Computers are tools for learning; and as such are not essentially different from the way dictionaries, calculators, and videos are teaching and learning tools. However, computers provide a wide range of learning experiences that do make them qualitatively and quantitatively different from other learning tools. Three ways that computers measurably benefit the learning experience include communication, information access and retrieval, and training. Computers facilitate communication between learner and teacher, or between learner and peers. With computers and their applications, the raw data of learning -- that is, information -- becomes accessible to both teacher and learners. Training manuals and tutorials can be digitalized in ways that are accessible to learners regardless of geography and time. In spite of these three benefits of computers as learning tools, there are three detriments to the use of information technology in the higher education classroom. One detriment is the digital divide, or income disparity issues preventing equal access to computers. This issue is as much related to institutional costs as it is to individual ability to afford personal computers. Another detriment of computers in the learning environment is the technical restraints they pose, which can make information retrieval more time consuming and complicated than it was before information technology was being used regularly. Finally, computers evolve rapidly and require a continual update of skills and services. This can be costly in terms of time, energy, and resources for learner and the educational institution. In spite of these drawbacks, the use of computers as a learning tool in higher education is entrenched, and the future of computers depends on developing ideal policies for their implementation and pedagogical use. As Ward, Gordon, Field & Lehmann (2011) point out how computers in medical and health care learning has been particularly important for communication. "Campus-wide computer networks have transformed communications within medical schools. This infrastructure...
Computer Mediated Learning For busy adults with conflicting schedules facing a multitude of family and work demands, who still wish to add to their academic credentials or vocational qualifications, computer mediated learning may seem like an ideal way for such adults to satisfy their educational needs. For an elementary school instructor, however, computer mediated learning lacks the supervisory, mentoring, and hands-on capacity that is usually deemed necessary for imparting basic skills.
The instructor does sit with the student when he or she is training with the devices the FAA approves for the educational computer training. Sometimes a separate computer is used during this process, but the teacher is able to monitor and control the student's flight as well as plan out every detail for him or her at that particular time (United States Gernal Accounting Office, 1999). For those that are
Computer assisted learning (CAL), once a novel concept, is a staple in numerous classrooms across the country, from the primary education to the university level. Computer assisted learning offers both students and teachers a daunting and near-limitless education supplement. However, this paper will examine examples where computer assisted learning is more or less effective and why. It will be revealed that computer assisted learning programs that are most effective are
Learning that is imparted through an educational institution or training company within the workplace setting in known as Work-based learning (WBL). WBL is administered by an external teacher in professional capacity and supervised by an employee of the company where WBL is imparted. An exhaustive literature review indicates that it was only after Moser report's shocking revelations, regarding lack of literacy, language, and numeracy skills in one out every five
In setting this plan for implementation and maintenance the ultimate goal for the district within the next five years is the creation of a student-to-computer ratio of 1-1 in grades 3-12 and 3-1 for grades K-2 in accordance with developmental studies for the utilization of technology in lesson and course plans for each respective grade. Computers will be updated on an annual basis, with replacement being taken into consideration
Likewise, a similar study by Desai et al. (2000) that compared traditional lecture format training with CBT found that, "The CBT subjects' overall end-of-training and one-month-after-training performance was significantly better than [the traditional lecture method] subjects' performance" (p. 239). By sharp contrast, the analysis of the effectiveness of CBT by Bowman et al. (2009) found that the effectiveness of this alternative can be adversely affected by a number of Navy-specific
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