Major in Medical Science
and Engineering
A student is required to earn at least 3 credits but not more than 18 credits every semester.
Not eligible to earn regular course credits, but must register for research credit courses of at least 3 credits.
Repeated registration of the same course is prohibited in principle; however, exception shall be made only subject to the Dean's approval.
When a student intends to drop or withdraw the courses already registered after the modification term of registered courses elapsed, he/she shall obtain approval from the professor in charge of such course, advisor and the head of the department, and shall submit a “drop/withdrawal application for registered course” to the department office.
Time | Number of times | Method (form) |
Test subjects for each major (Required/elective courses) |
Acceptance criteria & determination | Measures against those who failed and availability of re-examination |
---|---|---|---|---|---|
Unscheduled | Unscheduled | Courses to complete |
1. Requirements for courses to complete (required major course to elect) Computer Programming, Basics of Medical Engineering Artificial Intelligence I & II, Application of Mathematics and Big Data, Special Lecture for Application Mathematics II: Mathematical Biology, Medical Device Design Process Model, Medical Device – Authorization/Permission for New Drug Development, Biomedical Chemistry, Advanced Biochemistry, Advanced Immunology, Neurobiology, Advanced Cell Biology, Special Topics on Clinical Anatomy & Physiology for Science & Engineering Students, Advanced Special Lecture on Creative IT: Basic Clinical Pathology, Advanced Molecular Biology I, Special Topics on Biophysics: Modern Biophysics, Optical MicroscopySelect and complete 2 courses from the above |
Must score B+ from each course | 2 courses for doctoral qualification must be completed during the 3rd semester, and 1 semester may be extended upon failure to pass. |
* In accordance with Article 6 of the Regulation on Conferment of Degrees at Graduate School, a student enrolling in the doctoral program or integrated program shall pass the Doctoral Qualifying Examination (Q.E.) within 4 semesters (6 semesters for part-time), and the regulation stipulates that a student shall be expelled if failed twice.
Department | Medical Science and Engineering |
---|---|
Exam Schedule | Arranged Upon Request |
Frequency | Determined Upon Request |
Examination Type | Course Completion |
Course List (Major Required, Major Elective) |
Candidates must choose two courses from the list below: * Computer Programming, (Coming soon)* Medical device-new drug development licensing (Coming soon) PMSE508/ CHEM481B (Biomedical Chemistry) PMSE513 / LIFE503 (Advanced Immunology) PMSE515 / LIFE505 (Neurobiology) PMSE517/ LIFE502 (Advanced Biochemistry) PMSE519 / LIFE509 (Advanced Cell Biology) PMSE520/CITE390B (ClinicalAnatomyandPhysiologyforScientistsandEngineers) PMSE527 / MECH490O (MECH427) (Optics and Microscopy) PMSE530 / CITE490J (Basic Clinical Pathology) PMSE531/MATH532 (Applications of Mathematics and Big Data) PMSE601 / LIFE601 (Advanced Molecular BiologyⅠ) PMSE730 / PHYS712 (Contemporary Biophysics) PMSE749/MATH749 (Topics in Applied MathematicsIII(Mathematical biology)) PMSE801A Deep learning for biomedical Engr. I |
Pass/Fail Decision | Grades equal to or above B+ for each course will result in a "Pass". |
Measures for Failed Examinees and Availability of | Candidates must pass all qualifying examinations within four semesters of matriculation. |
Time | Number of times | Method (form) |
Test subjects for each major (Required/elective courses) |
Acceptance criteria & determination | Measures against those who failed and availability of re-examination |
---|---|---|---|---|---|
Unscheduled | Unscheduled | Courses to complete |
1. Requirements for courses to complete (required major course to elect) Computer Programming, Basics of Medical Engineering Artificial Intelligence I & II, Application of Mathematics and Big Data, Special Lecture for Application Mathematics II: Mathematical Biology, Medical Device Design Process Model, Medical Device – Authorization/Permission for New Drug Development, Biomedical Chemistry, Advanced Biochemistry, Advanced Immunology, Neurobiology, Advanced Cell Biology, Special Topics on Clinical Anatomy & Physiology for Science & Engineering Students, Advanced Special Lecture on Creative IT: Basic Clinical Pathology, Advanced Molecular Biology I, Special Topics on Biophysics: Modern Biophysics, Optical MicroscopySelect and complete 2 courses from the above |
Must score B+ from each course | 2 courses for doctoral qualification must be completed during the 3rd semester, and 1 semester may be extended upon failure to pass. |