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Many companies are finding that to compete in their industries, continuous training of their employees is necessary. Although there are barriers to be overcome computer aided training can offer effective solutions as part of a company′s overall training programme. Telecommunications will be used to provide an exchange of information in an educational context; artificial intelligence technology will make interactive training sessions more realistic; computers will be used to train employees in interpersonal skills; performance support systems will bring training to the exact place and time that an employee needs instruction.

Though the voices are much less strident than in the 1960s, we still hear some very bold assertions of the computer's potential as a training aid. These often come from computer enthusiasts, psychologists speculating on the practical value of their research and, particularly more recently, from computer manufacturers looking for new markets. Fortunately for the training manager, there is now more experience of computers in action as aids to teaching and learning, evidence to help him judge these claims and decide on the computer's relevance to his own situation. However, he will frequently have to extrapolate from educational or military training applications, because there are relatively few examples of industrial or commercial uses. Even in the USA, which has led the development and use of this particular instructional technology, the bulk of the work has an educational purpose.

The purpose of this study is to investigate the effect of factors associated with e‐learning, particularly computer attitudes and usability, on transfer of training in workplace e‐learning courses.

This study relied on quantitative data obtained from four online survey questionnaires. The sample of this study was 47 learners who took either one soft‐skill e‐learning course or one hard‐skill e‐learning course in a selected company and their supervisors.

The results demonstrated that learners' computer attitudes impact their perception of the usability of the e‐learning courses, and that this perception influences the degree of their transfer of training. The results imply that when learners come to an e‐learning class with positive attitudes toward computers, they feel the e‐learning course system to be more satisfactory and efficient, and accordingly they can better transfer what they have learned to job performance.

The sample of this study is limited. Further research studies with various learners should be conducted. Additionally, the measure of transfer merely relied on their perception of it. Further studies should give more attention to the multifaceted measures of the actual transfer. Finally, further research should be conducted to examine other general factors pertaining to the transfer of training in e‐learning settings in addition to computer attitudes and usability.

The study expands the knowledge base regarding transfer of training by focusing on e‐learning, which is rapidly growing and receiving great attention in the workplace, and thus contributes to the establishment of a more comprehensive model of transfer of training.

The purpose of this study is to investigate the influences of system and instructor factors on e‐learning effectiveness under the interactions of computer self‐efficacy. In this study, the factors of the e‐learning system are functionality, interaction, and response. The factors of the e‐learning instructor are attitude, technical skills, and instructional method. The moderating effects of learners' computer self‐efficacy are examined.

The study surveyed general employees in the financial services industry in Taiwan. A questionnaire was developed to measure participants' perceptions. Four hundred questionnaires were sent out, and 362 were returned. Of these, 314 were valid, leading to a return rate of 78.5 percent.

The results of data analysis indicate that both system and instructor factors have significant positive influences on e‐learning effectiveness. Learners' computer self‐efficacy has a moderating effect on the relationship between system functionality and training effectiveness. The higher the computer self‐efficacy, the stronger is the relationship between functionality and effectiveness, and vice versa. However, computer self‐efficacy does not have a significant moderating effect on the relationship between other independent variables and training effectiveness.

Since both system and instructor factors have positive influences on e‐learning effectiveness, HRD managers need to pay more attention to issues in both areas. High computer self‐efficacy can result in better training effectiveness; therefore, it is necessary to pay attention to enhancing employee computer skills and their confidence in using e‐learning.

This research paper investigates the theoretical frameworks encompassing a nuanced analysis of the digital divide in the Indian educational context, recognising that it is not merely a matter of technology access but also the ability to effectively use the resource for enhancing learning outcomes. This research provides valuable insights for fostering a more equitable and digitally inclusive learning environment by integrating conceptual insights with empirical evidence. The New Education Policy (NEP), India 2020 firmly emphasises the appropriate integration of technology into the teaching-learning process to develop relevant competencies. The pertinent question is, for India to conquer the second digital divide challenge, is the pace of technology accessibility and skill development sufficient?

The paper is a desk research, using secondary data from the Unified District Information System for Education (UDISE+), the Indian Government database of schools. A structured dataset has been created for all years, where states are grouped in descending ranking order of availability of infrastructure and teachers trained. A colour key segregates the States into three zones demonstrating their different levels of performance – high (green), moderate (blue) and low (yellow). The purpose is to identify state/s that have moved from one zone to another and, thereafter, analyse the reasons behind the movement.

