Technology & Education
There has been a fundamental change in almost all aspects of our life brought about by computer technology and the spread of digital media. Educationalists also agree that this development in technology has left an undeniable mark on the process of education reforms (U.S. Department of Education, Office of Educational Technology, 2010). Researchers also agree that technology has the ability to help students improve and enhance knowledge and skill acquisition. This, they say, can be achieved through learning with and about technology, which has become essential for students in the 21st-century society and workforce to gain competencies to perform well (Chen & Hwang, 2014). Additionally, student-centered learning can be well supported by technology since it is intrinsically motivating for many students and can be easily customized.
Academicians and researchers have defined technology as an articulation of a craft and deals with that branch of knowledge which can help in the creation and the use of technical means with constant interrelation to life, society as well as the environment and draws its source from subjects like industrial arts, engineering, applied science and pure science (Floyd, 2011). Technology can assume a number of forms in the classrooms from the low-tech pencil, paper, and chalkboard to more sophisticated and complex use of presentation software or the use of high-tech tablets and online collaboration as well as conferencing tools, etc. The latter of the technologies allows students and teachers to make use of virtual classrooms -- a thing that had never been possible before. In a nutshell, the use of the type of technology in a classroom is dependent on what one is trying to achieve (Patti & Vince Garland, 2015). Many of the researchers are of the opinion that technology in education is one of the key factors that can, and has to an extent, brought about radical changes to the formal educational system (Shehnaz & Sreedharan, 2010).
This has also led to the perceived enhancement of the use of technology in the classroom for special education to a greater extent compared to the regular classrooms (Boonmoh, 2012). Since the modern technologies are customizable and can be altered to suit a particular need, it can be assistive to suit the needs of different types of disabilities which plague special needs students (Saxena, 2016). A student with special needs tends to suffer from a variety of learning disabilities, including learning impairments in Reading or in Math or in any other subjects. Intellectual disability, language comprehension problems and emotional or hearing or visual disorders are among the other special needs of such students.
The types of assistive technologies that help students with special needs include computer software, devices for communication and displays and learning enhancing devices. Technology is also adapted to suit the degree of challenge in special needs students. For example, the students with a mild cognitive disability in reading are helped by reading skill software and technologies like text-to-speech products and interactive storybooks among other technologies. On the other hand, voice recognition and software for word prediction is often used for students with impairments in writing.
In a survey conducted by Marino, Israel, Beecher, and Basham (2013), who examined the perceptions among the students of middle school conducted across 14 states in the U.S., showed that a significantly high number of students preferred the use of virtual learning environments over and in addition to the traditional instructional methods like class discussions, reading and labs (Marino, Israel, Beecher, & Basham, 2013). The explanation offered by the authors is that difficulties in the skills of reading and writing of students are enhanced by the traditional learning methods as they rely on reading and writing only and hence impact content instruction. However, even though the efficacy of the use of mobile devices and apps in learning is still an emerging subject of research according to Nordness, Haverkost, & Volberding, (2011), there is some evidence that these technologies are helpful for students with disabilities and with special needs who run the risk of learning failure.
Statement of the Problem
Technology has somewhat changed the way students are learning these days. The advent of handheld devices and the internet had encouraged a section of the student to use such technologies (LI, 2015). One of the reasons, according to Davis (2012) for the use of technology by a section of students in schools is their assessment of the need to do so with respect to their performance levels compared to students who have access to technology and uses it to good effect (Davis, 2012). In fact, education today requires the use of technology in the gathering of information and research since the access is to it easy. However, according to Robinson and Sebba, (2010), lack of adequate...
Editing Environment Media Computer is fully customizable. Project Window opens up into 6 tabs: bin, settings, effect palette, format, usage, and information. Bins: contain clips (master clips): keep everything organized Open multiple bins at the same time or separately User Settings: used to customize editing environment Project settings are specific to each project I = customize interface iii. Ctrl + D/Cmd + D duplicates a setting, which you can use in different editing environments M = Media
Disabled Workers in Small Firms Editing Methodology Differences in Job Satisfaction and Productivity Between Workers With and Without Disabilities in Large and Small Firms in Atlanta, Georgia This chapter will discuss the methodology of the current study. Research design will be discussed followed by the research participant, instrumentation, and procedure. The purpose of this study is to fill a gap in information describing job satisfaction and productivity in workers with disabilities in the
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0 is "…a broad name used for a number of different experiments that are being done in the research community" (Reddy & Goodman, 2002, p. 12). The emphasis here is in 'experiment' as Web 2.0 is a platform for the testing of new applications and innovation, as well as being an area for research and development in education and science. The differences in the way that Web 2.0 functions can be
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The shift toward standardized testing has failed to result in a meaningful reduction of high school dropout rates, and students with disabilities continue to be marginalized by the culture of testing in public education (Dynarski et al., 2008). With that said, the needs of students with specific educational challenges are diverse and complex, and the solutions to their needs are not revealed in the results of standardized testing (Crawford &
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