This final report concerns a pioneering, three-year curriculum development project dedicated to translating recent learning theory and laboratory findings into operational practice in an existing educational institution. This project produced a highly successful and unique course that teaches two semesters of economics that students can master in…

(1) What is learned in a particular subject matter? (2) Who learns it? (3) How does competence develop? (4) And how is learning assessed and optimized? These are the questions asked and answered in this essay. (1) The relationships between units of learning establish the subject matter structures that are learned; e.g., concepts, rules,…

This final report concerns a pioneering, three-year curriculum development project dedicated to translating recent learning theory and laboratory findings into operational practice in an existing educational institution. This project produced a highly successful and unique course that teaches two semesters of economics that students can master in…

In this paper we consider the extent to which learning objects that focus on higher level thinking might be seen as Type II applications, as defined by Maddux, Johnson, and Willis (2001). We conclude that learning objects are at best hybrid applications, with some Type I and some Type II characteristics. We also consider whether the educational…

Based on the review of several pedagogical paradigms, this paper: (1) clarifies the concepts of learning resources and learning objects; (2) proposes a way forward in the use of learning resources in different pedagogical paradigms in a large scale collaborative environment; and (3) exposes characteristics required in different learning objects to…

Getting real educational benefits from investments in technology requires careful planning. Based on the experience of implementing PLATO[R] at over 5,000 sites, a nine-step planning model for implementing technology was developed. The nine planning tasks are based on the understanding of the factors that are critical to the success of most…

Any educational technology is only as good as the way it is used for learning. There are many different instructional models using many different types of software, and not all models are equally effective in meeting users' needs. This Technical Paper begins with an overview of ways computer technologies can be used in instruction, and groups them…

Through multiple lenses, this paper describes the efforts of the Georgia Systemic Teacher Education Program (GSTEP) to redefine teacher induction. The macro level illustration details a review of existing teacher induction models focusing on the lack of technology mention in existing national models. A meso level illustration of two GSTEP partners…

Standardization initiatives in the field of learning technologies have produced standards for the interoperability of learning environments and learning management systems. Learning resources based on these standards can be reused, recombined, and adapted to the user. However, these standards follow a content-oriented approach; the process of…

Project supported by the Volkswagen Foundation. (VM)

Examines elements of the traditional teaching-learning model in relation to changing objectives in education and discusses the application of a technology of education as an alternative model, recommending a shift of focus from systematic to a systems approach in building comprehensive models responsive to social issues and requirements. (RAO)

Educational technology should be a tool used for learning but should not become more important than the learning itself. Six criteria for the effective classroom use of technology include determining whether the technology offers an invitation to learn, decentralization of authority, flexibility, access to knowledge, time to explore and use…

Presents the professional development model at the Center for Improved Engineering and Science Education (CIESE), Stevens Institute of Technology (Hoboken, NJ) in which teachers develop their own Internet-based science and mathematics projects to use in their classrooms. Discusses school-year workshops, the summer institute, follow-up, and factors…

Proposes a particular educational configuration based on computer-mediated communication (CMC) technology, the Learnet. Describes the three components of the Learnet model--social dimension, technological dimension, and educational dimension--and summarizes the features of each. Identifies and tabulates the variables of the Learnet model, and…