Some examples are given of geometric exploration and problem solving in which Logo is the primary tool and turtle graphics is the mathematical environment. Students can explore and develop important patterns while building visual intuition. (MNS)

Explores solutions to the current growth in engineering student enrollments and related faculty shortages. Nine potentially acceptable instructional changes are discussed. They include: increasing lecture class size; television and video tapes; computer-based education; using graduate/undergraduate students; employing retired/part-time faculty;…

A computer-aided system for recording and analyzing the behavior of a dance teacher was developed. This article explains how the system was used to research and design a catalog of dance teacher behavior, presents a detailed four-dimensional dance teacher behavior profile, and discusses implications for teacher education. (Author/PP)

A report is made of a computer based instructional project in Chinese using the system known as PLATO conducted at the University of Illinois that has resulted in the creation of a file of three thousand Chinese characters and a set of Chinese lessons for first year students. (RM)

The uses of a computer-based instructional system known as PLATO in teaching Russian, both in audio-lingual and reading-translation courses, at the University of Illinois are described. Examples of a variety of drills are given. An evaluation of the method is made. (RM)

A case study in mathematics designed to illustrate how the computer may be instructed to solve complicated problems. The problem is to find the volume of a right truncated cone given the altitude and a half angle or the base radius. (RP)

Discusses the work and planning requisite to the success of an ambitious, developmental, computer-assisted instruction project. (JF)

Describes a two-quarter sequence of graduate courses in numerical methods and modeling for chemical engineers. Rationale, course content, methodology, topic development, and such course requirements as homework and design projects are considered. Emphasis is placed on the treatment of numerical methods implemented in commercial software. (JM)

Discusses the value of laboratory work, suggesting that it is not superior to other aids such as computer simulated experiments (CSE). Advantages of and problems related to use of CSE in the classroom, responses to criticisms of simulated laboratory work, and evaluation of CSE as a teaching aid are considered. (JN)

Instructor's Computer-Using Teachers Board members give practical tips on how to get a classroom ready for a new computer, introduce students to the machine, and help them learn about programing and computer literacy. Safety, scheduling, and supervision requirements are noted. (PP)

Explores a wide variety of uses of microcomputers in the reading and language arts curriculum. (Available from: Modern Learning Publishers, Inc., 6517 Liggett, Oakland, CA 94611, $14.) (AEA)

Suggests that microcomputers can improve instruction/learning because they are rapid calculators, word processors and data storage devices with color and black/white graphics capabilities and can be used in one of three instructional modes: computer assisted instruction, computer assisted laboratory investigations, and computer managed…

Micro theory can be used to reveal aspects of individualization that should be controlled in computer-assisted instruction (CAI) curriculum. Global theory is useful in evaluating educational projects as long as the individuals involved are similar in characteristics. (JN)

Discusses a computer simulation designed as an educational tool for students to observe predator-prey oscillations and experimentally investigate how changes in life histories affect predator and prey densities. Provides hands-on interaction with such theories and with mathematical models. Available to any instructor for curriculum use. (AIM)

Explores the rationale for computer simulations, describes a developmental approach to learning spreadsheet applications, discusses dilemmas posed in teaching and learning through simulations, and presents conclusions about using simulation for teaching school-finance and business courses and for professional growth. (Five references) (LMI)