Planning for the Modesto City School's introductory computer education program involved six questions: (1) What should students learn? (2) How should they learn it? (3) How long should/does it take? (4) How well are students learning it? (5) Can we do it better? and (6) Can we do it in less time? (LMO)

Presents the results of a survey of people who work with computers in an educational setting including classroom teachers, computer laboratory coordinators, and university professors. Journals are listed in order from most frequently to least frequently read and each is accompanied by general impressions and comments on educational usefulness. (JM)

Describes an approach to teaching interactive computing for physics students beginning with the use of BASIC and video terminals during the first year of study (includes writing solution programs for practical problems). Second year students learn FORTRAN and apply it to interpolation, numerical integration, and differential equations. (JM)

Discusses issues related to how students should use computers in schools. Indicates that using computers as tools leads to further experimentation and new discoveries and that skills learned in the computing process can be used to find innovative ways to solve new problems. (JN)

Public libraries have vital role to play in introducing computer technology through provision of equipment, programs, and elementary instruction to users of all ages. Creative and resourceful approaches to budgeting and establishing policies and procedures will be required. Canadian public libraries (Oakville, Etobicoke, Aurora, Toronto) provide…

Presents activities for language arts, differentiating between a variable name and its value, creating music using PILOT, and playing LOGO games. Includes the article "Take the Turtle to School: A Child's View of Programming" by Jack McLeod. (JN)

Described is a method of converting vacuum-tube operated Heath analog computers (model ES-201) to linear integrated-circuits. (SL)

The use of computers in the science classrooms of Great Britain is reviewed. Major emphasis is given to the Computer Aided Learning (CAL) Packages. Criteria which justify the development and use of CAL materials are illustrated through reference to and description of specific packages. (BT)

This curriculum was developed for Job Corps Centers to introduce the principles of information technology. The goal was to make it flexible but comprehensive, and a variety of teaching strategies related to real-life situations in different types of businesses that students might face in a work environment were incorporated. Each module consists…

This article addresses what was learned through the National Computational Science Leadership Program about involving teachers in planning high quality units of instruction around computational science investigations. Two cohorts of roughly 25 teacher teams nationwide were given opportunities to develop "replacement units." The goal was to support…

Team-based student projects have become an intrinsic part of coursework in information technology courses. The rationale is that once students enter the work environment they will be required to work in teams. Challenges of teamwork are reviewed and factors influencing student team performance are identified. An approach is described which deals…

As the field of Computer Science has grown, the syllabus of the introductory Computer Science course has changed significantly. No longer is it a simple introduction to programming or a tutorial on computer concepts and applications. Rather, it has become a survey of the field of Computer Science, touching on a wide variety of topics from digital…

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…

Mathematical modeling problems encountered in many disciplines are discussed in terms of the modeling process and applications of models. The models are classified according to three types of abstraction: continuous-space-continuous-time, discrete-space-continuous-time, and discrete-space-discrete-time. Limitations in different kinds of modeling…