Learning from the COVID‐19 pandemic: Improving academic continuity in workforce development programs

Author:

Shakour Katie1,Ransom Tim2,Gallagher Eliza2,Johnson Karen3,Short Rebecca1,Beck Jonathan4,Chalil Madathil Kapil15

Affiliation:

1. Center for Workforce Development Clemson University Clemson South Carolina USA

2. Department of Engineering and Science Education College of Engineering Computing and Applied Sciences Clemson University Clemson South Carolina USA

3. School of Aviation Southern Illinois University Carbondale Illinois USA

4. National Center for Autonomous Technologies Northland Community and Technical College Thief River Falls Minnesota USA

5. Departments of Civil and Industrial Engineering Clemson University College of Engineering Computing and Applied Sciences Clemson University Clemson South Carolina USA

Abstract

AbstractThe COVID‐19 pandemic caused an abrupt change in educational programs worldwide, including workforce development education in community colleges. Given the hands‐on requirements of these programs, considerations for changes included if and how instructors and students could maintain academic continuity during the pandemic. This article focuses on aviation maintenance technology schools (AMTS) as a case study to understand how programs that rely heavily on hands‐on learning responded to COVID‐19 significant disruption to education. The Federal Aviation Administration (FAA) must approve educational training for aviation maintenance careers, and the FAA requires specific hands‐on activities in the curriculum. Of the 182 AMTS in the United States, 143 are located within community colleges. We conducted 43 interviews with AMTS students, administrators, and instructors from 18 different community colleges. Following content analysis of the interviews, the authors identified six findings related to how these programs responded to the pandemic, with special attention to maintaining academic stability. The article advocates for integrating digital learning tools (DLT) to create resilient educational programs when disruptions occur. These tools allow for students to continue to asynchronously practice the procedures and familiarize themselves with the materials needed for projects, provide students immediate feedback on their learning, and save schools money on expensive resources when students require extra practice on certain skills and processes. The application of these tools is relevant beyond the pandemic, helping students in many scenarios succeed in the face of natural disasters, family obligations, and the need for extra learning resources.

Publisher

Wiley

Reference17 articles.

1. Aircraft Maintenance Technician Schools. (2021).FAA. Retrieved fromhttps://www.faa.gov/licenses_certificates/airline_certification/amts/

2. Aviation Technician Education Council (ATEC). (2020).COVID‐19 Impacts on AMTS Survey. Unpublished raw data.ATEC.

3. Desktop Virtual reality: A powerful new technology for teaching and research in industrial teacher education;Ausburn L.;Journal of Industrial Teacher Education,2004

4. Barbagallo J.(2015).Advisory Circular FAA. Retrieved fromhttps://www.faa.gov/documentlibrary/media/advisory_circular/ac_147‐3b.pdf

5. Black J.(2020).FAA Aviation Safety Memorandum Special Guidance for part 147 AMTS Regarding Training Interruptions Related to Coronavirus (COVID‐19) and Applicable Deviations to Order 8900.1. FAA. Retrieved fromhttps://fsims.faa.gov/wdocs/afs‐1%20memorandums/covid‐19/special%20guidance%20for%20part%20147%20amts%20regarding%20training%20interruptions.pdf

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