Collaborative Learning Community Facilitating Inclusive Learning Settings: Providing Reasonable Accommodations

Collaborative Learning Community Facilitating Inclusive Learning Settings: Providing Reasonable Accommodations

Shigeru Ikuta, Yu Takagaki, Reiko Sone, Keiko Ozaki, Shinya Abe
DOI: 10.4018/978-1-7998-6816-3.ch008
OnDemand:
(Individual Chapters)
Available
$37.50
No Current Special Offers
TOTAL SAVINGS: $37.50

Abstract

One of the authors (Shigeru Ikuta) has organized a collaborative learning community with schoolteachers to provide reasonable accommodations for students with disabilities using newly developed multimedia-enabled dot codes. He created “Post-It-like” sticker icons on which dot codes were printed; each sticker icon could be linked with up to four multimedia mediums, in addition to up to four voices/sounds. Touching a dot code icon with a speaking-pen enables audios to be replayed and touching a dot code icon with a dot-code reader enables multimedia to be replayed. Four software packages to create self-made contents were developed by Gridmark Inc. The sticker icons, a speaking-pen and dot-code reader, and software packages are distributed to schoolteachers for free; they can now create original teaching materials for students in classes. The present newly developed software and tools are quite useful to support the students with various difficulties in inclusive learning settings.
Chapter Preview
Top

Introduction

A disability can be defined as being a condition judged to be significantly impairing, or a function which is significantly impaired, relative to the usual standard of an individual or group. The term is used to refer to an individual’s functioning—including physical impairment, sensory impairment, cognitive impairment, intellectual impairment, mental illness, and various types of chronic disease. On the other hand, learning disabilities are neurological-based processing problems. These processing problems can interfere with learning basic skills, such as reading, writing, and/or mathematics. The problems can also interfere with higher-level skills, such as organization, time planning, abstract reasoning, long- or short-term memory, and attention (Learning Disabilities Association of America, n.d.; American Psychiatric Association, n.d.).

In some children, the loss of language is a major impairment. The inability to communicate often leads to intolerable frustrations, which in many students with severe cognitive disabilities leads to temper tantrums, screaming, biting, and self-abusive behavior. Each student with autism spectrum disorder also has some problematic core verbal and nonverbal communication symptoms (e.g., a delay in learning to talk or a complete lack of verbal ability) (National Institute of Mental Health, 2018; National Institute of Mental Health, n.d.; WebMD, 2018). The students having “reading-impaired” have obvious trouble with learning sound-symbol correspondence, sounding out words, and spelling words (Moats & Tolman, n.d.).

An inclusive setting in education is usually defined as a place such as a school or college where children of all abilities learn together. Namely in an inclusive classroom, children with learning disabilities, such as dyslexia, and physical disabilities, such as deafness, learn alongside children of both average and exceptional ability (Koenig, 2020). In Japan, this inclusive setting in education is tried at the public schools but being not widely spread still now.

Japan still has 1,149 separated schools for children with special needs; 144,823 students are enrolled, and 85,336 permanent teachers work in these schools. Almost half of such special needs schools is for students identified with intellectual disabilities (Ministry of Education, Culture, Sport, Science, and Technology, Japan, 2020). Outside of these special needs schools, Japanese public schools offer three methods of assistance that vary according to the severity of the children’s disabilities. The lowest-need group is taught within regular classes. The next approach is the resource room system, which such special needs students attend several times a week for special instruction. The third method includes special needs education classes. These classes are for children with relatively mild intellectual or physical/motor disabilities, autism/emotional disturbance or health, visual, hearing or speech/language impairment (Kawano, 2016; Isogai, 2017).

The schoolteachers, at the schools for special needs and the classes for special needs in public schools, have created self-made teaching aids and materials by using woodworking and metalworking for daily lessons. These teachers deeply feel that a teaching aid and specific materials suitable for one student may not serve another student. Indeed, they consider that each student with a disability may need individual self-made teaching aids and materials. Therefore, they need software and tools that are cheaper than the commercial ones and more user-friendly to create their own content for each student in their classes.

To proceed the inclusive learning settings, the useful and attractive technologies and tools that can be used to provide the disabled students with reasonable accommodations and help them join in the class in inclusive settings are needed. The newly developed technologies and tools described in this paper are helpful for such students and the schoolteachers as one of the indispensable assistive technologies.

In this chapter, the authors briefly present basic information on newly developed multimedia-enabled dot code, and then, describes in detail three activities performed at two special needs schools. They introduce the positive benefits and importance of collaborative learning community in providing reasonable accommodations for students with disabilities. They also describe the present technologies are quite useful for such students in inclusive learning class.

Key Terms in this Chapter

Dot-Code Reader: Multimedia files, such as movies, can be linked to the dot codes overlaid with the GM Authoring Tool and “Post-it-like” sticker icons of the “magical sheet.” The linked multimedia is replayed on the screen of iOS or Windows OS devices by touching the dot codes with a dot-code reader.

“Post-It-Like” Sticker Icon: Each “magical sheet” and “dot sticker” are overlaid with dot codes beforehand. The icons can then be taken off, pasted onto a target object, and then touched with a speaking-pen or dot-code reader.

Speaking-Pen: The G-Speak and G-Talk speaking-pens reproduce original voices and sounds simply by touching the “Post-It-like” sticker icons or overlaid dot codes printed directly on a paper. These speaking-pens connected to Windows PCs can also replay multimedia, such as movies, using a standalone application created using the File Linker program.

Collaborative Learning Community: Schoolteachers should create self-made original teaching materials to provide reasonable accommodations for each individual with disabilities, for examples, using multimedia-enabled dot-codes. They conduct school activities, analyse the results, and share the stories and outcomes with all the community members.

File Linker: This software can create a standalone application on Windows OS. A maximum of ten multimedia-like movies can be linked to each “Post-it-like” sticker icon or dot-code overlaid using a GM Authoring Tool. Touching the dot codes with a dot-code reader replays the corresponding multimedia on a screen of PC.

School Activity: School activities in special needs education can be improved through the use of original and individual self-made teaching materials and aids tailored to each student with disabilities, as each student has different thoughts, feelings, needs, and desires.

GM Authoring Tool: This software can overlap the dot codes on users’ designed document at any place, in any size, and in any number. A maximum of ten audio and multimedia files can be linked to each unique set of dot codes.

Multimedia-Enabled Dot Code: Invisible dot codes developed by Gridmark Inc. are a novel two-dimensional code technology consisting of extremely small dots. Each “Post-it-like” sticker icon or dot-code overlaid with a GM Authoring Tool program can now be linked to up to ten audios. A maximum of ten multimedia, such as movies, can be also linked to the same icon. A simple touch by a speaking-pen and dot-code reader on the dot codes enables a link between the paper and the digital content.

Gridmark Content Viewer (GCV): This software can create content available on iOS devices, such as the iPad and the iPhone. Using G-Pen Blue with Bluetooth functionality users can replay the multimedia, such as movies, photos, audios, and Web pages on the screen of an iOS device.

Sound Linker: A software that can create content for a speaking-pen. A maximum of 10 audios can now be linked to each “Post-It-like” sticker icon or dot code overlaid with using the GM Authoring Tool program. Created content is copied into a microSD card in a speaking-pen. Touching the icon with a speaking-pen, such as G-Speak and G-Talk, replays the corresponding audio.

Complete Chapter List

Search this Book:
Reset