The application of mixed methods research design in the built environment discipline by students and academics has continued to grow exponentially. However, with no dedicated mixed methods research design textbook in this domain, students have struggled to conduct research projects involving a mixed methods research design. Mixed Methods Research Design for the Built Environment provides a useful research methodololgy resource for students, academics, and researchers across various disciplines in the built environment such as construction management and project management, property and real estate management, quantity surveying and commercial management, building surveying, building services engineering, civil and geodetic engineering, and other built environment disciplines. The book can also be useful for students and academics outside the built environment knowledge domain. This textbook offers practical and step-by-step guidance on how to apply mixed methods research design, including an elucidation of the various philosophical and methodological underpinnings upon which the choice of a particular variant of the mixed methods research design is predicated. It provides practical case examples and guidance on the processes involved to design and undertake mixed methods research, the advantages and disadvantages of using mixed methods research, and how multiple sources of qualitative and quantitative data can be combined and applied to carry out research projects.

Built environment students are not always familiar with the range of different research approaches they could be using for their projects. Whether you are undertaking a postgraduate doctoral programme or facing an undergraduate or masters dissertation, this book provides general advice, as well as 13 detailed case studies from 16 universities in 7 countries, to help you get to grips with quantitative and qualitative methods, mixed methods of data collection, action research, and more.

The first book to cover secondary research methods in built environment topics Incorporates chapters dealing with qualitative secondary analysis, systematic review technique, legal analysis, bibliometric and scientometric analysis Global market across a variety of courses/subjects including: construction management, construction project management, quantity surveying, construction law and dispute resolution, real estate and property management, building services engineering, architecture and civil engineering

Just when you feel frustrated and thought of giving up, this book is here to save the day – and your future. Flip through and you will know this is what you need to survive the journey, especially in the real academic setting nowadays. A Complete Guide to Academic Research in Built Environment and Engineering provides · Complete coverage on the nut and bolts of academic research in the fields of built environment and engineering · Detailed explanation of every stage in the research process – from definitions to real-world examples, common mistakes and logical comparison · Realistic expectations paired with practical and step-by-step alternatives to address unforeseen issues The respected local and international authors of this book have articulately penned their thoughts and experiences to provide a definitive road map to surviving academic research especially in built environment and engineering. It is definitely a highly recommended guide for students and researchers – whether you are contemplating academic research or may have just begun the journey!

This book aims to guide researchers who are engaged in social science and built environment research through the process of testing the reliability and validity of their research outputs following the application of different methods of data collection. The book presents case studies that emphasize reliability and validity in different examples of qualitative, quantitative and mixed method data sets, as well as covering action research and grounded theory. The reader is guided through case studies that demonstrate: An understanding of the reliability and validity approaches from social science and built environment perspectives in alignment with the relevant research philosophies, approaches and data collection strategies Real research projects that have been conducted by expert researchers on topics such as Lean, BIM, Housing and Sustainability to answer specific or evolving questions in relation to the reliability and validity of research A simple and easy method that students at Masters and PhD levels can relate to in order to adopt a sound reliability and validity approach to their research This book is the essential guide for researchers at undergraduate and postgraduate level who need to understand how to validate the quality of the empirical tests they conduct using different techniques. The book will also be a great asset to supervisors from different backgrounds who need a refresher on this key aspect of the research cycle.

This book provides a bridge between the introductory research methods books and the discipline-specific, higher level texts. Its unique feature is the coverage of the detailed process of research rather than the findings of research projects. Chapter authors have been carefully selected by their expertise, discipline and location to give an eclectic range of perspectives. Particular care has been taken to balance positivist with interpretivist approaches throughout. The authors focus is on the practical consequences of research philosophies, strategies and techniques by using their own research and by evaluating the work of others. Advanced Research Methods in the Built Environment addresses common topics raised by postgraduate level researchers rather than dealing with all aspects of the research process. Issues covered range from the practicalities of producing a journal article to the role of theory in research. The material brought together here provides a valuable resource for the training and development of doctoral and young researchers and will contribute to a new sense of shared methodological understanding across built environment research.

There is an urgent need to emphasize inclusivity in architecture and the built environment. Innovative technologies within the field of architecture are being developed to enhance inclusivity in architectural approaches and development processes. It is essential to research inclusivity in architecture and the built environment toward holistic sustainable development. The Handbook of Research on Inclusive and Innovative Architecture and the Built Environment discusses inclusive and innovative approaches to providing socio-cultural value within architecture and the built environment. It focuses on issues of diversity, sustainability, resilient designs, and more. Further, the book expands the knowledge and awareness of architecture and the built environment towards inclusivity in design development and emerging advanced technology. Covering topics such as architectural challenges, global health, and urban morphology, this major reference work is an excellent resource for architects, government officials, urban planners, practitioners, students and educators of higher education, researchers, and academicians.

Dissertation Research and Writing for Built Environment Students is a step-by-step guide to get students through their final year research project. Trusted and developed over three previous editions, the new fourth edition shows you how to select a dissertation topic, write a proposal, conduct a literature review, select the research approach, gather the data, analyse and present the information and ultimately produce a well-written dissertation. The book simplifies dissertation research and writing into a process involving a sequence of learnable activities and divides the process into three parts. Part One covers the necessary groundwork, including: identifying the problem, writing a proposal and reviewing the literature. Part Two covers the research design and includes: approaches and techniques for data collection and constructing and sampling a questionnaire. Part Three covers: measurement of data, analysis of data with SPSS, structuring and writing the whole dissertation, and supervision and assessment. This new edition is packed with updated examples and research samples, making this the ideal resource for students involved in research in built environment subjects such as construction management, construction project management, facilities management, real estate, building surveying, quantity surveying and civil engineering.

As a built environment student you are likely to be required toresearch, write and submit a dissertation as a core component ofyour degree studies. As a vocational profession, students of thebuilt environment often have strong practical aspirations.Writing a Built Environment Dissertation provides practicalguidance and will help to steer you into a position where you candevelop a good dissertation by mixing your practical strengths withmore theoretical tools. The book is ordered around a common dissertation structure: thatis, it starts with material that should be in the introduction andfinishes with material that should be in the conclusion. Eachchapter provides a commentary on the kind of information that youshould put in each chapter of your dissertation, supported by avariety of examples using a range of methodological designs. Thebook has a strong focus on data collection, data analysis,reliability and validity – all areas where studentdissertations are often weak. Material that will help you thinkabout study skills and ethics is embedded throughout the book, andthe chapters on qualitative and quantitative analysis will show youhow to carry out a rigorous analysis while avoiding some of thecomplexity in statistical work. If you are an under-graduate student in the final year of anhonours degree programme in the built environment, or perhaps astudent at masters or PhD level and have been away from academicstudy for some time, then this book will help you to write a moreinnovative and thorough dissertation.