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Curriculum

의용생체공학과 교과과정

대학원 의용생체공학과의 전공과목은 의용생체공학분야의 전문인력을 배출하려는 목적에 부합하고 다 학문간의 제휴특성을 반영하고 있다.

학생들의 전공이 다양함을 고려하여 교과과정을 이수함에 문제가 없도록 전공 교과목은 아래와 같이 총 80과목으로 구성되어 있다.

  •  의용전자공학관련 32과목
  •  의용기계공학 8과목
  •  생체재료공학관련 18과목
  •  의학·치의학관련 6과목
  •  의학물리 12과목
  •  기타 4과목

 

 

(가) 이수지침

  •   공통필수과목은 없음.
  •   전공과목중에서 석사 12학점/24학점, 박사 21학점/36학점 이상을 이수하여야 함. (학위논문 및 연구윤리 과목 학점 포함) 

 

 

(나) 개설 교과목(2017 현재)

 

 

연번

교과목번호

교  과   과  목   명 ( 영  문 )

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의용전자기기(Biomedical Instrumentation)

의학영상처리(Medical Image Processing)

디지털시스템특론(Advanced Digital System)

생체신호처리(Biomedical Signal Processing)

의공학세미나1(Seminar on Biomedical Engineering 1)

의용계측(Medical Measurement)

의용전자(Medical Electronics)

적응신호처리(Adaptive Signal Processing)

의용센서시스템(Medical Sensor System)

바이오멤스공학(Bio-MEMS Engineering)

의료용나노기술(Medical Nano Technology)

생체역학개론(Introduction to Biomechanics)

응용기계설계(Applied Mechanical Design)

점성유체역학(Viscous Fluid Dynamics)

생체열전달(Bioheat Transfer)

로봇공학개론(Introduction to Robot Engineering)

의용생체자기공명분광학1(Biomedical Magnetic Resonance Spectroscopy1)

자기공명펄스프로그래밍1(Magnetic Resonance Pulse Programming1)

방사선의료장비론1(Radiologic medical Instruments1)

생리학개론(Introduction to Physiology)

해부학개론(Introduction to Anatomy)

재활과학(Rehabilitation Science)

방사선물리학개론(Introduction to Radiation Physics)

방사선영상의학(Radiation Medical Imaging)

자기공명영상의학(Magnetic Resonance Medical Imaging)

재활기기학(Rehabilitation Device Techology)

재활의학개론(Introduction to Rehabilitation Medicine)

생화학개론(Introduction to Biochemistry)

치과재료공학(Dental Materials Engineering)

응용치과재료학(Applied Dental Materials)

정밀치과기공론(Precision Dental Technology)

치과임프란트재료의 설계론(Dental Implant Materials and Their Designing)

심미치과재료학(Material Science in Esthetic Dentistry)

치과교정력학(Biomechanics in Dental Orthodontics)

생체재료독성론(Cytotoxiticy of Biomaterials)

생체시스템분석(Physiological System Analysis)

인공장기특강(Topics on Artificial Organ)

의학영상특론(Advanced Medical Image)

의학영상합성(Medical Imaging)

의용컴퓨터비젼(Biomedical Computer Vision)

영상시스템(Image System)

생체신호처리특론(Advanced Biomedical Signal Processing)

의공학세미나2(Seminar on Biomedical Engineering 2)

의용생체자기공명분광학2(Biomedical Magnetic Resonance Spectroscopy)

자기공명펄스프로그래밍2(Magnetic Resonance Pulse Programming2)

방사선의료장비론2(Radiologic Medical Instruments2)

방사선물리학특론(Advanced Radiological Physics)

방사선영상의학특론(Advanced Radiologic Imaging)

자기공명영상학특론(Advanced Issues of Magnetic Resonance Imaging)

생체용세라믹특론(Bioceramics)

생체용합금특론(Biometals)

생체재료표면처리법(Surface Modification Methods of Biomaterials)

생체재료특성 및 평가(Properties and Evaluation of Biomaterials)

학위논문연구 및 연구윤리(Disseration and Research Ethics : Medical & Biological Engineering)

전자회로론(Advanced Electronics Circuit)

생체전자공학특론(Advanced Bioelectronics)

컴퓨터그래픽개론(Introduction to Computer Graphics)

형태인식론(Pattern Recognition)

생체신호해석(Biosignal Analysis)

신호해석특론(Advanced Signal Analysis)

센서공학개론(Introduction to Sensor Engineering)

생물센서공학(Biosensor Engineering)

시각센서공학(Visual Sensor Engineering)

의용센서공학(Medical Sensor Engineering)

생물센서공학특론(Advanced Biosensor Engineering)

시각센서공학특론(Avdanced Visual Sensor Engineering)

마이크로머시닝기술1(Micromaching Technology 1)

반도체센서공학1(Solid State Sensors and Actuators 1)

마이크로머시닝기술2(Micromaching Technology 2)

반도체센서공학2(Solid State Sensors and Actuators 2)

센서공학세미나(Seminar on Sensor Technology)

생체유변학(Bio-Rheology)

기능성고분자특론(Topics of Functional Polymers)

생체고분자특론(Topics of Biopolymer)

의료용고분자(Biomaterial Polymer)

치과용합금(Dental Alloy)

치과재료학개론(Mechanical Behavior of Dental Materials)

치과재료접착론(Dental Adhesion)

매식재료(Impact Materials)

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