• Title/Summary/Keyword: Biomedical analyst

Search Result 4, Processing Time 0.018 seconds

A Study on the Validity of Changing the Job Title of Medical Technologist (임상병리사 명칭 변경을 위한 타당성 연구)

  • Koo, Bon-Kyeong;Kim, Won Shik;Park, Sun Gu;Park, Jong O;Yoon, Seong Min
    • Korean Journal of Clinical Laboratory Science
    • /
    • v.53 no.1
    • /
    • pp.105-121
    • /
    • 2021
  • To investigate and accommodate opinions on the revision of the official occupational title of the medical technologist, the Korean Association of Medical Technologists (KAMT) requested 22,638 people registered as its regular members to participate in an online survey and select their two preferred options from the alternative job titles presented. Survey responses were collected from 3,999 people (17.66%). To examine job title preferences among the KAMT members, each respondent was asked to choose two terms from the choice set. As a result, 6,958 responses were obtained, and out of the total responses, 5,555 (79.83%) indicated a choice for a job title that included the word 'analyst' as the preferred alternative. The survey results showed that "Diagnostic Laboratory Analyst" was the most preferred alternative selected by the largest proportion of respondents (2,417 responses, 34.73%), followed by "Clinical Laboratory Analyst" (1,710 responses, 24.57%), "Biomedical Pathology Technologist" (758 responses, 10.89%), "Biomedical Analyst" (730 responses, 10.49%), "Biomedical Laboratory Analyst" (730 responses, 10.03%), and "Clinical Laboratory Scientist" (646 responses, 9.26%). Therefore, based on the responses of the surveyed members, results of consultation and literature review, the Standard Classification of Occupations (SCO), and the current status of the job titles used in major countries, it is suggested that the occupational title of medical technologists should be changed by adopting "Diagnostic Laboratory Analyst", "Biomedical Laboratory Analyst", or "Biomedical Analyst" as their new official job title.

Job Title Recommendations for Allied Health Professionals Related to Clinical Pathology, Laboratory Medicine, and Medical Biology (임상병리학, 검사의학, 의료생물학 관련 지원보건직 명칭에 대한 제안)

  • Bon-Kyeong KOO;Dajin LIM;Sangwon KIM;Chul KIM
    • Korean Journal of Clinical Laboratory Science
    • /
    • v.55 no.1
    • /
    • pp.1-8
    • /
    • 2023
  • The purpose of this study is to find terms that can give identity to the major and occupation of clinical laboratory technologist (also known as medical technologist). The term clinical pathology includes all branches of pathology, namely anatomical pathology, chemical pathology, hematology, microbiology, and all respective subspecialties. Unfortunately, several countries exclude anatomical pathology from the term clinical pathology, a problem that gets compounded when the title is translated into languages other than English. Clinical pathology (US, UK) is a medical specialty. Similar terms are laboratory medicine (Germany, Poland), medical/clinical biology (France, Netherlands) or clinical analysis (Spain). Depending on the person questioned, medical technology is defined slightly differently by individuals, companies, and institutions. The definition also depends on the language in which the question is asked. Medical technology can be translated to define clinical laboratory technology, allied health sciences, medical equipment, biomedical engineering, and health technology. The terms 'clinical pathology technology and pathological technology' are not used in allied health sciences. The names of 'medical technology·medical technologist' can be replaced by 'biomedical laboratory science·biomedical laboratory technologist' or 'clinical laboratory analysis·clinical laboratory analyst'. In this study, it is proposed to change the name of academic and occupation to 'medical biology·medical biology technologist' that combines the term biomedical.

Trends for the Promising Career of Science and Engineering Workforce: Job Outlook of Korea.USA.Australia (이공계 인력의 미래 유망직업 연구동향: 한국.미국.호주의 직업전망을 중심으로)

  • Han, Jiyoung
    • Journal of Engineering Education Research
    • /
    • v.15 no.5
    • /
    • pp.140-150
    • /
    • 2012
  • The purpose of this study was to compare and analysis researches related the promising career and job outlook and to provide the direction for job choice to engineering students. Literature review and expert council were used to achieve the objectives of study. The result of this study was analyzed that these jobs were promising, that is, environmental scientist and specialist, earth scientist and hydrologist(education and research related career), architecture and architectural engineer, civil engineer, landscape technician, land surveyor map production expert photo surveyor surveying technician(construction related career), material engineer (mechanics and material related career), mine and geology engineer(chemistry, fiber and environment related career), computer system design and analyst, system software engineer, application software engineer, web specialist, and computer support specialist (electrical and telecommunication related career) and food engineer(food related career). In addition, health silver specialist, bio biomedical engineer, renewable energy specialist etc. were promising by considering social and economic trend for demographic change like aging and green growth.

Soft-$golf^{TM}$ Shaft Kick Point and Stiffness due to the Difference in Performance Analysis (소프트 골프 샤프트의 킥 포인트와 강성의 차이에 따른 성능 분석)

  • Oh, H.Y.;Yu, M.;Kim, S.H.;Jang, J.H.;Kim, N.G.;Kim, D.W.
    • Journal of Biomedical Engineering Research
    • /
    • v.31 no.3
    • /
    • pp.227-233
    • /
    • 2010
  • This study analyzed performance according to kick point and stiffness of Soft-$golf^{TM}$ shaft. This research team developed soft-$golf^{TM}$ as a new fusion sports with similar motions with golf and it can be learned safely for all age groups in 2002. The head of Soft-$golf^{TM}$ club is made of zinc alloy and has a mesh or a grid structure, and shaft uses carbon graphite to reduce the total weight of the club. To improve carry distance and to assure consistency of a ball during Soft-$golf^{TM}$ swing, this study manufactured shaft with various kick points (low, middle and high) and stiffness (stiff, regular, lady, morelady) and analyzed a swing motion with characteristics of each shaft presented in a dynamic condition such as a ball's speed, a head's torsion angle and a ball's deviation with ProAnalyst program through a high-speed camera taking pictures using a swing machine robot system(Robo-7). From all of the results, this study determined an appropriate shaft of Soft-$golf^{TM}$.