Does computer confidence relate to levels of achievement in ICT-enriched learning models?

Employer expectations have changed: university students are expected to graduate with computer competencies appropriate for their field. Educators are also harnessing technology as a medium for learning in the belief that information and communication technologies (ICT’s) can enliven and motivate learning across a wide range of disciplines. Alongside developing students’ computer skills and introducing them to the use of professional software, educators are also harnessing professional and scientific packages for learning in some disciplines. As the educational use of information and communication technologies increases dramatically, questions arise about the effects on learners. While the use of computers for delivery, support, and communication, is generally easy and unthreatening, higher-level use may pose a barrier to learning for those who lack confidence or experience. Computer confidence may mediate in how well students perform in learning environments that require interaction with computers. This paper examines the role played by computer confidence (or computer self-efficacy) in a technology-enriched science and engineering mathematics course in an Australian university. Findings revealed that careful and appropriate use of professional software did indeed enliven learning for the majority of students. However, computer confidence occupied a very different dimension to mathematics confidence: and was not a predictor of achievement in the mathematics tasks, not even those requiring use of technology. Moreover, despite careful and nurturing support for use of the software, students with low computer confidence levels felt threatened and disadvantaged by computer laboratory tasks. The educational implications of these findings are discussed with regard to teaching and assessment, in particular. The TCAT scales used to measure technology attitudes, computer confidence/self-efficacy and mathematics confidence are included in an Appendix. Well-established, reliable, internally consistent, they may be useful to other researchers. The development of the computer confidence scale is outlined, and guidelines are offered for the design of other discipline-specific confidence/self-efficacy scales appropriate for use alongside the computer confidence scale.     

Using Laptop Computers to Improve the Performance of Minority Students: A Pilot Project

A school system and a university joined forces to improve the science and mathematics environment for local minority students with a program that utilized computer technology. The initiative involved individual students from all of the high schools in the Winston–Salem/Forsyth County (North Carolina) School System. In this initiative, Wake Forest University operated a two-week Summer Science and Math Experience for minority students. During the two weeks, students worked intensively with computers and, at the end of the summer program, a laptop computer was loaned to each student for personal use during the of school year. Through interviews and questionnaires, students overwhelmingly endorsed their involvement in the computer-oriented project, both the summer and academic year phases. They especially liked having access to the Internet (provided by the project), being able to use e-mail and chat rooms, and utilizing the information retrieval potential. Parents and teachers surveyed also praised the project, feeling that their students learned more as a result of being involved in project activity.     

Technology Integration for Students with Disabilities: Empirically Based Recommendations for Faculty

In 3 empirical studies we examined the computer technology needs and concerns of close to 800 college and university students with various disabilities. Findings indicate that the overwhelming majority of these students used computers, but that almost half needed some type of adaptation to use computers effectively. Data provided by the students and by a small sample of professors underscore the importance of universal design in a variety of areas: courseware development, electronic teaching and learning materials, and campus information technology infrastructure. Sex and age of students were only minimally related to attitudes toward computers or their use in our samples. Key findings summarize the problems faced by students with different disabilities as well as the computer related adaptations that are seen as helpful. These are used to formulate concrete, practical recommendations for faculty to help them ensure full access to their courses.     

Teaching Object‐Oriented Design Without Programming: A Progress Report

This project is demonstrating the feasibility of using the object‐oriented paradigm to teach students software design in a nonprogramming context. The program, developed using principles of user‐based, prototyping design, teaches students to create responsibility‐driven designs of computer games. Investigations with high school students with little or no knowledge of computers and senior computer science majors have demonstrated that students can indeed learn to use Class‐Responsibility‐Collaborator (CRC) cards to produce creditable high‐level designs in a relatively short time whether or not they have programming experience and can generalize what they have learned to a new design. Although the computer science majors created more complete designs and demonstrated a deeper understanding of the design process than the high school students, these students still found the experience valuable. Both sample groups generally found the process interesting and relatively painless.     

