Describes a computer art program in a South Carolina school district that helps students become computer literate through the use of computer graphics. (MD)

Purpose: The purpose of this scientific monograph is to show new and creative approaches to different school subjects in primary and secondary level. Methodology: Interdisciplinary and international comparative approaches were used. Now according to the 7th Framework Program, the preferred form of Science Education (www.scientix.eu) is preferred…

This document presents the principles behind modern computer graphics without straying into the arcane languages of mathematics and computer science. Illustrations accompany the clear, step-by-step explanations that describe how computers draw pictures. The 22 chapters of the book are organized into 5 sections. "Part 1: Computer Graphics in…

This guide was developed to help art teachers see and teach the computer as an art tool. Organized in two sections, the 12 chapters in part 1 explore computer art as an art form, discuss why and how to use the computer as an art teaching tool, and give strategies and lesson suggestions for student explorations and activities in the artroom. Part 2…

Outlines a program for implementing the Logo computer language in the classroom. Presents five introductory lessons that can be used with upper elementary students and some introductory comments about planning. (SRT)

Through graphic art courses, art teachers can provide students with an understanding of how computers work and how to solve problems with them. How to design a graphics program is discussed. (RM)

This curriculum guide presents lessons in the use of the LOGO programing language for students at all grade levels. The first section contains 19 lessons for the early childhood level, covering topics such as how computers work, directionality and moving the turtle, and creating designs. The 76 lessons for grades K-6 that are described in the next…

This document contains 25 presentations on five broad topics: the interface of computers with instruction; computer applications; computer graphics; computer programming; and general interest sessions. A foreword by Dr. Valeria Amburgey of Sam Houston State University precedes the following papers: (1) "Fourth and Fifth Grade Computer Centers…

Presents rationale for including use of productivity tool software--database management systems, spreadsheets, graphics software, word processing--in classrooms and reviews appropriate strategies for introducing students to these tools. Discussion covers adaptability of these tools to various academic disciplines and illustrates how students…

This handbook for teachers offers guidance on introducing computer literacy into elementary and secondary classrooms. It includes a list of computer concepts exemplified by each step in learning to write programs in BASIC Programming Language and the objectives for the elementary and secondary activities; suggestions for using computers in…

Describes how teachers learned to use a graphics program in the context of Bloom's taxonomy. Instruction occurred in four stages (rote learning of tool use; understanding and application to individual assignments; application and analysis of graphic suitability with clip art; and a culminating group project requiring analysis, synthesis, and…

The focus of five articles is the impact of the computer on art and art education. Included is a discussion of the need for computer literacy among art students, computer graphics as a new subject matter and as an art technique, computer managed instruction, and creative computers. (RM)

Summarizes the conclusions reached by art educators who discussed the kinds of computer knowledge and skills required by preservice teachers. Identifies two categories: fine arts (visual expression, graphic design, and aesthetics) and art education (knowledge about hardware and software, applications, management, and interdisciplinary…

Defines computer literacy and describes a computer literacy course which stresses ethics, hardware, and disk operating systems throughout. Core units on keyboarding, word processing, graphics, database management, problem solving, algorithmic thinking, and programing are outlined, together with additional units on spreadsheets, simulations,…

Presents a computer program which prints out a calendar corresponding to any year A.D. and states the objectives for such a program. Shows an example of a sample run. (RT)