Architecture: professional practice Books

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Book SynopsisSo, you are considering an architecture apprenticeship? As a new route into the profession, you likely have lots of questions. Amongst them might be What is an architecture apprenticeship and is it right for me? How do I apply and prepare for an apprenticeship? How can I make the most of my apprenticeship? How can the apprenticeship support my future career ambitions? This handbook answers these questions and demystifies the Level 7 apprenticeship, providing structured guidance and advice for career progress to apprentices, as well as those supporting them on their journey.Using case studies from recent graduates and current apprentices who have excelled through this route, it features information from employers and academics involved in architecture apprenticeships in the UK.Whilst not for everyone, those choosing to pursue this route are often considered by industry to be amongst the most sought-after of their generation.Keep the book close and map your journey into the profession.

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Book SynopsisCan good design truly make us happier? Given that we spend over 80% of our time in buildings, shouldn't we have a better understanding of how they make us feel? Happy by Design explores the ways in which buildings, spaces and cities affect our moods. It reveals how architecture and design can make us happy and support mental health, and explains how poor design can have the opposite effect. Presented through a series of easy-to-understand design tips and accompanied by beautiful diagrams and illustrations, Happy by Design is a fantastic resource for architects, designers and students, or for anybody who would like to better understand the relationship between buildings and happiness. With the pandemic and cost-of-living crisis, the importance of designing for mental wellbeing has never been higher on the agenda. Whether through low-energy design, designing in better ventilation to avoid passing on pathogens or the realisation of the importance of accessing nature within an environment, this revised edition has been updated to reflect a changed world.Table of ContentsAcknowledgements About the Author Introduction Chapter 1 Light Orient buildings sensitively Consider shadows Be selective about window sizes Avoid deep plans Use rooflights shrewdly Don’t overlook artificial light Consider the temperature of artificial light Use artificial light to create pockets of calm Chapter 2 Comfort Use tactile materials Consider comfort as well as aesthetics Think about the temperature of buildings Ensure a good supply of fresh air Ventilation (new addition) Keep the noise out Chapter 3 Control Design adaptable spaces Give people better control over their environment Provide people with a range of environments Allow for personalisation Give people better control over their diets Give building users privacy Chapter 4 Nature Bring nature in Provide views of nature Put gardens on the roof Design gardens and parks as an escape from the urban Integrate or give views of water Improve ecology and biodiversity Use nature to educate, engage and involve Chapter 5 Aesthetics Use colour wisely Create moments of joy Avoid visual monotony Make buildings legible Celebrate the simple Get the proportions right Chapter 6 Activity Encourage activity Design-in spaces for exercise Design wider streets Design for the bicycle Connect to nearby facilities Don’t overlook spaces for inactivity Chapter 7 Psychology Storage Provide high ceilings wherever possible Celebrate the entrance Go open-plan Bigger isn’t always better Consider prospect and refuge theory Create an atmosphere Conclusions Notes + References Index

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Book SynopsisParametric Design for Landscape Architects provides a sequence of tutorial-based workflows for the creation and utilization of algorithmic tools calibrated toward the field of landscape architecture. Contemporary practice and projective theory in landscape architecture require the processing and design of data associated with complex systems to adequately represent composite, emergent scenarios. Aligning to both traditional and nascent processes of analysis and digital modeling, this book unpacks and decodes the characterization of algorithmic-based automation, leveraging software that is widely accessible in both academia and professional practice. Curated throughout are workflows that apply to a multiplex of computation programs that widely support the design, analysis, and production of landscapes, primarily concentrated on digital modeling tools Grasshopper and Rhinoceros. It is a much-needed, visually accessible resource to aid in more efficient understanTrade Review"Madl grounds computational practices in the landscape – sites with urgent ecological and social implications, but which have been overlooked in the parametric focus on architectural space. This book challenges that hegemony with sequences and workflows that will provoke exploratory theoretical and technical design processes in landscape-based projects."Ron Henderson, Professor and Director, Landscape Architecture + Urbanism Program, Illinois Institute of Technology"Landscape architecture has been slow to embrace parametric tools. We have lacked instructional materials tied to landscape-specific design processes, and parametricism has been understood as a style, rather than a method. Building from using parametric software to facilitate traditional landscape design tasks into more ambitious tutorials that use those same tools to understand landscape as dynamic and ever-changing, Andrew Madl addresses both these issues at once."Rob Holmes, Assistant Professor, Landscape Architecture, School of Architecture, Planning, and Landscape Architecture, Auburn UniversityTable of Contents1. Transformations, Translations, and Vectors: Leveraging Geometric Data 2. Landform Creation: Base Modeling, Site Design, Field Conditions 3. Landform Analytics and Calculations: Automation of Site Dynamics 4. Construction Documentation: Mechanization of Standards 5. Digital Fabrication: Facilitation and File Preparation 6. Urban Morphology and Analysis 7. Cartographic Representation and Data-Driven Visualization 8. Cellular Models, Agent-Based Behaviors, and Simulation: Speculation 9. Case Studies: Deconstructing the Use of Computational Tools in Professional Landscape Architecture Projects

