The Advantages and Disadvantages of Virtual Learning Environments for Students with Special Needs at Risk of Academic Failure in a Traditional School Setting Students and Parents Views and Perceptions
Date
2013-05Author
Leiter, Nicole Nichelle
Advisor(s)
Fischer, Thomas
Metadata
Show full item recordAbstract
The landscape of K-12 education is changing rapidly. Students have a choice regarding
where and how they receive their education. One of these options is virtual education or
electronic learning. While this is proving to be a popular choice for students, is it always the
correct choice? Online schooling is open and available to all students regardless of ability.
Many students who have been identified as having special needs, and receive special education
services through an Individualized Education Plan (IEP), are making the choice to switch to
virtual schooling. Many of these students with special needs are risk of academic failure at their
traditional brick and mortar school. In order to ensure that these students are successful in the
virtual environment, they need to stay motivated, on task, and have a supportive learning coach
to guide their instruction. If any of these pieces are lacking, there is a possibility that the virtual
school environment may not be conducive for the student.
The purpose of this study is to improve the delivery of virtual schooling by surveying
and interviewing current students and their parents or learning coaches on their perspectives of
how effective schooling in a virtual environment is for them. During the course of my research,
I identified both the advantages and disadvantages of virtual online education for students with
special needs who had been deemed at-risk of academic failure in the traditional school setting.
Once the data was collected, students and parents were able to identify and make an informed
decision as to if virtual schooling was the right choice for them.
Subject
virtual learning
online learning
students with disabilities
Permanent Link
http://digital.library.wisc.edu/1793/84658Type
Field project

