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Direct linkPu, Haitao; Lin, Jinjiao; Song, Yanwei; Liu, Fasheng – International Journal of Distance Education Technologies, 2011
Mobile learning is e-learning delivered through mobile computing devices, which represents the next stage of computer-aided, multi-media based learning. Therefore, mobile learning is transforming the way of traditional education. However, as most current e-learning systems and their contents are not suitable for mobile devices, an approach for…
Descriptors: Electronic Learning, Distance Education, Handheld Devices, Technology Uses in Education
Webster, Megan L.; Milson, Andrew J. – Social Education, 2011
Numerous educators have noted that Geographic Information Systems (GIS) is a powerful tool for social studies teaching and learning. Yet the use of GIS has been hampered by issues such as the cost of the software and the management of large spatial data files. One trend that shows great promise for GIS in education is the move to cloud computing.…
Descriptors: Geographic Information Systems, Maps, Economic Development, Technology Uses in Education
Ramiller, Neil C.; Wagner, Erica L. – Journal of Information Systems Education, 2011
Systems analysis and design is a standard course offering within information systems programs and often an important lecture topic in Information Systems core courses. Given the persistent difficulty that organizations experience in implementing systems that meet their requirements, it is important to help students in these courses get a tangible…
Descriptors: Systems Analysis, Information Systems, Information Technology, Systems Development
Download full textLaforcade, Pierre – Journal of Learning Design, 2007
Present Educational Modelling Languages are used to formally specify abstract learning scenarios in a machine-interpretable format. Current tooling does not provide teachers/designers with some graphical facilities to help them in reusing existent scenarios. They need human-readable representations. This paper discusses the UML4LD experimental…
Descriptors: Instructional Design, Models, Courseware, Computer System Design
Carr, Clay; Totzke, Larry – Performance and Instruction, 1995
Examines three elements useful for solving problems revealed by data gathering and analysis in the context of performance technology: goals, standards, and feedback. Emphasis is on the need for performers of tasks, their supervisors, and the organization as a whole to have the same goals and expectations, and how this is achieved through…
Descriptors: Feedback, Human Factors Engineering, Improvement Programs, Instructional Design
Carr, Clay; Totzke, Larry – Performance and Instruction, 1995
Discusses how those who learn basic human performance technology (HPT) skills can expand expertise in three directions: extended HPT (including generalist, project manager/integrator, and implementation specialist); specialized HPT; and HPT linked to related fields. Presents examples of applications of each alternative. (JKP)
Descriptors: Human Factors Engineering, Improvement Programs, Instructional Design, Organizational Development
Carr, Clay; Totzke, Larry – Performance and Instruction, 1995
Discusses two tools necessary for the successful practice of human performance technology: gathering data and interpreting data. The focus is on what data to gather, how to gather it, and how to interpret the data. (Author/JKP)
Descriptors: Data Analysis, Data Collection, Data Interpretation, Human Factors Engineering
Huang, David Wenhao; Matthys, Debbie; Wu, Xuemei; Schaffer, Scott – Association for Educational Communications and Technology, 2004
Given the emerging trend of innovating Instructional Design process (ID) for Human Performance Technology (HPT) related application in order to more effectively addressing organizational performance problems in industries, it is necessary to prepare students majoring in Instructional Design or Educational Technology in terms of how they can apply…
Descriptors: Higher Education, Instructional Design, Performance Technology, Human Factors Engineering
Christensen, Larry C.; Bodey, Michael R. – Collegiate Microcomputer, 1990
Addresses the issue of assuring quality software for use in computer-aided instruction and presents a structure by which developers can create quality courseware. Differences between courseware and computer-aided instruction software are discussed, methods for testing software are described, and human factors issues as well as instructional design…
Descriptors: Computer Assisted Instruction, Computer Software Development, Computer Software Evaluation, Courseware
Haney, Debra S.; And Others – 1997
Human Performance Technology (HPT) is a rapidly changing field. Evolving from instructional design (ID), HPT shares many of its concepts and applications but encompasses a wider and different domain, including both training and non-training interventions. HPT shares much common ground with the fields of information science (IS) and organizational…
Descriptors: Behavioral Sciences, Higher Education, Human Factors Engineering, Human Relations
Snow, Nancy A.; Newby, Timothy J. – Performance and Instruction, 1989
Describes job aids and the characteristics that have potential effects on their usability and utility. Highlights include accessibility; worker motivation; convenience of use; ease of perception; focus to task; recommendations for designing job aids; and the need for a pilot test of a draft with the user population. (11 references) (LRW)
Descriptors: Access to Information, Evaluation Criteria, Human Factors Engineering, Instructional Design
Carr, Clay; Totzke, Larry – Performance and Instruction, 1995
Introduces a series of six installments on making the transition from a training/instructional design approach to human performance technology (HPT). The first installment topics include defining human performance technology; obstacles to effective HPT; and the necessary role characteristics for trainers performing HPT. (AEF)
Descriptors: Administrative Problems, Change Strategies, Definitions, Human Factors Engineering
Stevens, George H.; Stevens, Emily F. – Performance and Instruction, 1995
Examines the following essential skills for a successful electronic performance support systems design: (1) the ability to understand and assess human performance needs; (2) open-mindedness; (3) solid design skills; (4) human-computer interface design skills; (5) team leadership skills; and (6) microcomputer application design skills. (AEF)
Descriptors: Computer Interfaces, Electronic Classrooms, Human Factors Engineering, Information Systems
Streibel, Michael J. – Videodisc and Optical Disc, 1984
Describes application of instructional systems design, dialog design principles, and human factor considerations in developing the Pennsylvania Department of Education's computer-controlled intelligent videodisc system, which allows K-12 teachers to preview language arts television programs and overcome their technology anxiety. The top-down…
Descriptors: Design Requirements, Display Systems, Elementary Secondary Education, Human Factors Engineering
Yearman, Andrew R. J., Ed. – 1997
This document consists of 6 years of newsletters (eight issues) of the Industrial Training and Education Division (ITED) of the Association for Educational Communications and Technology (AECT). The ITED Newsletter maintains communication about professional matters within the Industrial Training and Education Division. This document contains…
Descriptors: Computer Interfaces, Conferences, Continuing Education, Distance Education
