The growing popularity of computer and network technologies has attracted researchers to investigate the strategies and the effects of information technology applied instructions. Previous research has not only demonstrated the benefits of applying information technologies to the learning process, but has also revealed the difficulty of applying…

This paper proposes an integrated approach for developing the engineering curricula with a specific focus on engineering design. The proposed approach allows a continuous and coherent development of engineering students' design skills throughout the entire undergraduate curriculum. This ongoing design experience is delivered at an involvement and…

Information systems educators must balance the need to protect the stability, availability, and security of computer laboratories with the learning objectives of various courses. In advanced courses where students need to install, configure, and otherwise manipulate application and operating system settings, this is especially problematic as these…

In South Africa, poor performance of learners in mathematics across the school system is a problem demanding new solutions. One possible solution is to try to raise standards through the use of open educational resources (OER). This article presents and discusses findings from a case study of a collaborative OER development project initiated by…

The complexity of engineering and its integration into K-12 education have resulted in a variety of issues requiring sustained empirical research (Johnson, Burghardt, & Daugherty, 2008). One particular area of need, given the emphasis on teacher effects on student learning, is to research engineering-oriented teacher professional development. A…

Preparing graduates for the professions is increasingly recognised as involving a partnership approach to curriculum design, implementation and evaluation. Experiential placements play a critical role in developing discipline-specific knowledge and skills and also generic professional dispositions including relationships, communication, problem…

This paper describes a practical experience of adapting the teaching of a course in Computer Technology (CT) to the new demands of the European Higher Education Area (EHEA). CT is a core course taught in the first year of the degree program Technical Engineering in Management Computing in the Faculty of Computer Science at the University of A…

This paper presents a new environment for teaching practical work in AI subjects. The main purpose of this environment is to make AI techniques more appealing to students and to facilitate the use of the toolkits which are currently widely used in research and development. This new environment has a toolkit for developing and executing agents,…

The Advanced Technological Education (ATE) program promotes exemplary improvement in advanced technological education at the national and regional level through support of curriculum development and program improvement at the undergraduate and secondary school levels, especially for technicians being educated for the high performance workplace of…

This study was designed to assess the effectiveness, with respect to science process skill development, of the elementary science curriculum designed by the Science Curriculum Improvement Study (SCIS). The assessment was made by statistically comparing the scores on "The Science Process Instrument" of two groups of students. The…

As Drew University in New Jersey illustrates, such old standbys as chemistry and physics are making a comeback in the small colleges. (Editor)

Illustrates the modifications needed to use Bloom's Taxonomy of Educational Objectives'' in providing cognitive level profiles of curriculum materials by reference to an elementary science project. Modifications take account of alternate teaching strategies and student background. (AL)

Summarizes the result of a subjective evaluation of the Nuffield Primary Science Project, including teacher reaction and the progress of the students in later years of schooling. (AL)

The Fairfax County, Virginia, school system makes its own science kits in a program covering 63,000 elementary school youngsters in 2,100 classrooms. (Editor)