The choice not to use computers: A case study of community college faculty who do not use computers in teaching

The primary purpose of this investigation is to study the motives of community college faculty who decide not to use computers in teaching. In spite of the fact that many of the environmental blocks that would otherwise inhibit the use of the computers have been eliminated at many institutions, many faculty do not use a computer beyond its word-processing function. For the purpose of the study non-adoption of computers in teaching is defined as not using computers for more than word-processing. ^ The issues in the literature focus on resistance and assume a pro-innovation and pro-adoption bias. Previous research on the questions is primarily surveys with narrowly focused assumptions. This qualitative research directly asks the participants about their feelings, beliefs, attitudes, experiences, and behaviors in regard to computers in teaching. Through the interview process a number of other correlated issues emerge. ^ The investigation was conducted at Miami-Dade Community College, a large urban multicampus institution, in Miami-Dade, Florida. It was conducted through a series of in-depth phenomenological interviews. There were nine interviews; eight within the profile; two were pilots; and one was an extreme opposite of the profile. Each participant was interviewed three times for about 45 minutes. ^ The results indicate that the computer conflicts with the participants' values in regard to their teaching and their beliefs in regard to the nature of knowledge, learning, and the relationship that they wish to maintain with students. Computers require significant changes in the values, beliefs, and consequent behaviors. These are changes that the participants are not willing to make without overwhelming evidence that they are worth the sacrifice. For the participants, this worth is only definable as it positively improves learning. For even the experts the evidence is not there. Unlike the innovator, the high end computer user, these participants are not willing to adopt the computer on faith. ^

The impact of selected factors in nurses' attitudes toward bedside computers

The purpose of this study was to determine the impact of selected factors on nurses' attitudes toward bedside computers. Bedside computer systems, also referred to as point-of-care systems, are clinical information systems that allow documentation of patient care and retrieval of data at the patient's bedside, or in close proximity to where care is delivered. The adoption of bedside computer systems appears to be increasing among U.S. institutions. As healthcare institutions undertake automation projects, they face many challenges associated with implementing large-scale change. ^ The study explored four factors and their relationship to nurses' attitudes toward bedside computers. A pre-bedside implementation survey of 184 staff nurses did not demonstrate a relationship between previous computer experience and nurses' attitudes toward bedside computers (p > .05). The data did not indicate a relationship between nurses' formal education and their attitude toward bedside computers (p > .05). The data did support a relationship between nurses' previous computer experience and their comfort in the use of bedside computers (p < .0005). Using a quasi-experimental control group design, attitudes of nurses were studied over an 18 month period. The Pre versus Post Survey data indicated that nurses who used bedside computers, the experimental group, had more positive attitudes than the nurses who did not use bedside computers, the control group (p < .0005). ^ The findings are significant to institutions implementing bedside computers, to the human resource development staff overseeing bedside computer training, and to the practice of clinical nursing. ^

FIU Medical Library Stacks and Computers

http://digitalcommons.fiu.edu/com_images/1101/thumbnail.jpg

FIU Medical Library Computers

http://digitalcommons.fiu.edu/com_images/1100/thumbnail.jpg

Examining the needs for student services of adult learners in continuing higher education

The primary purpose of this study was to examine the availability and quality of student services offered to adult learners in selected continuing education programs in Dade County, Florida. The two basic research questions addressed in this study were: 1) What are the student services being provided to adult learners by the selected colleges and universities? 2) What is the quality of these services being provided as perceived by administrators and adult learners at their institutions? Two groups comprised the population for this study. One group sample of adult learners enrolled in credit courses being offered by the continuing education unit. The second group sample was comprised of administrators in the areas of Admissions, Financial Aid, Registration, Student Services and Continuing Education at each of the five colleges and universities in Dade County, Florida. Data were collected from 107 students and 25 administrators using the Continuing Education Student Services Questionnaire (CESSQ) developed by the researcher in a pilot study. The questionnaire, one for administrators and a similar one for adult learners, consisted of two parts. One consisted of eight demographic items and the second one of twenty items describing student services. An overview of responses by institutions showed that only the following services received a 100% response as available at one or more institutions: 1) Admissions Information, 2) Convenient Hours for Registration, 3) Assistance in Class Registration, 4) Assistance in Planning a Class Schedule, 5) Access to the Library in Evening and Weekends, 6) Parking and Security, 7) Food Services, 8) Bookstore and 9) Access to Computers.

A university e-learning system to enhance higher education teaching environments: a model-base innovative service-orientated clouds intensive evolution approach.

The International Conference on Advanced Materials, Structures and Mechanical Engineering 2015 (ICAMSME 2015) was held on May 29-31, Incheon, South-Korea. The conference was attended by scientists, scholars, engineers and students from universities, research institutes and industries all around the world to present on going research activities. This proceedings volume assembles papers from various professionals engaged in the fields of materials, structures and mechanical engineering.

