Describes the technical and pedagogical characteristics of the ESSOR system simulation on minicomputers, which allow the simulation of science experiments in the laboratory. Reflects on several years of use and development in the field of chemistry. (Author/DS)

Operational gaming techniques that are permeating the architectural profession are used to: elicit user needs, represent architectural realities in the classroom, understand the rationale behind complex design decisions, and model decision environments at many levels with coarse or refined data. (MLW)

This table illustrates when, why, and how computer-based information technology best lends itself to learning in science classrooms. It aims to illustrate the potential of this technology and some of the thinking and planning that is necessary for successful, effective classroom use. Application types include data collecting devices, spreadsheets,…

Describes a game designed to impress upon undergraduates the difficulty of economic mobility for minorities. The game involves two groups, "Majorities" and "Minorities," and their efforts to build a simulated social network with string. Minorities receive shorter lengths of string and cannot leave their seats. Discusses follow-up exercises. (MJP)

Provides a step-by-step process for designing effective and interesting simulations. Explains and gives examples for the four steps: defining teaching goals, constructing the simulation, running the simulation, and debriefing. Asserts that simulations develop critical thinking and other skills. Examines possible means of assessment. (MJP)

Describes a project where fourth- and fifth-grade students in the Wales School District (Wisconsin) simulated a political campaign as part of their social studies curriculum, using HyperStudio, ClarisWorks, and the Internet. Also discusses fund-raising activities and how the unit came about. (AEF)

Described are the use of case-method teaching, educational competitions, and interactive computer-graphic instructional software to teach structural engineering concepts at the freshman level. Details of the instructional software used and the bridge competition are provided. (CW)

The validity of logistic test models and computer simulation methods for generating sampling distributions of item bias statistics was evaluated under the hypothesis of no item bias. Test data from 937 ninth-grade students were used to develop 7 steps for applying computer-simulated baseline statistics in test development. (SLD)

Builds on a National Science Foundation (NSF) microcomputer based laboratory project to introduce system dynamics into the precollege setting. Focuses on providing students with powerful and investigatory theory building tools. Discusses developed hardware, software, and curriculum materials used to introduce model building and simulations into…

Describes the development of an interactive video system including history, cost, equipment needed, and copying of disks. Provides methodology for producing a program using several chemistry topics. Discusses current innovations such as touchscreens and interactive realism. (MVL)

Reports the design for a principles-before-details presentation of electronics for an instrumental analysis class. Uses computers for data collection and simulations. Requires one semester with two 2.5-hour periods and two lectures per week. Includes lab and lecture syllabi. (MVL)

Presents five computer programs: (1) Accurate Numerical Solutions of the One-Dimensional Schrodinger Equation; (2) NMR Simulation and Interactive Drill/Interpretation; (3) A Simple Computer Program for the Calculation of 13C-NMR Chemical Shifts; (4) Constants of 1:1 Complexes from NMR or Spectrophotometric Measurements; and (5) Saturation…

Presents an alternative model for using the computer as an aid in teaching mathematics. Highlights include a mathematics teaching model; computer software for drill and practice, tutorials, simulation, games, and computer managed instruction; integrating computers into the mathematics curriculum; and examples of computer activities for…

Reviews the literature discussing the effects of instructional software and hardware in elementary and secondary education and reports on recent developments. Topics discussed include criticism of studies on the effects of instructional software; research needs; authoring languages; simulations; intelligent computer-assisted instruction;…

Explains a discipline that requires students to become problem solvers in agronomic and pest areas using computer-simulated models. Describes the seven programing areas. The program is written in BASIC totaling 182K bytes for use with MS-DOS 2.0 or an IBM PC requiring 256 K RAM, color monitor, and card. Lists availability. (RT)