In using software to write a scientific, technical, or other scholarly document, authors have essentially two options. They can either write it in a 'what you see is what you get' (WYSIWYG) editor such as a word processor, or write it in a text editor using a markup language such as HTML, LATEX, Markdown, or AsciiDoc. This paper gives an overview…

This essay explores "content," a word and concept now often associated with writing in fields including marketing, journalism, publishing, and technical communication. I present a definition of content appropriate to writing studies and explore a range of issues and practices that the content metaphor can bring to our professional,…

Discusses how to use features in WordPerfect 5.1 to have technical writing students design a page of a manual. (SR)

Examines the concept of the efficiency with which text is entered into a word processor--from the perspective of effective use of keyboard shortcuts. Illustrates how the possibility for productiveness offered by shortcuts, available through the use of features such as Autotext, are often under-utilized by many word processor users, academics being…

Presents methods for preparing technical documents on microcomputers by modifying WordStar and using inexpensive software to create scientific symbols and other characters needed. Procedures are described for use with a Zenith A-100 microcomputer and an Epson FX dot matrix printer, and may be adapted for other configurations. (LRW)

Describes a word processor-based exercise developed to teach resume writing to technical writing students. (ARH)

Examines whether the computer is an effective editing tool. Reports that a survey of 94 editors shows that 62.8 percent use computers in editing, and even editors who use them also depend on hard copy. Finds that the computer seems to increase the editors' responsibilities, but it remains just a tool. (PRA)

Describes the nature and use of Structured Document Processors (SDPs), which integrate word processors and various writing aids to guide and control composing processes for specialized writing. Notes the need for SDPs in industry. Explores their implications for the practice and teaching of technical writing. (SR)

Explains that structured authoring systems designed for the creation of generically encoded reusable information have context-sensitive application of markup, markup suppression, queing and automated formatting, structural navigation, and self-validation features. Maintains that they are a real alternative to conventional publishing systems. (SR)

Reports on an imaginary exercise in which five Standard General Markup Language developers created five different document type definitions for the literary magazine "The New Yorker." Illustrates the richness and complexity of document type definition development. (SR)

Notes that revision strategies are seldom a part of the technical writer's education. Provides an outline, based on experience and an analysis by Hillocks, for a group project method for teaching the process of updating and revising documents. (ARH)

Discusses creativity and the teacher's importance in providing a context that encourages creative thought. Contrasts the author's success in teaching technical writing to college juniors and seniors with her experiences in using the Macintosh personal computer to teach first year composition. Notes that computers alone cannot stimulate creativity.…

Compares the time required to perform four tasks on the basis of information gleaned from a traditional manual and from a hypertext version of the same manual. Finds that searches in the paper document were significantly faster than those in hypertext. Suggests that direct importation of existing word-processing files into hypertext format is not…

Three technical word processing systems for microcomputers are reviewed. Tech/Print, a basic addition to Word Star, is easy to use and adequate for simple or low volume mathematics. Math Text is very good, but not well suited for heavy text processing. T3, the most expensive, is excellent for both standard and technical text. (JAZ)

Microcomputers are used in a technical writing course to enhance instructor and student productivity, improve the quality of student writing performance, and prepare young engineers for future on-the-job communication tasks. Describes the microcomputer facility, software, and activities included in the course. Also provides information on the…