Student‐teachers’ Use of Computers during Teaching Practice in Primary Classrooms

It is argued that teacher readiness is crucial to the realisation of national goals for educational computer use and that the preparation of student teachers can make an important contribution. This study investigated student‐teachers’ dispositions towards computers and their use of computers in primary‐school classrooms during a final‐year practicum. The student teachers generally viewed computers positively but lacked confidence in their knowledge of computers. While they were nervous about using computers in classrooms, almost two‐thirds did use a computer at least once during a four‐week practicum and were more likely to do so if the supervising teacher modelled such use. The most frequently experienced problems in using computers were organisational. Based on the findings of this study it is suggested that preservice courses should focus on the pedagogical issues associated with computer use and they should provide students with opportunities to observe and practise classroom computing.     

Predicting Computer Literacy: how do the technological experiences of schoolchildren predict their computer‐based problem‐solving skills?

ABSTRACT

What is the effect of a technologically rich out‐of‐school environment upon the use of information technology in the classroom? This question was approached by observing the relationships between the exposure to home electronic technologies and classroom disposition and performance. Secondary school children (11–12 years old) were interviewed to determine their declarative knowledge of computers and computer use, the richness of their technological environment and their declared interest in working with computers. They then performed a computer‐based language task that required them to enter missing letters from a piece of text This task required linguistic problem‐solving skills as well as keyboard agility and yielded a number of performance scores. Successful performance correlated with declared out‐of‐school computer use. The richness of the technological environment also correlated positively with declared computer use. Out‐of‐school experience did not predict attitudes to classroom information technology and there were no gender effects in attitude or performance.     

Project work in the graduate classroom: Teachers as students apply skills beyond the classroom

Abstract

Through the use of a long‐term project in a graduate teacher education course on the importance of play, students learned skills beyond those usually required in a graduate classroom. Students used their understanding and knowledge of play, constructive practice, and project work to develop a family play day at the university lab school. As part of the project, students helped to develop a play‐style instrument that served as a self‐study for their own classrooms as they observed the play among their own students. The project culminated with the students hosting the families of the lab school at a fun day and preparing a brochure that gave families information about the importance of play.     

Cross‐cultural Similarities in Attitudes toward Computers and the Implications for Teacher Education

ABSTRACT

Results of a three year longitudinal study of elementary school children's attitudes toward computers in Japan, Mexico, and the United States of America are presented, along with implications of the findings for teacher education. Two types of attitudes toward computers (importance and enjoyment) were found to be positively influenced by the introduction of computer activities in primary school. No novelty effect was found regarding enjoyment of computers, and perceived computer importance declined less from Grades 1–3 than several other dispositions measured. No consistent gender differences were found for attitudes toward computers among the three nations. These findings imply that students begin school eager to learn about computers and lacking the gender biases often found in older age groups, and that teachers should be educated to help preserve interest in and access to information technology for all students. Reflections for teacher education conclude the article.     

Computer Anxiety,Computer Self-efficacy and Attitudes towards the Internet of First Year Students at a South African University of Technology

Notwithstanding the benefits that information and communications technology (ICT) offers to learning processes, the majority of learners in rural and township areas in South Africa either do not have access to computers and the internet, or they lack sufficient skills to exploit the benefits of ICT. This lack of skills and access to computers may lead to computer anxiety and low computer self-efficacy among undergraduates entering higher education. Low computer anxiety and high computer self-efficacy levels are important factors in assisting students to be academically successful in the present technological era. This article reports on a study that assessed the computer anxiety, computer self-efficacy and attitude towards the internet among first year students at a South African university of technology. Data collection was done through a five section survey. The research revealed that students suffer from moderate computer anxiety; they have a moderate compute self-efficacy; and their attitude towards the internet is positive. The results, research contributions, and limitations are discussed, and implications for future studies are suggested.     