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Book SynopsisThis poetic and minimalist anthology presents 10 years of heritage of AIRES MATEUS design studios at the Accademia di Archittettura di Mendrisio in Switzerland.100 images of largescale models built by students of AIRES MATEUS are brought together to create a family portrait. Each expertly staged model is pictured with the essential schemes necessary to understand the volumes portrayed. Francisco and Manuel Aires Mateus’ many years of experience in pedagogy and the use of models in practice are brought together in a manifesto which precedes the anthology of images. The importance of the model in the formation of architectural ideas and throughout the design process, as well as its potency as a standalone statement are highlighted. The evocative photographs in this book reveal abstract spaces produced by artistic interpretations of light, volume and materiality.

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Book SynopsisWhat can you do with a degree in architecture? Where might it take you? What kind of challenges could you address? Architects After Architecture reframes architecture as a uniquely versatile way of acting on the world, far beyond that of designing buildings. In this volume, we meet forty practitioners through profiles, case studies, and interviews, who have used their architectural training in new and resourceful ways to tackle the climate crisis, work with refugees, advocate for diversity, start tech companies, become leading museum curators, tackle homelessness, draft public policy, become developers, design videogames, shape public discourse, and much more. Together, they describe a future of architecture that is diverse and engaged, expanding the limits of the discipline, and offering new paths forward in times of crisis. Whether you are an architecture student or a practicing architect considering a change, you'll find this an encouraging and inspiring readTable of ContentsINTRODUCTIONHarriet Harriss, Rory Hyde, Roberta MarcaccioARCHITECTURE AFTER ARCHITECTUREJeremy TillDESIGNING FOR THE CLIMATE EMERGENCYA case study by Sarah Wigglesworth‘WHOSE VOICE COUNTS?’Interview with Liza Fior, MufSPACES TO SPEAKJustine Clark, ParlourON MIS-FITTINGJos Boys‘ARCHITECTURE IS A WAY TO CONSTRUCT SOCIETY’Interview with Andrés Jaque, OFFPOLINN DESIGNING WITH CHILDRENA case study by InterboroFROM EXCLUSION TO INCLUSIONJoel SandersPRACTICE AS PROJECTPublic Works with Angharad Davies AN ALTERNATIVE PRACTICE IN TIMES OF CRISISDoina Petrescu, aaaPRIDE IN MAKINGInterview with Takeshi Hayatsu REVIVING THE ALMS HOUSEA case study by Peter Barber THE ARCHITECT-ORGANIZERSib Trigg, PEACH ‘WE WANTED TO DO THINGS OURSELVES’Interview with Jane Hall, Assemble SAY IT LOUDPascale SablanBUILDING DIVERSITYElsie Owuso on Baroness LawrenceDECONSTRUCTIONA case study by RotorUNDERGROUND ARCHITECTUREAnt Farm in conversation with WORKacTHE SELF AS A DESIGN SUBJECTJack Self THE ARCHITECT-DEVELOPERRoger ZogolovitchWHEN IS AN ARCHITECT NOT AN ARCHITECT?Holly Lewis, We Made That DEPROFESSIONALISMPeggy Deamer‘ONLY A CRIMINAL CAN SOLVE THE CRIME’Interview with Eyal Weizman and Christina Varvia, Forensic ArchitectureARCHITECTURE AFTER CONFLICTMalkit Shoshan, FASTTO PROGRAM A SITE Kimberli MeyerEXHIBITION-MAKINGJudith ClarkBUILDINGS TASTE LONELY TO MEA case study by Alex SchwederFROM ARCHITECTURE TO VIDEOGAMESMiriam Bellard, Rockstar North‘IT’S WHERE DIFFERENT FORMS OF KNOWLEDGE COLLIDE’Interview with Matt Jones, GoogleFROM ARCHITECTURE TO TECHBlake Hudelson and Gavin Johns, Architechie‘CRYPTOCURRENCY HAS ENTERED MAINSTREAM CONSCIOUSNESS’Interview with Matt Storus SEEING UPSIDE-DOWN AND AROUND CORNERS Scott PatersonRECLAIMING ATTENTIONA case study by Studio FolderDESIGN FOR HOMELESSNESSChris Hildrey‘WHAT WOULD HAPPEN IF ALL THE DETAILS WERE PUT BACK IN THE STORY?’Interview with Damon RichPUBLIC PRACTICE Finn Williams PERSONAL-PRIVATE, PROFESSIONAL-POLITICALShelley PennARCHITECTS FOR THE HUMANITARIAN SECTOR Shareen Elnaschie, ODDTHE FREE WORLDRobert Mull

