Collaborative Development of a Statistics Microlearning Course for Health Professionals

Teaching is often core to a librarian’s duties. However, at large institutions, there is often not enough librarian manpower to deliver in-person instruction on specialized topics to all who could benefit. In this case, librarians must look beyond the traditional in-person session to deliver educati...

Full description

Saved in:
Bibliographic Details
Main Authors: Lena Bohman, Regina Vitiello
Format: Article
Language:English
Published: UMass Chan Medical School, Lamar Soutter Library 2024-12-01
Series:Journal of eScience Librarianship
Subjects:
Online Access:https://publishing.escholarship.umassmed.edu/jeslib/article/id/966/
Tags: Add Tag
No Tags, Be the first to tag this record!
_version_ 1846141198777974784
author Lena Bohman
Regina Vitiello
author_facet Lena Bohman
Regina Vitiello
author_sort Lena Bohman
collection DOAJ
description Teaching is often core to a librarian’s duties. However, at large institutions, there is often not enough librarian manpower to deliver in-person instruction on specialized topics to all who could benefit. In this case, librarians must look beyond the traditional in-person session to deliver educational content at scale. At our library, serving a large healthcare system with 85,000 employees, we constantly tackle issues of delivering library services at scale with limited manpower. In this article, we discuss how we tackled developing an asynchronous microlearning-based course for health care professionals on statistical analysis. We start out with background on microlearning, a strategy for e-learning based on short “bites” of information (Gagne et al. 2019). Then we move on to the process of developing the course, which was built on an existing library program to offer GraphPad Prism licenses to health system employees. We detail how we collaborated with units across the health system, especially an e-learning specialist based in the office of data strategy and the director of biostatistics. We describe in detail the planning and development of the course, including how we decided what to cover, creating synthetic electronic health record data for video examples, and recording the microlearning videos. Thus far, our microlearning course has received more than 1,400 views, which we consider to be very successful. However, our strategy to assess the course could be more robust, and we also talk about future strategies to gauge the success of similar projects.
format Article
id doaj-art-79f5c46cf6fc40569013dc952efbe3fb
institution Kabale University
issn 2161-3974
language English
publishDate 2024-12-01
publisher UMass Chan Medical School, Lamar Soutter Library
record_format Article
series Journal of eScience Librarianship
spelling doaj-art-79f5c46cf6fc40569013dc952efbe3fb2024-12-04T16:38:14ZengUMass Chan Medical School, Lamar Soutter LibraryJournal of eScience Librarianship2161-39742024-12-0113310.7191/jeslib.966Collaborative Development of a Statistics Microlearning Course for Health ProfessionalsLena Bohman0https://orcid.org/0000-0002-0505-7036Regina Vitiello1https://orcid.org/0009-0009-2655-6561Zucker School of Medicine at Hofstra/NorthwellNorthwellTeaching is often core to a librarian’s duties. However, at large institutions, there is often not enough librarian manpower to deliver in-person instruction on specialized topics to all who could benefit. In this case, librarians must look beyond the traditional in-person session to deliver educational content at scale. At our library, serving a large healthcare system with 85,000 employees, we constantly tackle issues of delivering library services at scale with limited manpower. In this article, we discuss how we tackled developing an asynchronous microlearning-based course for health care professionals on statistical analysis. We start out with background on microlearning, a strategy for e-learning based on short “bites” of information (Gagne et al. 2019). Then we move on to the process of developing the course, which was built on an existing library program to offer GraphPad Prism licenses to health system employees. We detail how we collaborated with units across the health system, especially an e-learning specialist based in the office of data strategy and the director of biostatistics. We describe in detail the planning and development of the course, including how we decided what to cover, creating synthetic electronic health record data for video examples, and recording the microlearning videos. Thus far, our microlearning course has received more than 1,400 views, which we consider to be very successful. However, our strategy to assess the course could be more robust, and we also talk about future strategies to gauge the success of similar projects.https://publishing.escholarship.umassmed.edu/jeslib/article/id/966/microlearningelearningcontinuing educationmedical education
spellingShingle Lena Bohman
Regina Vitiello
Collaborative Development of a Statistics Microlearning Course for Health Professionals
Journal of eScience Librarianship
microlearning
elearning
continuing education
medical education
title Collaborative Development of a Statistics Microlearning Course for Health Professionals
title_full Collaborative Development of a Statistics Microlearning Course for Health Professionals
title_fullStr Collaborative Development of a Statistics Microlearning Course for Health Professionals
title_full_unstemmed Collaborative Development of a Statistics Microlearning Course for Health Professionals
title_short Collaborative Development of a Statistics Microlearning Course for Health Professionals
title_sort collaborative development of a statistics microlearning course for health professionals
topic microlearning
elearning
continuing education
medical education
url https://publishing.escholarship.umassmed.edu/jeslib/article/id/966/
work_keys_str_mv AT lenabohman collaborativedevelopmentofastatisticsmicrolearningcourseforhealthprofessionals
AT reginavitiello collaborativedevelopmentofastatisticsmicrolearningcourseforhealthprofessionals