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총체적 학습법을 통한 취업 대비 기사 자격증 취득을 위한 특별 학습 지도
육 철,노용택,김대유,이상희 永同工科大學校 1996 硏究論叢 Vol.2 No.1
본 연구는 생명공학부 유전공학전공 2, 3학년을 대상으로 진행된 특별 학습 program으로 취업 대비 목적의 국가 기술 자격증 취득을 위한 특별 학습 지도와 산업 현장 이해를 돕기 위한 현장 교육을 목적으로 추진되었다. 본 연구의 주요 추진 상황으로는 정규 강의와 별도로 소규모 grouping을 통한 특별 학습 실시, 산업체 현장 견학 및 실습, 기사 시험을 대비한 집중 학습 program실시, 하계 방학 특강, 취업에 필요한 제반 교육 등을 실시하였다. 주요 실적으로는 식품 제조 기사 1차시험에서 60%의 합격률을 보였으며 6회에 걸친 산업체 현장 견학과 1회의 산업체 실습을 통하여 현장에 대한 이해도를 높임과 동시에 관련 산업체에 영동공대의 인지도를 높여 주었다. 그리고 본 연구의 가장 중요한 성과로는 목표 설정과 동기 부여를 통하여 학생들 스스로가 학습 성취감을 느낄 수 있었던 점이라 생각된다. This research is of a special topics course(STC) prepared for the sophomore and junior students of the Faculty of Life Science and Engineering(majoring in genetic engineering). It consists of two major programs to improve opportunities for employment of students after graduation: one is a special study program for national technical qualification certification and the other is a field trip and practical experience to learn about industry firsthand. This course included special programs such as special group study in small-sized groups of 2-5 persons, tours and practice at industrial plants and laboratories, intensive study programs prepared for the national technical qualification examination, special lectures during the summer vacation and general education designed to increase opportunities for employment of the students after graduation, in addition to the normal lectures. With the fulfillment of this special topics course, 60% of students who participated in the program succeeded in the national technical qualification examination for food processing, and the students 'understanding about processing and facilities at plants was increased through a total of 7 plant tours and practice which also helped the acknowledgement of YIT to the relevant industries.
김 동 민,육 선 우,황 상 연,박홍규,박 상 건 대한전기학회 2019 전기학회논문지 P Vol.68 No.1
Ray irradiator is a medical device used for patients in hospitals. it is one of the most widely used medical devices for the general public. the market of electronic medical devices has been steadily growing, the interest of medical devices using light rays has also increased. However, national standards for evaluation the performance of the ray irradiator is a situation that is not clear. Therefore, in this study, we studied the standards of IEC (IEC) 60601-2-22, 60825-1, 60601-2-57, 62471-2 to derive a method of performance evaluation.
신병준,김철현,김대호,이광호,우준희,김 육 대한감염학회 1990 감염 Vol.22 No.1
Acute bacterial spinal epidural abscess is a rare disease in adults and children. Infection usually reaches the epidural space by hematogenous route, from an infected skin or urinary tract. The most common etiologic agent is Staphylococcus aureus. Left untreated, the natural course leads to paraplegia and death. Thus many authorities have recognized that early diagnosis and prompt management is critical. And the availability of highly sensitive, noninvasive methods such as magnetic resonance imaging of the spine and epidural space has made it possible to treat promptly spinal epidural abscess with antibiotics alone. We recently encountered a 30-year-old Korean male who was managed with flucloxacillin under the diagnosis of acute spinal epidural abscess, and showed characteristic MRI.
Detectability Test of H2 Lyman-Werner Band Emission for Far-Ultraviolet Imaging Spectrograph, FIMS
선광일,경욱 민,광선 유,대희 이,수종 박,승한 오,용선 박,용하 김,욱원 남,한원용,인수 육,장현 박,종호 신,호진,Eric J. Korpela,Jerry Edelstein,Kaori Nishikida 한국물리학회 2003 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.43 No.42
Molecular hydrogen (H2) is excited by far-ultraviolet (far-UV) photons and emits uorescent emission in the far-UV bands and in the near- and the mid-infrared bands. Observations of H2 in these photodissociation regions (PDRs) are important in tracing star-forming molecular clouds and in understanding the interaction between newly born stars and molecular clouds. We use the typical PDR model of Sternberg to estimate the observing time (or integration time) required to detect PDRs with the Far-ultraviolet IMaging spectrograph (FIMS) onboard KAISTSAT-4, the rst Korean scientic satellite. The observing time is calculated using a formula based on a rigorous hypothesis testing for the detection limit, in contract to the often-used signal-to-noise ratio. The estimated observing time is also compared with the expected exposure time from one-year all-sky survey.