Almost all states remained in the same digital resource availability zone for the four years studied, except for a limited few. Despite government interventions through higher budget allocation and targeted policies, growth rates of teacher training in computer usage slowed down post-COVID-19. A high positive correlation between Teachers' training in computer usage and the availability of computer and Internet facilities in schools indicates that an increase in digital infrastructure in schools is highly linked to teachers' training in computer usage and would ultimately translate into better use of digital resources to impart equitable education opportunities.

Primary data collection through interviews might have added to the critical findings. Therefore, researchers are encouraged to test the proposed propositions further on a case-by-case basis for any state under consideration.

Enhancing digital infrastructure in schools and building digital competence in teachers must be understood in the context of the learning organisation and the beneficiaries' attitudes at the meso-level to expand stakeholder motivation towards digital internalisation. This requires continuous engagement with education institutions as professional learning organisations, which will thereby help develop a decentralised context for teacher competency building. Collaboration, continuous monitoring of the outcomes of professional development programs, and sharing best practices are crucial in improving teacher readiness for digital education.

Access to tangible resources, such as computers, Internet connectivity and educational software, and developing intangible resources, such as teacher digital competencies, will play a pivotal role in shaping students' learning experiences. By studying the discrepancies in digital resource accessibility and teacher technology adoption, this research endeavours to add to the efforts towards enhancing the educational landscape.

This paper seeks to address a critical issue in the Indian education system and contribute to the ongoing effort to prevent the widening of the second and third digital divide in schools, and help achieve UN SDG Goals 4 and 10.

The main purpose of the study to identify the importance of computer devices in vocational studies for person with disabilities (PwDs) are as follows: This study aims to observe the role of computer training in vocational training of a PwD. This study plays an important role in the vocational training of a PwD. With the help of ICT curriculum, effective vocational training is possible to help the trainee, the parents, the professional, the employer and the community easily. It builds awareness about career and employment options for individuals with disabilities.

The present investigation is descriptive research. The study has divided in to two phases such as—in the first phase of the study, the researcher has developed the tool for demographic data of PwDs. The tool is described as depth in following: There are two tools, the first tool had 16 different items related to demographic information of PwDs and the second one had 18 different items are related to computer skills and ability. The second questionnaire was a close-ended questionnaire. It was developed based upon the VAPS, BASAL-MR questionnaire developed by NIMH have questions on disability condition, management, policies, training and services available for PwDs. There are some basic areas in the tool are related to personal, academic, communication, vocational and recreational skills. The researcher had sent the questionnaire to the seven expert members related to disability for modifications. The researcher had modified and improved the tool as per expert advice. The role of the researcher in this research was to pose the research question and create conducive atmosphere to discourse, in order to encourage the participants to give the answer correctly. The researcher had prepared findings and a conclusion on the basis of the score obtained by PwDs. For the second phase of research, the researcher conducted interview with PwDs to assist the information related to computer skill training and importance in vocational potential for PwDs Participants: The sample selected for the study was 50 PwDs participants including 36 female and 14 male participants with benchmark disability (above 17 years of age) enrolled in the vocational unit in Uttar Pradesh. Purposive sampling was used for sample selection. Procedure: At the beginning, the investigator met with the concerned authority of the respective institutions for identifying the PwDs. And researcher had also contacted to parents and PwD for the present study. The data were also gathered by interviewing PwDs with help of their parents and PwDs. The investigator interviewed them by the help of self-made tools. On the whole, 50 individuals with disability were interview for present study.

The PwD mostly depends upon their family due to lack of job or livelihood skills. Anyone can obtain a job/business with help of vocational training or job training. In order to live an independent life, with social surroundings, basic vocational skills is desirable. PwDs is able to hold gainful employment or manage their daily financial activities with computer skills easily. ICT skills are very easy and useful to reading and writing, understand decision-making, logical thinking, problem-solving and so on.

The future research may guide parents and service providers, belonging from different geographical areas how to train the PwD. The study will indicate researches to guide parents to select appropriate job options for a PwD. Resources related to computer training for PwDs are very limited. In future, the research may conducted in specific disability for better output.

