Thinking and Exploration of the Organic Connection between Market Demand and Talent Training of Medical Laboratory Technology Specialty
DOI:
https://doi.org/10.53469/jcmp.2024.06(06).07Keywords:
Talent market demand, Orientation of talent training, Medical laboratory technology educationAbstract
Background: To explore the reasonable orientation of talent training for medical laboratory technology (MLT) at the vocational undergraduate level, this study has conducted a thorough survey and analysis of the talent market demand in multiple aspects, including the total MLT talent market demand, talent demand changes and expectations, and changes in industry development. Methods: Based on a literature search, this study collected statistics on the number of MLT professionals in China over the past decade. Questionnaires were distributed to 128 employers in 14 provinces nationwide. A survey was conducted on the overall industry development and the requirements of enterprises for the abilities of talent on the market, and 26 doctors and nurses with senior technical titles were interviewed. Another survey was carried out among 17 higher vocational colleges and 8 general undergraduate universities nationwide, focusing on vocational abilities that are highly regarded by teachers. Results: As reflected by the results of this study, the market requires a higher level of educational background for talent, and self-directed learning ability is rated as the most essential vocational ability by enterprises. Moreover, the ability to use information technology and the communication and expression ability are necessary personal abilities in the opinion of enterprises. However, the vocational abilities specially developed by teachers are not always the same as those required by enterprises. The results of this study show that the latest progress of information technology in the industry must be integrated into talent training, and priority should be given to developing innovation ability, self-directed learning ability and interpersonal communication ability to develop talent that precisely meets market demand. Conclusion: Based on a thorough survey and analysis of market demand, this study recommends upgrading traditional teaching thought, focusing on specific market demand, accurately determining talent training and ensuring that talent can better meet market demand.
References
General Office of the CPC Central Committee and General Office of the State Council issued. Opinions on Promoting the High-quality Development of Modern. http://www.gov.cn/zhengce/2021-10/12/content_5642120.htm.
Ha Manlin, Wu Yiming. Theoretical Cognition and Practical Paths of Vocational Education Curriculum Connection Promoted by the New Version of Professional Catalogue. Vocational & Technical Education Forum 2023.08 64-71
Zhang Jiangna Zhang Long Ran Shu. Anasysis on the Path of Undergraduate Vocational Education under the Background of "Double-high Plan". Science & Technology Information 2022.8 156-159
The 32 vocational universities for undergraduates approved by the Ministry of Education. (2022) Educational Information Express 2022-6-24. https://baijiahao.baidu.com/s?id=1736519642220420596&wfr=spider&for=pc
Wenwu Ma, Empirical Research on Urban and Rural Residents Higher Investment Income and Its Changes. Lanzhou Academic Journal 2018.01 170-183
Deng Yuemin. A Study on the Connection of Talents Training of Higher Education Institutions and Labor Market in China since the Adoption of Reform and Opening-up Policy. Doctoral dissertation, Xiamen University, 2007, 12.
Jiang Dayuan. New research on vocational pedagogy. Beijing, China: Educational Science Publishing House., 2007(1):122.
Zhi Jidan Study on Quality Optimization of China's Higher Education Supply in the New Era. Doctoral dissertation, JILIN University, 2023, 6.
Weizhong Xue Hongyan Xu Chunming Zhang. Analysis on cooperative governance of structural unemployment in higher vocational education. Education and Vocation 2018.11 74-78
Ian D. Watson* PW, Amir Hannan. The end of Laboratory Medicine as we know it? Clin Chem Lab Med 2019; 57(1): 134–142. 3. Yaser A Al Naam SE, Majed H Al Jahdali. The Impact of Total Automaton on the Clinical Laboratory Workforce: A Case Study. Healthc Leadersh 2022; May 9;14:55-62
Li Xiaojuan, Wang Yi. Skills Adaptation: EU's Vocational Education Action and Mirror for Responding to the Skills Transition. Vocational & Technical Education Forum 2023.8 116-128
GanghuaYu Tonglu Yin. An analysis on the employment of college students under the background of intelligence. Education and Vocation 2023.6 100-107 D
National Health Commision of the People’s Republic of China. Chinese Journal of Health Statistics (2021). Chinese Academy of Medical Sciences 2021.10.
Data from China Education Online https://www.eol.cn/
Yu Shu, Shin-Jia Ho and Tien-Chi Huang. The Development of a Sustainability-Oriented Creativity, Innovation, and Entrepreneur ship Education Framework: A Perspective Study. Frontiers in Psychology 2020.8
Cullen L, Collinson PO, Giannitsis E. Point-of-care testing with high-sensitivity cardiac troponin assays: the challenges and opportunities. Emerg Med J 2022; 39(11):861-866
Standard for Grading Evaluation of Application Level of Electronic Medical Record System (Trial). (2018). Ministry of Health of the People’s Republic of China.
Zhou Quan. Artificial intelligence empowers laboratory medicine in Industry 4.0. 2020 South Med Univ, 40(2): 287-296.
Pennestri F, Banfi G. Artificial intelligence in laboratory medicine: fundamental ethical issues and normative key-points. Clin Chem Lab Med 2022; 60(12):1867-1874.
Millenson ML. When "patient centred" is no longer enough: the challenge of collaborative health: an essay by Michael L Millenson. BMJ 2017 Jul 5358:j3048.
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Copyright (c) 2024 Nannan Zhong, Wen Qin, Cejuan Ji, Dan Zheng, Zhenzhu Li, Lei Mei, Ruochun Li, Rui Zhang
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