A conflict exists between student desire for a pragmatic education leading to gainful employment and our desire to teach them to think critically about the world. This study argues the necessity of both and concludes—through the voices of three workplace writers—that students must become avid life-long learners and researchers in order to keep pace in an age of exponential information growth. This study presents three workplace writers‘ self-reports in the post process era. Arguing the validity of writers‘ self-reports, this study moves research of workplace writers beyond process, which is typically considered invention, drafting, revising, and editing, by expanding the lens through which we consider workplace writers. Specifically, this study examines their history as writers, the preparation they received, their motivation to write on the job, their acquisition of job specific literacy, how they manage multiple audiences, the corporate identities and voices they must assume, the process they employ to accomplish their writing, their revision strategies, how they manage writer‘s block, and, finally, the survival skills they utilize in order to become proficient workplace writers. The addition of these facets to the standard process model seeks to push research beyond post process. Bartholomae suggests students will ―invent the university‖ in their writing. This study suggests that they will one day invent the workplace in much the same way. The three writers studied here describe steep learning curves before they felt adept at writing in their workplaces, highlighting the importance that students identify as life-long learners and researchers. They privilege grammar and mechanics, yet they acknowledge the importance of collaboration, solid research skills, and audience. They offer survival strategies for getting their writing done amidst the chaos of workplace demands and occasional writer‘s block. Finally, this study suggests a pedagogy that seeks more intentionality in teaching students about writing while teaching them to write in order to provide them with a meta-awareness of the act of writing that will carry them successfully into the workplace. / Dr. Patrick Bizzaro Dr. Resa Crane Bizzaro Dr. Jeannine Fontaine

Thesis (M.A.)--Memorial University of Newfoundland, 2002. / Bibliography: leaves 221-226.

The purpose of this study was to determine if adult students at the College of the Rockies improved in their ability to write technical English after having studied specifically developed curriculum. The research was conducted during the winter semester (January to April 1999) at the Cranbrook, BC campus. Curriculum for the course Technical and Professional Writing 091 was developed as a project for the Centre for Curriculum, Transfer and Technology, an arm of the post-secondary education division of the government of the Province of British Columbia. Four of the units, Direct Requests, Bad News Messages, Persuasive Writing, and Reports and Proposals were tested out in the Cranbrook class via pre and posttesting of the students. As well, field observations and interviews formed an integral component of the study. The final data analysis overall improvement in the learners' ability to write technical English; in addition, each curriculum unit was scrutinized for improvement rates. Recommendations were made for further areas of study and research needed in this discipline. / ix, 81 leaves ; 29 cm.

This thesis reports on a comparison of four genres of scientific writing: the research article, university textbook, popular science article and science books for children. The comparison is based on a functional linguistic analysis of what are taken to be exemplary texts from these genres and focuses on the levels of register (or context of situation), genre (or context of culture) and ideology (loosely used to mean power relations reflected in and achieved through discourse). The textbooks and research article examined are found to be similar in register but distinct at the level of genre. Allowing for the difference in age of the readers. the study also finds broad similarity between textbooks and science hooks for children at both the levels of register and genre. Differences between popular science texts and the other three genres are particularly marked at the interpersonal level, and can be explained in terms of the popular science texts in the study being primarily news genres. Specifically, two of the popular texts in the study are issues reports (characterised by White 1997 as 'the discoveries of some authorised source'), while one is an opinion piece. The basis of the examination of ideological differences between the four genres is from the perspective of how each genre establishes objectivity, what each regards as constituting a fact, and power relations between reader and writer. Research science achieves objectivity by universalising propositions by removing association with people, time and place (Latour and Woolgar 1979). The research article functions to persuade readers (who represent the powerful research community) to accept knowledge claims (Myers ) 989). This persuasion must be accomplished through an appearance of objectivity through removal of human participants and without the more usual interpersonal devices such as attltudinal texis. Propositions become fact when they are accepted, and cited as uncontroversial by the research community. Like the research article, textbooks appear objective by removal of association with people. However, by contrast with research articles, writers of textbooks are more powerful than their readers are. Textbook writers, in summarising all information accepted as fact by the research community, are representative and mouthpiece of that powerful community. In privileging facts (scientists' ideas) over scientists themselves, textbooks extend the power differential noted by Myers (1989) between research community and individual researcher. Textbooks reify the fact and further bury the individual, containing only generic references to scientists. Science books for children, like textbooks, contain only generic references to scientists. They do, however, try to engage readers through illustrations and by identifying readers with scientists. Popular science texts are distinct from the other three genres in establishing writer objectivity through the journalistic means of attributing ideas and utterances to authoritative human participants in the text. Popular texts, because they report on findings that the research community has not yet endorsed as fact, are distinct from research articles and textbooks in representing findings as provisional and even controversial, and thus provide an insight into science as a social activity that is absent from the other genres. This research finds little evidence that popular science represents a simpler or more accessible form than textbooks. Indeed the similarity in register and genre between textbooks and science books for children calls into question the commonly-held conception of factual texts as inherently more difficult than forms such as narrative. This research indicates that research articles and textbooks are target forms for tertiary students and students in the later years of secondary school. Motivated by this, the researcher suggests that importing features of popular science writing into textbooks would be counter-productive. Instead she suggests a greater role for popular science texts themselves at secondary and at tertiary level. In providing an insight into scientists as people and the social nature of how facts are established, popular science texts can go some way to dispelling the mystique of science as authoritative and difficult. / Thesis (Ph.D.)-University of Natal, Durban, 2001.

