1) At the end of this lesson, readers will be able to describe the ways in which the pandemic affected technical vocational schools, particularly engineering schools.
2) At the end of this lesson, readers will be able to list three ways in which the pandemic affected students learning in engineering vocational schools specializing in the use of heavy equipment.
Fewer students allowed in the classrooms, because social distancing had to be maintained.
The course could not be taught virtually because it required heavy machinery, so students had to deal with the uncertainties of the pandemic while attending the class.
Masks made it extremely difficult for the students to learn and communicate because they are already in an industrial area where hearing protection is required.
Technical vocational schools aim to help address needs in a region's labor market by producing workers that have relevant technical skills in specific fields that demand skilled workers (OECD, 2001). During the COVID-19 pandemic, students enrolled in these schools had to face many challenges regarding their personal safety, as well as their education. Research shows that hands on project-learning from home with a combination of online-learning is the most safe and effective way in which students can learn a technical vocational skill during a pandemic (Widarto et al., 2020). However, for engineers learning a technical vocational skill that requires heavy machinery and equipment, as well as hands on learning, it is not possible for students to learn effectively through remote learning during a pandemic and the students who must attend in person classes face many obstacles due to precautions taken in order to reduce the spread of the virus.
Interview
Janisha Ingram is an instructor at a technical vocational school that teaches a variety of engineering skills, including welding, plumbing, and electrical engineering. The initial shutdowns of the COVID-19 pandemic occurred while she was instructing a welding course to approximately fifteen students. Janisha had to help these students navigate the challenges of the pandemic in order to reach their educational goals. Janisha gave three challenges that students had to overcome in order to successfully navigate the course during the COVID-19 pandemic.
Firstly, the size of the class had to be reduced due to the implementation of social distancing on the campus. There was not enough room in the classrooms for fifteen students to socially distance themselves from one another. In order to address this, the classroom was reduced in size. Another instructor was brought in to teach half of the students, while the other half stayed with Janisha. This was difficult for the students that were given a new instructor because they now had to learn the expectations of another instructor in the middle of their course.
Secondly, because the course involved heavy machinery, it could not be taught remotely. After the initial shutdown of two weeks, it was determined that the course she was teaching was considered essential for jobs in the United States, so students had to return to in person class if they wanted to continue the course. The fears and uncertainties of the pandemic took a toll on the students and negatively affected their abilities to concentrate. Many of the students were distracted and their abilities to learn were greatly affected.
Thirdly, the social distancing and masks made it extremely difficult to communicate while the students were conducting hands on learning. Due to the industrial environment of a welding school, students were already instructed to wear hearing protection, and the social distancing and masks made it difficult for them to hear their instructor as well as communicate with their classmates. This caused frustration and confusion among the students.
Conclusion
While the safest way to effectively learn technical vocational skills during a pandemic is remotely, through hands on home project-learning with a combination of online computer based learning (Widarto, 2020), technical vocational schools exists to provide essential skilled labor to the workforce (OECD, 2001), and for some career fields it is not possible for students to learn remotely. For example, most students can not learn how to weld at home without having access to the resources of the school because it is not realistic to expect students to have personal access to the expensive equipment that they must work with. Students enrolled in a program such as welding must attend in person classes. However, the effects of the pandemic still take a heavy toll on the students in these technical vocational courses, because of social distancing,, course delays and distractions, as well as interference in communication (personal communication). This research taught me that there might be a way to learn what is considered the most effective, but it is not always possible to use the ideal method suggested because of circumstances. During a pandemic, students enrolled in technical vocational courses must be prepared to do whatever is required of them to complete their course successfully, because remote learning is not always an option when learning a specific trade.
OECD. (2001). Education policy analysis 2001. Organisation for Economic Co-operation and Development.
Widarto, W, Sutopo, S, Nurtanto, M, Cahyani, P A, andHonggonegoro, T. "Explanatory of Learning Models and VocationalTeacher Perceptions of Mechanical Engineering during the Covid-19Pandemic." Journal of Physics. Conference Series 1700.1 (2020):Journal of Physics. Conference Series, 2020-12-01, Vol.1700 (1).Web.
1) What is the best choice listed as to why vocational technical schools specializing in trades that involve heavy machinery remained open during a pandemic and continued in person learning?
a. students learn better in person
b. it is impossible to learn these skills from home
c. these schools provide skilled essential employees for the workforce
d. most students preferred face to face learning
2) If COVID-19 restrictions were to be lifted in a vocational technical school that involved learning on heavy machinery by not requiring students to social distance, which of the following choices would best describe the potential impact on the classroom?
a. the students would have no difficulty hearing each other
b. there would be a higher number of students allowed in the classrooms
c. the students would be able to focus on their work with no distractions from the pandemic
d. students would be able to work/learn wherever they wanted in the classroom
Answers
1) c.
2) b.