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Dissertation Writing for Engineers and Scientists
£30.99

DISSERTATION WRITING FOR ENGINEERS AND SCIENTISTS

PAPERBACK BY BREACH, MARK

£30.99

ISBN
9781405872782
IMPRINT
PRENTICE-HALL
 
 
EDITION
PUBLISHER
PEARSON EDUCATION LIMITED
STOCK FOR DELIVERY
LOW STOCK
FORMAT
PAPERBACK
PAGES
160 pages
PUBLICATION DATE
11 AUG 2008

DESCRIPTION

Dissertation Writing for Engineers and Scientists Mark Breach I think the writing style is excellent I recommend the book to my students - Colin Waring, Portsmouth Dissertation Writing for Engineers and Scientists is the must-have book for preparing students at both undergraduate and postgraduate levels for the disseration writing process. Dissertation writing is a major task and there are many pitfalls that can be avoided with the proper preparation. This book enables students to navigate their way around these pitfalls and successfully complete their dissertations. This lively and student-friendly guide takes into account the specific needs of engineers and scientists by providing plenty of examples from their respective fields and approaching them in a friendly and informal manner. This book covers all aspects of the dissertation writing process, including: * What is a dissertation? * How to start your dissertation * Time management * Project proposals * Ethics * Collecting and understanding your data * Writing up your dissertation About the Author Dr Mark Breach is Principal Lecturer in Engineering Surveying at Nottingham Trent University.As Programme Leader for the MSc Civil and Geotechnical Engineering degrees he manages all its postgraduate dissertations and he also performs a similar function for undergraduate Civil Engineers.

CONTENTS

1 What is a dissertation? 1.1 Why do we do projects? 1.2 What is a project? 1.3 What happens when? 1.4 Planning the project 1.5 Your tutor, friend or foe? Summary 2 Making a start 2.1 Choosing and defining the project 2.2 Motivation and added value 2.3 What type of project? 2.4 What is the question? 2.5 The aim 2.6 The objectives 2.7 Methodology 2.8 Hypothesis and key questions 2.9 Resources 2.10 Timetable 2.11 Example project proposal Summary 3 Hard work or pleasure? 3.1 Getting stuck in 3.2 The science and engineering context 3.3 Health, safety and risk assessment 3.4 COSHH 3.5 Ethics 3.6 Proving your point. 3.7 Quantitative or qualitative methods 3.8 Quantitative methods 3.9 Qualitative methods 3.10 Getting the data 3.11 Questionnaires 3.12 Interviews Summary 4 Meaning from numbers 4.1 The nature of uncertainty 4.2 Data types 4.3 Previewing your data 4.4 Statistical methods 4.5 Parametric methods 4.6 Non-parametric methods Summary 5 Paperwork, paperwork 5.1 Writing up 5.2 Introduction chapter 5.3 Literature review chapter(s) 5.4 Citing references 5.6 Results chapter 5.7 Analysis chapter 5.8 Conclusions and recommendations chapter 5.9 Abstract 5.10 Tops and tails Summary 6 Tips and hints 6.1 What can go wrong? 6.2 Recovering from disaster 6.3 How to make it go right from the start: prevention, better than cure Summary 7 Assessment and beyond 7.1 Project proposal 7.2 Preliminary literature review 7.3 Progress presentation and the viva voce 7.4 Preparing your presentation 7.5 Poster presentations 7.6 Marking the dissertation 7.7 Preparing for publication 7.8 Copyright Summary 8 Plagiarism avoidance and detection 8.1 What is plagiarism? 8.2 Why people plagiarise 8.3 How you are likely to be caught 8.4 What happens when you get caught? 8.5 How to avoid accidental plagiarism 8.5 How to avoid accidental plagiarism Summary 9 Questions and answers I