Use of Products and Systems for Scientific and Technical College Education and Development for Industrial

Have been less than thirty years since a group of graduate students and computer scientists working on a federal contract performed the first successful connection between two computers located at remote sites. This group known as the NWG Network Working Group, comprised of highly creative geniuses who as soon as they began meeting started talking about things like intellectual graphics, cooperating processes, automation questions, email, and many other interesting possibilities 1 . In 1968, the group's task was to design NWG's first computer network, in October 1969, the first data exchange occurred and by the end of that year a network of four computers was in operation. Since the invention of the telephone in 1876 no other technology has revolutionized the field of communications over the computer network. The number of people who have made great contributions to the creation and development of the Internet are many, the computer network a much more complex than the phone is the result of people of many nationalities and cultures. However, remember that some years later in 19732 two computer scientists Robert Kahn and Vinton Cerft created a more sophisticated communication program called Transmission Control Protocol - Internet Protocol TCP / IP which is still in force in the Internet today.

Landscaping on shifting ground: teacher education in a digitally transforming world

For almost three decades, the landscape of teacher education has been modestly shaped by the exploration of practices that made use of what were, at the time, current instances of computing and communication technologies (CCTs). More broadly and importantly however, the deployment of CCTs globally has, over the same time period (1980-2008), supported a reshaping of the planet's social, economic and political circumstances in which all forms of education operate. Despite the enormity of these shifts the focus in teacher education has remained largely at site, reflecting a similar focus in schools. In fact, the patterns of adaption and response in teacher education to each new instance of high-tech product are now quite predictable. Thus, while teacher education's engagement with CCTs can be mapped as a kind of minor landscaping, a process which attends more to appearance than substance, it is landscaping effectively premised upon a stable geography, one that resembles that of thirty years ago. This paper explores the changed and changing geography of a world heavily shaped by the ongoing deployment and use of more and more powerful CCTs. The analysis suggests that if we continue to attend only to landscaping, teacher education will be at risk of being terraformed.

Educational software in english to the awareness in a preschool education supervised context

Information and communication technologies play an increasingly important role in society, in the sense that all areas and professions make use of digital resources. The school can not be brushed off this reality, aim to create full subjects and integrated in society today. Educational software can be used very early in the education of children, but they must be carefully and monitoring. This article aims to present the results of the use of educational software in English to the awareness of context with children of pre-school education in kindergarten, nursery center Redemptorist Fathers - The smallest fox in White Castle, a 21 group children under 5 years. Early awareness of foreign language such as English can be started with digital multimedia capabilities and various software available on the market. However, the small study described the case reveals some resistance from parents and educators, in the preparation of these to choose and monitor the use of ICT by children, in addition to also highlight the self-interest of the children involved and their learning a few words in English language in different contexts of daily worked. The study opens perspectives on close monitoring needs of such uses and training of educators in the field of use of resources multilingual awareness in pre-school education.

The use of digital educational resources : the contribution of research in the supervised teaching practice in basic education

This article aims to reflect on the impact of Information and Communication Technologies (ICT) in the educational context, focusing on the potential contributions of the use of Digital Educational Resources (RED) in the process of teaching and learning. For this purpose, the results of the use of the RED will be presented:. Digital Classroom - The World's 1st Year Carochinha The study was accomplished in a class of the 1st grade of the 1st CEB, composed of 27 students, aged 6-7 years in Castelo Branco City Schools Group within the Supervised Teaching Practice. The results obtained after the analysis and processing of the data showed that when using this RED students show they have acquired the content covered by the fact that they enhanced levels of greater interest, commitment, motivation, commitment and initiative in the course of activities proposals. But, perhaps because they are students of 1st year of the 1st CEB, do not neglect the presence and monitoring of the teacher and the use of paper-based resources. This means that there should be a complementarity that reconciles the human factor (teacher), with the use of digital media resources and paper support resources (Manual).

Collaboration and student engagement in design education

One of the great paradoxes in design education is that undergraduate students are encouraged to study and model the behaviors and attitudes of famous designers, but without being aware that such esteemed individuals rarely work in isolation. The vast majority of designers work in teams, as part of both the conceptualization and production processes. Even 'design-auteurs' or 'artist-designers' must still interact with, respectively, clients, consultants and contractors, or patrons, curators and publishers. As a result of this, collaboration is widely considered an essential part of the design process and a critical skill for developing a career in the design industries. However, while design practitioners and the professional bodies that represent them acknowledge the importance of groups and teams, there has been a general reluctance (either an unwillingness or inability) to emphasize the importance or team processes, or em­bed the development of team skills, in undergraduate design curricula. There are many reasons for this situation existing, but we cannot underestimate the general attitude, implicit in much design education and promulgated through the design media, that creativity is an individual trait.