Design, construction, and advantages of 100% online laboratories in an upper division undergraduate biology course

Author:

Brady Emma,Reeves Shalaunda,Maden Malcolm,Harfe Brian D.ORCID

Abstract

AbstractFor centuries, students have been taught by passively listening to lectures, usually in large groups. In many fields, this type of course delivery is not ideal. In addition, students that have grown up with online access and/or have been forced to take online course during the recent pandemic, are seeking improved online educational experiences. As providers of education, Universities must adapt to this rapidly changing environment. The emergence of exciting, “disruptive” technologies has provided the tools needed for educators to revolutionize the delivery of higher education. The University of Florida, through UF Online, provides students the opportunity to enroll in fully online four-year undergraduate degrees. In this report, we describe the development of fully online laboratories for the upper-division course Evolutionary Developmental Biology, which fulfill the University of Florida’s laboratory requirement. This course is taken by Biology, Zoology, and related majors, including majors in the 100% online Biology degree. The experiments in the virtual laboratories would have been impossible to teach in a residential setting due to time constraints, cost, student safety issues, and regulatory/certification requirements. The ability to perform these experiments online provided University of Florida undergraduates located throughout the world access to unique, one-of-a-kind laboratory experiences. The virtual laboratories allowed students to undertake in-depth exploration and application of course content that is not possible in a residential setting. Completion of the Evolutionary Developmental Biology course provided undergraduate students the opportunity to obtain a science degree without ever visiting the university’s residential campus. During the Fall 2020 term, this course was made available to residential students, thus allowing this cohort of students to continue to make progress, 100% online, towards their undergraduate degree during the COVID19 pandemic.

Publisher

Cold Spring Harbor Laboratory

Reference30 articles.

1. Challenges and Opportunities for Learning Biology in Distance-Based Settings;Bioscene: Journal of College Biology Teaching,2013

2. The learning effects of computer simulations in science education

3. Senate, T.F. , Appropriations subcommittee on Education (C/CS/SB1076:K-20 Education), Tallahassee, FL.

4. Liebenberg syndrome: brachydactyly with joint dysplasia (MIM 186550): a second family;J Med Genet,2000

5. A chromosomal 5q31.1 gain involving PITX1 causes Liebenberg syndrome;Am J Med Genet A,2014

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