Academic achievement,technology and race: Experimental evidence

Although a large literature explores the achievement gap between minority and non-minority students, very little is known about whether disparities in access to technology are partly responsible. Data from the first-ever field experiment involving the random provision of free computers to low-income community college students for home use are used to explore whether home computers are beneficial to minority students. I find that minority students receiving free computers achieved better educational outcomes than the control group that did not receive free computers. Minority students may have benefitted more from receiving free computers because of fewer alternatives for accessing home computers due to lower rates of computer ownership among family, friends, and relatives. Implications for the achievement gap and policy are discussed.     

What Drives Successful Technology Planning?

ABSTRACT

Providing computers and in‐servicing staff is not enough to get teachers and students using technology for teaching and learning. Schools of teacher education can prepare teachers better by helping college and university education faculty model technology use throughout the teacher credentialing curriculum. Another approach is to help teachers construct a model for identifying and developing factors that will support their own technology initiatives. The literature on technology integration reveals eight success factors for schools attempting to help teachers adopt technology in their classrooms. This article examines those success factors and looks at strategies for implementing them.     

Silicon Valley versus Silicon Glen: the impact of computers upon teaching and learning: a comparative study

Drawing on data from a major survey on the impact of information technology initiatives on Scottish schools, we assess the extent to which the outcomes resemble those that have already been reported by Larry Cuban in his study of schools in Silicon Valley. We find a large measure of agreement. Scottish teachers and school students mostly have access to computers in their homes and classrooms. The home computers appear to be frequently used. The classroom computers, however, are encountered by students only seldom and when students do use computers in the classroom the activity is often peripheral to the learning process, such as word processing of essays. We discuss some possible explanations for this state of affairs and suggest some implications for policy-making.     

The Impact of First Computer Encounters on Mathematics Teachers’ Computer Competence

ABSTRACT

Twenty‐seven United Kingdom teachers of secondary mathematics were interviewed about information technology (IT) and its influence on their teaching of mathematics. A common factor to emerge was the nature of their first experience of computers and the impact it had on their subsequent professional activity. The analysis identified four ways in which teachers first encountered computers; as learners at school, university or colleges of education, as teachers undertaking in‐service training, as self‐taught adult learners, or as employees or researchers engaged in computer‐based activity prior to becoming teachers. A significant issue to emerge was that similar initial encounters are likely to have different and lasting professional consequences depending on the persons involved and their perceptions of mathematics, computers, the relationship between the two, and a range of other personal and institutional factors. Some implications for both pre‐service and in‐service training are discussed.     

Exploring the World of Computerised Resources: using networked computers to access global information

ABSTRACT

This paper discusses the use of computers in the area of global networking, with particular emphasis on Internet and Bitnet The emphasis of the paper is on the value of these applications for the professional development of teacher educators rather than on their potential in schools, though their potential in all sectors of education is enormous. Separate sections of the paper are devoted to discussing three important types of networking activity: electronic mail discussion groups, access to information from remote computers (through Telnet, Gopher and World Wide Web), and access to remote computer programs or files using FTP (File Transfer Protocol).     

The Digitally Disadvantaged: Access to Digital Communication Technologies among First Year Students at a Rural South African University

Considering the importance of digital skills in university education, this article reports on a study which examined access to technology among first year students at a rural South African university. The study focused on the digital readiness of students prior to their admission to the university, since many universities provide access to computers and the internet. The survey of 156 first year students revealed that 73 per cent of the students had no access to computers at their high schools and 82 per cent of students from rural high schools had no computer access and internet at their schools. Most students from rural areas used a computer for the first time when they were 19 years and older. Many students gained access to computers and the internet for the first time at the university. As a result, they enter the university digitally disadvantaged. Solutions that involve initiatives to provide access to technology are required in addition to digital literacy for educators at high schools.     

