As teachers search for the most appropriate form of TIDE education for the future, they must consider as many alternatives as possible. One such alternative is computational science, which is described in detail in this interview with Dr. Aaron Clark of North Carolina State University. Dr. Clark recently agreed to this interview, with the primary…

The burgeoning consumer-tech market is creating new challenges for higher education IT departments. As increased expectations of mobility and connectivity have students and faculty looking to consumer technology to meet their academic needs, IT must revamp operations and infrastructure to meet the demand, while keeping security risks and budgets…

Described and critiqued are two ideas which have proven valuable in teaching programming at the introductory level, the mental model and the programming plan. (PK)

Summarizes what has been learned, thoughts regarding mistakes that have been made, and recommendations for addressing future questions, regarding the role of computers in the educational process. Reviews the research on computer based instruction. States that findings are inconclusive and often contradicting. Recommends that different evaluation…

This paper describes how the TI-92+ calculator can be valuable in illustrating basic and advanced programming concepts in introductory computer science courses. Descriptions of the scope of the curricula for the courses in which the TI-92+ is used are provided. The TI-92+ programming language is particularly useful in demonstrating the progression…

Contends that elementary principals must be computer literate to be effective instructional leaders. Points out that principals should be familiar with computer hardware, software, computer assisted instruction, and micro-based administrative operations. (ML)

This paper discusses two conflicting opinions on the role of computer education within the West German school curriculum, i.e., the opinion of the majority of the education ministers and administrators, who wish to see computer use distributed over as many school subjects as possible, and a minority of specialists in computer education who prefer…

With the purpose of addressing the area of language choice in computer programming, this paper specifically addresses the use of BASIC as a language for secondary level students. Perspectives are offered on: (1) the role of computers in science education; (2) the differences in quality and intent of PASCAL and BASIC; (3) the role of a…

Contends that the major use and promise of computer aided learning (CAL) lies in the provision of secondary teaching support such as simulations, interactive tutorials, and similar activities. Reviews the uses and benefits of CAL in demonstrations, experiments, exercises, and interactive tutorials. (ML)

Emphasizes the importance of computer training in dealing with an information society. Stresses the role of instructional technology in enhancing existing educational specialties. Foresees as the role of future teachers of information science the development and operation of school computer technology systems. Calls for new criteria for evaluating…

Opening with a discussion of AARON, an artificial intelligence symbol system that is used to generate computer drawings, this document makes the argument that AARON is based upon a way of knowing that is abstract, analytical, rationalist and thus representative of the dominant, western, male philosophical tradition. Male bias permeates the field…

The attitudes of high school students toward the use of microcomputers were examined in terms of causal attributions, i.e., student perceptions of the causes of academic performance. The subjects for the study were 171 male and female students, representing 102 white and 69 minority students who were enrolled in a large city high school. The…

Discussed is how globally networked, easy-to-use computers can enhance learning only within an educational environment that encourages students to question "facts" and seek challenges. The strengths and weaknesses of computers used as amplifiers for learning are described. (KR)

Questions the differences between computer science and computer engineering. Reviews the body of knowledge pertaining to both fields. Asserts that they are essentially the same, and that computer science is a genuine intellectual discipline. (TW)