医学生在儿科医疗设备开发中的综合商业与工程教育经验。

IF 2 Q2 EDUCATION, SCIENTIFIC DISCIPLINES
Jennifer J Li, Jonathan Lee, Mayilone Sathialingam, Nhi Ha, Tamara Galoyan, Ethan Faye, Michael Kim, Tara Shelby, Rishabh Shah, Yelim Lee, Melissa Bent, Juan C Espinoza
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引用次数: 0

摘要

背景:在本科医学教育中,提供正式的工程和科学创新培训的机会很少。机构通过联合学位课程,如医学科学家培训计划和医学博士/MBA,寻求解决学生特定的职业目标。然而,只有一小部分医学生追求这些额外的学位。医学院和医疗技术(MedTech)加速器之间的伙伴关系可能为医科学生创造独特的机会,以获得科学创新和创业的实际经验。方法:实习项目由Keck转化生物技术协会和西海岸儿科技术与创新联盟(CTIP)共同开发,CTIP是美国食品和药物管理局资助的儿科医疗器械加速器。学生和公司申请参与,并根据学生的兴趣和经验进行配对,共同制定项目计划。最初的指导提供了项目结构和期望的概述。学生和导师每两周会面一次,讨论有关项目进展的问题或担忧。学生们做了期末项目报告并完成了项目评估。报告了该程序3次迭代的数据。结果:学生课程满意度在5个领域进行了测量。学生们认为在CTIP工作对他们的教育有价值(平均得分为3.7分,满分5.0分),并鼓励他们在医疗技术领域追求未来的职业生涯(平均得分为4.0分,满分5.0分)。学生们提出了一些改进项目的建议,包括更多的结构,对时间承诺和可交付成果的明确期望,以及学生的津贴。随着时间的推移,参与该计划的人数越来越多。结论:实习计划的初始迭代得到了学生的好评。注意到若干改进的机会。这个项目随着时间的推移而发展。与医学院和学术医疗中心的加速器项目合作,可以为学生提供学习医疗技术的关键现实机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated Business and Engineering Educational Experience for Medical Students in the Development of Pediatric Medical Devices.

Background: There are few opportunities in undergraduate medical education that provide formal training in engineering and scientific innovation. Institutions have sought to address student-specific career goals through combined degree programs such as the Medical Scientist Training Program and MD/MBA. However, only a small percentage of medical students pursue these additional degrees. Partnerships between medical schools and Medical Technology (MedTech) accelerators may create unique opportunities for medical students to gain real-world experience with scientific innovation and entrepreneurship.

Methods: An internship program was developed by the Keck Translational Biotechnology Association and the West Coast Consortium for Technology & Innovation in Pediatrics (CTIP), a Food and Drug Administration-funded pediatric medical device accelerator. Students and companies applied to participate and were paired based on students' interests and experience, and project plans were developed together. An initial orientation provided an overview of the program structure and expectations. Students and mentors met biweekly to address questions or concerns surrounding the progress of their projects. Students gave final project presentations and completed program evaluations. Data from 3 iterations of the program are reported.

Results: Student program satisfaction was measured across 5 domains. Students felt that working with CTIP was valuable to their education (mean score = 3.7 of 5.0) and encouraged them to pursue future careers in MedTech (mean score = 4.0 of 5.0). Students provided a few suggestions to improve the program, including more structure, clear expectations around time commitment and deliverables, and stipends for students. Participation in the program grew over time.

Conclusions: The initial iterations of the internship program were well received by students. Several opportunities for improvement were noted. The program grew over time. Partnerships with accelerator programs at medical schools and academic medical centers may provide key real-world opportunities for students to learn about MedTech.

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Journal of Medical Education and Curricular Development
Journal of Medical Education and Curricular Development EDUCATION, SCIENTIFIC DISCIPLINES-
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