Twenty-five computer scientists representing thirteen language groups at a highly respected university in Japan were surveyed and interviewed to identify the English writing products and processes characteristic of their professional work. Twenty-two major genres were identified and grouped according to purpose. Fourteen significant contextual factors that affected writing production and, ultimately, success in the field of computer science were also identified. Several models were proposed to provide an overview of the writing practices and products potentially illustrative of writing in the computer science field.In the second research phase, two detailed case studies were conducted involving one native and one non-native speaker of English to identify how English language proficiency affected professional practice. Efficiency was a major concern for both subjects but employed different strategies to make their work as efficient and productive as possible.The native speaker, for example, employed skillful use of the computer to gather, create, and store data that could be efficiently "chunked" and assembled into papers, either for publication or for obtaining valuable feedback from other professionals. The subject also thought a great deal about the expectations of his readers as well as the referees and editors who judged the quality of his work. He also revised his work extensively and recruited other professionals locally and abroad to assist him in refining his texts.The non-native speaker employed many of the same computer strategies for gathering and managing information; however, the added difficulty of functioning professionally in English severely limited his work pace and left too little time before deadlines to revise or solicit the amount of feedback he desired from his peers. His most effective strategy was co-authoring papers with native speakers of English who could handle most of the final editing and revising.In the final chapter, results of the surveys, interviews, and case studies were illustrated graphically in an algorithmic flowchart of professional writing practice, and educational applications for writing instruction as well as recommendations for additional research were also suggested / Department of English

A fundamental problem which confronts Science teachers is the difficulty many students experience in the construction, understanding and remembering of concepts. This is more likely to occur when teachers adhere to a Transmission model of teaching and learning, and fail to provide students with opportunities to construct their own learning. Social construction, followed by individual reflective writing, enables students to construct their own understanding of concepts and effectively promotes deep learning. This method of constructing knowledge in the classroom is often overlooked by teachers as they either have no knowledge of it, or do not know how to appropriate it for successful teaching in Science. This study identifies the difficulties which students often experience when writing reflectively and offers solutions which are likely to reduce these difficulties. These solutions, and the use of reflective writing itself, challenge the ideology of the Sydney Genre School, which forms the basis of the attempt to deal with literacy in the NSW Science Syllabus. The findings of this investigation support the concept of literacy as the ability to use oral and written language, reading and listening to construct meaning. The investigation demonstrates how structured discussion, role play and reflective writing can be used to this end. While the Sydney Genre School methodology focuses on the structure of genre as a prerequisite for understanding concepts in Science, the findings of this study demonstrate that students can use their own words to discuss and write reflectively as they construct scientific concepts for themselves. Social construction and reflective writing can contribute to the construction of concepts and the development of metacognition in Science. However, students often experience difficulties when writing reflectively about scientific concepts they are learning. In this investigation, students identified these difficulties as an inability to understand, remember and think about a concept and to plan the sequence of their reflective writing. This study was undertaken in four different classes at junior to senior levels. The difficulties identified by students were successfully addressed by role play and the activities that are integral to it. These include physical or kinaesthetic activity, social construction, the use of drawing, diagrams and text, and the provision of a concrete model of the concept. Through the enactment effect, kinaesthetic activity enables students to automatically remember and visualise concepts, whilst visual stimuli and social construction provide opportunities for students to both visualise and verbalise concepts. In addition, the provision of a concrete model enables most students to visualise and understand abstract concepts to some extent. These activities, embedded in role play, enable students to understand, remember, sequence and think about a concept as they engage in reflective writing. This, in turn, enhances understanding and memory. Role play has hitherto been regarded as a useful teaching technique when dealing with very young students. This study demonstrates that role play can be highly effective when teaching Science at the secondary level. This investigation looks at the activities embedded in role play, and demonstrates how they can be effectively translated from theoretical constructs into classroom practice. Grounded theory (Glaser and Strauss, 1967; Glaser, 1978; 1998; 2002) was selected as the most appropriate methodology for this investigation. The problems of identifying and controlling variables in an educational setting were essentially resolved using this qualitative, interpretative approach. Students from four classes in Years 8, 10 and 11 were investigated. Data were gathered using classroom observations, informal interviews, and formal written interviews, focus group conversations and samples of student writing. / Master of Education (Hons.)

Thesis (Ph.D.)--University of Adelaide, School of Humanities, Centre for European Studies and General Linguistics, 2004? / Title from opening screen; viewed 19 May 2005. "May 2004" Includes bibliographical references. Also available in print format.

Thesis (M.Info.Sys.)--University of Wollongong, 2006. / Typescript. Includes bibliographical references: leaf 247-254.

Thesis (Ph.D.)--University of Adelaide, School of Humanities, Centre for European Studies and General Linguistics, 2004? / "May 2004" Includes bibliographical references (p. 264-284). Also available electronically via the Australian Digital Theses Program.

Thesis (M.T.S.C.)--Miami University, Dept. of English, 2005. / Title from first page of PDF document. Document formatted into pages; contains [1], vi, 55 p. : ill. Includes bibliographical references (p. 33).