIALS) [3]
HBL562 생체재료분석기술(ANALYSIS TECHNIQUES FOR BIOMATERIALS) [3]
HBL698 생체재료표면처리(SURFACE TREATMENT OF BIOMATERIALS) [3]
HBL684 암생물학(CANCER BIOLOGY) [3]
HBL686 나노바이오최신연구동향(RECENT ADVANCES IN NANOBIOTECHNOLOGY) [3]
HBL567 인공장기(ARTIFICIAL ORGANS) [3]
HBL695 나노가공기술(NANOFABRICATION) [3]
HBL825 미세유체이론및실제Ⅰ(MICROFLUIDICS THEORY AND APPLICATION Ⅰ) [3]
HBL826 미세유체이론및실제Ⅱ(MICROFLUIDICS THEORY AND APPLICATION Ⅱ) [3]
HBL683 생체나노분석(NANOSCALE CHARACTERIZATION OF BIOMATERIALS) [3]
HBL680 생화학분석시스템디자인(SYSTEM DESIGN FOR BIOCHEMICAL ANALYSIS) [3]
HBL605 차세대생화학분석(NEXT GENERATION BIOCHEMICAL ANALYSIS) [3]
HBL554 의료기기제어기술(DIGITAL SYSTEM CONTROL FOR MEDICAL INSTRUMENTATION) [3]
HBL681 첨단의공학기술리뷰I(REVIEW OF EDGE BIOMEDICAL TECHNOLOGY I) [3]
HBL682 첨단의공학기술리뷰II(REVIEW OF EDGE BIOMEDICAL TECHNOLOGY II) [3]
HBL722 바이오포토닉스(Biophotonics) [3]
HBL723 의공세포생물학(Biomedical cell biology) [3]
HBL724 바이오메디컬 3D 프린팅 기술(Biomedical 3D Printing) [3]
HBL725 생분해성 소재와 응용(Bioresorbable Materials and Applications) [3]
HBL726 의공학프랙티컴Ⅰ(Biomedical Engineering Practicum I) [3]
HBL727 의공학프랙티컴Ⅱ(Biomedical Engineering Practicum II) [3]