This study plays an important role in the vocational training of a PwD. Computer-based training model is easily implementable, cost-effective and accessible all over India. With help of new technology, the vocational training becomes systematic and structured for PwDs. Individual and group guidance is available for large and small groups all over India for PwDs. Computer-based instructions are clear and easy instructions for PwDs, and it avoids the unnecessary confusion of parents regarding the vocational training programmes of their PwDs. Computer-based vocational training is helpful for better employment options for PwD.

The attitudinal barrier will be reduced with computer training. The study will help in the training of the PwDs in different job roles. Computer training in the vocational curriculum will make the training part easy for trainers and PwDs as per his requirements. There are many organizational barriers to technology adoption are particularly problematic given the growing demands and perceived benefits among students about using technology to learn.

This paper adds new and significant information since it focuses on a specific group of persons who are disabled and the significance of using technology in learning. In conclusion, the findings in this study have valuable implications for PwDs, special educators and parents. This study creates effective in increasing positive atmosphere for PwDs in society and increases inclusion at vocational training centres. Therefore, it is important for technology base vocational training and education.

Part 1 described the growth in end‐user computing and the problems which it presents for training and general computer literacy, highlighting a number of elements necessary to achieve a basic level of computer literacy, i.e. awareness, skill and knowledge. Part 2 explores a number of other important issues. Specifically, focuses on learning style and end‐user training and proposes a general training model. Outlines a case‐study of end‐user computing in an academic environment.

Although end‐user computing (EUC) training has received significant attention among academics and practitioners, the effective transfer of trained EUC skills is a relatively neglected issue. Analysis of factors affecting the EUC transfer process will aid in understanding and improving training transfer. Hence, the purpose of this paper is to underscore key trainee characteristics and facets of the work environment that influence EUC training transfer.

The theoretical framework includes prior computer experience, computer anxiety, computer self‐efficacy, pre‐training motivation and perceived job utility as significant trainee factors influencing the EUC transfer process. In addition, the model includes supervisory support as an important constituent of the EUC transfer process.

The model highlights the mediating roles of computer self‐efficacy and pre‐training motivation in predicting motivation to transfer. In addition, it points out that several factors work simultaneously to influence motivation to transfer EUC training.

Supervisory support in the pre‐ and post‐training environment is extremely crucial in determining EUC training success. Specifically, supervisors should be able to communicate to employees the purpose and importance of training, the relevance of computer training to their jobs and the outcomes expected.

This paper contributes to the literature by emphasizing the importance of supervisory support and individual characteristics in predicting motivation to transfer.

The purpose of this paper is to focus on the practical knowing that is central in police education. Drawing on perspectives about tacit knowledge and embodied learning (e.g. Merleau-Ponty, 1945/1997; Polanyi, 1966; Argyris and Schön, 1974) as well as empirical examples, this paper discusses the design of and what can be expected from computer simulation training for the development of police students’ professional knowing.

The discussion is based on lessons learned from working with two different computer simulation training situations designed to prepare the students for an upcoming practical training by facilitating the understanding of complex situations as they should be handled in the physical training situation.

The experiences from the training sessions showed that the different characteristics of the simulations mediate how the training session was performed, e.g., unplanned trial and error vs focused and attentive, but also group discussions about how to act and appropriate actions in relation to the situation to be solved in the simulation.

Based on the lessons learned from working with the two different computer simulations, it is posited that the use of computer simulations for practical scenario training is a complex endeavor that needs, in various degrees, to be supported by pedagogical steering. The design of computer simulation training (both the simulation and how the training is designed and performed) need to consider the specific aspects that surround tacit knowledge and embodied learning in the “real sense” (anchored to the practical training) to be of relevance for police students development of professional knowing.

There have been various articles and news items in the training press about the application of new computer technology to training. Most of these have emphasised the hardware element. By this I mean what the equipment is and an excessive concentration on the superficial impression given by the initial impact. We have all read that video disks can provide immediate access to a still frame anywhere on the disks and that the quality is fantastic but nobody seems to be answering the question, how do I go about trying it out, or maybe is it really a commercial idea for me anyway? Video disks are only one aspect because the new technology includes a whole range of communications equipment. The clue to the likely training applications is the computer: a word which strikes terror into the heart of many otherwise confident human beings. This is a new series of articles aimed at the practical training and education practitioner who wants to know more about the applications of the new technology with a view to having a go.