Introducing older learners to information technology through life history writing

Some familiarity and competence with computers would improve older people's access to a range of technological developments that could make their lives safer, more convenient, intellectually more stimulating and more entertaining. Additionally, it might increase their self‐esteem and their acceptance as capable members of society. However, older people have mostly been prevented from acquiring computing skills because of the unavailability, until relatively recently, of suitable machines and because of the self‐perpetuating view that computers and the elderly are incompatible. This paper reports the experience of introducing a group of older people, whose mean age was approximately 70 and some of whom were physically frail, to computers, through the positively motivating and potentially therapeutic medium of personal life‐history writing. Compared to younger users, our participants expressed similar views about the ease‐of‐use of the computers, but less confidence in using them unaided and less certainty in re‐starting computer use after a few days’ absence. Much infectious enthusiasm has been generated among participants and all changes in their general mental health and attitudes to advanced technology have been in a strongly positive direction. Further work is aimed towards establishing a communications network for use by older people, while their particular learning requirements are being incorporated in self‐instruction software.     

Gender Differences in Computer-related Control Beliefs and Home Computer Use

This study explores gender differences in home computer use and control beliefs relative to being able to use computers. Perceived control of computer usage was measured in 152 Grade 8 Norwegian students. One group of students ( n = 58) had no computer training and did not use computers at school. In this group, males were found to have greater perceived control of the computer as well as greater confidence in own success, compared with females. Another group of students ( n = 94) had computer training in school. No gender differences were found in this group. The results are discussed in terms of sex stereotypes and the impact of computer training.     

Mathematics, computers, and young children as a research-oriented learning environment for a teacher candidate

The advent of computer technology in the classroom raised the issue of its appropriate use by teachers and their students alike. It has been recommended that teacher education programs provide more opportunities for teacher candidates’ use of technology including teaching their own technology-enhanced lessons. With a goal of integrating scholarship into student teaching, a teacher candidate enrolled in a graduate program in childhood education carried out a technology-enhanced research project within a professional development school. Examining the impact of the project on the teacher candidate, this article describes how one’s pedagogical content knowledge and technological competence can be developed through a research-oriented teaching experience. The article also demonstrates the emergence of a community of practice that shares the goal of providing learning spaces for the teacher candidate and young children in the context of mathematics enrichment with computers.     

Access to Educational and Instructional Computer Technologies for Post‐secondary Students with Disabilities: lessons from three empirical studies

Access issues based on three Canadian empirical studies of the use of computer and information technologies by college and university students with physical, sensory, and learning disabilities are presented. Data were obtained between fall 1997 and spring 1999 from: (1) focus groups with students with disabilities (n = 12); (2) structured interviews with students with disabilities (a = 37) and with post‐secondary personnel responsible for providing services to them (n = 30); (3) questionnaires completed by post‐secondary students with disabilities (n= 725). Findings indicate that the overwhelming majority of students with disabilities use computers and the Internet, but that 41 % of them need some type of adaptation to use computers effectively. Key findings emphasize advantages of computer technologies and delineate barriers to full access. Types of computer, information and adaptive technologies used by students with different disabilities are presented and emerging trends are highlighted. The goal is (1) to sensitize educational and instructional technologists, professors and planners involved in the implementation of educational media into post‐secondary education curricula and (2) to demonstrate that designing for accessibility from the outset creates a more equitable learning environment that provides opportunities for all students     

To be Hypermedia‐literate is to be Liberated: Reading,Writing, Arithmetic and Hypermedia Literacy as Basic Skills

Abstract

This paper deals with the ability to access, analyse, create and evaluate information through a variety of media. This ability is considered part of different kinds of literacy

The paper argues that the use of interactive hypermedia CD‐ROMs and networked services in society and in the classroom influences the way in which students acquire and retain both basic and high‐level literacy skills.

Media and computer literacy are new forms of literacy which have arisen as the result of the increasing use of electronic mass media and computer technology. Currently, media and computer literacy are evolving into a new form of literacy designated ‘hypermedia literacy’. Hypermedia literacy is considered to be the ability to use hypermedia CD‐ROMs and networked services as versatile problem‐solving tools and as a means of communication.