An Approach To Technical Translation

Technical translation (and technical terminology) encompasses the translation of special language texts. 1. Style and Register covers clarity of style, culture-specific and author-reader conventions and expectation. 2. Special Applications deals with the contribution of translation to the dissemination of science. 3. Training and Autodidactic Approaches for Technical Translators: translators must master a broad range of frequently unanticipated topics, as well as linguistic competence. 4. Text Analysis and Text Typology as Tools for Technical Translators focuses attention on text typology and SGML in human translation and CAT. 5. Translation-Oriented Terminology Activities explores the different aspects of terminology: knowledge management, language planning, terminology resources and representation of concept systems.

Includes bibliographical references.

Routledge Translation Guides cover the key translation text types and genres and equip translators and students of translation with the skills needed to translate them. Concise, accessible and written by leading authorities, they include examples from existing translations, activities, further reading suggestions and a glossary of key terms. Scientific and Technical Translation focuses on texts that are typically translated in scientific and technical domains, such as technical instructions, data sheets and brochures, patents, scientific research articles and abstracts, popular science press releases and news reports. In seven chapters, this practical textbook: Introduces readers to the typical contexts in which scientific and technical translators work; Shows how corpus resources can be used for terminological and phraseological research; Considers how translation technologies are employed in technical and scientific translation; Explains a range of technical and scientific genres and their translation. Including a wide range of relevant tasks and activities, examples from the most commonly taught language pairs and a glossary of key terms, this is the essential textbook for modules on scientific and technical translation and specialised translation.

This introduction to technical translation and usability draws on a broad range of research and makes the topic both accessible and applicable to those involved in the practice and study of translation. Readers learn how to improve and assess the quality of technical translations using cognitive psychology, usability engineering and technical communication. A practical usability study illustrates the theories, methods and benefits of usability engineering.

From microbiology to nuclear physics and chemistry to software engineering, scientific and technical translation is a complex activity that involves communicating specialized information on a variety of subjects across multiple languages. It requires expert linguistic knowledge and writing skills, combined with the ability to research and understand complex concepts and present them to a range of different audiences. Using a combination of interdisciplinary research, real-world examples drawn from professional practice and numerous learning activities, this introductory textbook equips the student with the knowledge and skills needed to get started in this exciting and challenging field. It examines the origins and history of scientific and technical translation, and the people, tools and processes involved in translating scientific and technical texts. Scientific and Technical Translation Explained provides an overview of the main features of scientific and technical discourse as well as the different types of documents produced. A series of detailed case studies highlight various translation challenges and introduce a range of strategies for dealing with them. A variety of resources and exercises are included to make learning effective and enjoyable. Additional resources and activities are available on Facebook.

This handbook for German/English/German technical translators at all levels from student to professional covers the root terminologies of the spectrum of scientific and engineering fields. The work is designed to give technical translators direct insight into the main error sources occurring in their profession, especially those resulting from a poor understanding of the subject matter and the usage of particular terms to designate different concepts in different branches of technology. The style is easy to read and suitable for nonnative English speakers and translators with no engineering experience. Volume 1 presents a comprehensive systematic description of the basic concepts underlying all branches of technology: Electrical, Mechanical and Chemical Engineering, Materials, Science, Electronics, Nucleonics, Aeronautics, Computers, Automobiles, Plastics and other important fields. Volume 2 expands this terminology with the aid of a Technical Thesaurus and a set of structured bilingual dictionaries which draw attention to specific English/German errors, usage of technical vocabulary and to collocations of general vocabulary in engineering contexts.The two volumes combine 3 major areas: 1. Technical Translation, 2. General Linguistics and 3. Computational Lexicography, possibly indirectly marking the birth of a new discipline “Technical Linguistics”.The book is designed for practical as well as academic use, for translator trainers, practicing translators, applied linguists, and professional engineers and scientists working with English/German documentation.“There is so much material there that the books will not only be wanted by English/German/English translators, but the English basis on its own will be attractive to other language orientations involving English” Juan C. Sager (UMIST, Manchester)

It is generally agreed that knowledge plays an important role in translation and interpreting and that it should therefore be of central concern to translation and interpreting studies. However, there is no general agreement about what is actually meant by the term 'knowledge' in this context, nor about in exactly what ways it is relevant. Also, present-day translation and interpreting studies offer only a limited amount of research specifically dedicated to knowledge systematization and other knowledge-related issues. This book is one of the first to systematically and exclusively address the question of knowledge in translation and interpreting. It is a collection of papers by leading scholars both from the field of translation and interpreting and from adjacent fields where knowledge also plays an important role, such as linguistics and computer science. The experts present a wide variety of conceptions of knowledge and a number of different approaches to the study of knowledge in translation and interpreting: some of them draw on concepts such as scenes and frames, mental spaces and semantic networks, some discuss knowledge systems from an ontological point of view, and some present more general concepts of knowledge in translation and interpreting. Along the same lines, some of the contributors deal mainly with theoretical and conceptual aspects, others focus on methodological issues, and again others report on empirical studies. What brings them together, however, is their common focus on the interface between knowledge and translation/interpreting, and their main achievement is that, by joining forces, they manage to present to their readers a state-of-the-art report which offers both a clearer delimitation of the concept of knowledge and a better understanding of its role in translation and interpreting.