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Book SynopsisModern Apartment Design provides guidelines to the design of modern apartment buildings as well as a summation of current cutting-edge practice in engineered timber construction.The book covers a brief history of apartment buildings around the world, with a broad outline of different types of apartment blocks. It has a strong focus on the design and actual construction of apartment buildings, especially those utilising mass timber, such as cross-laminated timber and laminated veneer lumber. It also features six Case Study chapters from industry-leading practitioners in the area, enabling best practice in architecture and engineering of these new apartment building types to be more widely understood and propagated worldwide.The fully illustrated, full-colour case studies span the globe and include: Clearwater Quay in Christchurch, New Zealand (Pacific Environments NZ); Wynyard Central East 2 in Auckland, New Zealand (Architectus); Dalton Works in London, UK (WaTable of Contents1. Introduction Guy Marriage 2. Street life Sara Shabahang and Guy Marriage 3. Looking back Emina Kristina Petrovic and Guy Marriage 4. Apartment block typologies Guy Marriage 5. Sunshine, daylight, healthy living and sustainability Guy Marriage 6. Structure and materialityNabil Jose Allaf 7. Sustainable timber future Guy Marriage 8. Embodied carbon Emily Newmarch 9. Prefabrication Pamela Bell 10. Residential Core design Guy Marriage 11. Apartment planning Guy Marriage 12. Fire, acoustics and Services Guy Marriage 13. Facades and cladding Guy Marriage and Nabil Jose Allaf 14. Balcony – the garden in the sky Guy Marriage 15. Exporting apartments – lessons in prefab from the North Joseph Sturm 16. Case Study 1 – Clearwater Quays Pacific Environments NZ: Roger French and Enovate: Michael Newcombe 17. Case Study 2 – Wynyard Central East 2 Architectus: Patrick Clifford 18. Case Study 3 – Dalston Works Waugh Thistleton Architects: Kieran Walker and Guy Marriage 19. Case Study 4 – Mjøstårnet Voll Arkitekter: Øystein Elgsaas 20. Case Study 5 – Brock Commons: Tallwood House Acton Ostry Architects: Russell Acton and Guy Marriage 21. Case Study 6 – Regensbergstrasse Dreicon: Joe Kaps and Guy Marriage List of Figures List of Tables Bibliography Index

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Book SynopsisThis book offers, for the first time, access to the chronological arc of John Habrakenâs writing in a single collection.Few architects or scholars have so consistently and patiently pursued such a humane and culturally vital set of radical questions related to the behaviour of the built environment as N. John Habraken. From the publication of his first book in 1960, he has quietly helped redraw the map of architectural research, education, practice, design methods and theory. His insights lead us to a better understanding of how the built field works, contributing to the development of methods enabling professionals to contribute to its coherence and resilience.Following an introductory essay by the editors, placing Habrakenâs work in context, this collection is organized in two sections and further organized around a number of specific themes: The Built Field; Role of the Architect; Control; Sharing Forms; Examples of Ways of Doing; Open Building; Tools; and CultivatiTrade Review'This book makes a significant contribution to the design and transformation of the built environment by changing our perceptions and understanding and therefore our ways of practicing architecture.' - Prof. Dietmar Eberle, Baumschlager Eberle Architects'Professor Habraken's insights into the principles that make up cities and architecture, particularly his studies on the relationship between occupants, other stakeholders and the environment, have continued to have a profound influence on many projects and policies in Japan, including Japanese legislation to promote long-life housing.' -Kazunobu Minami, PhD, Professor Emeritus, Shibaura Institute of Technology, Tokyo'Habraken’s oeuvre centers on a lifelong quest to sort out and restore the relationship between dwelling and the built environment that scaffolds everyday lives and rituals. Toward that end, there remains much to discover throughout this long-awaited collection.' - Jonathan Teicher, Writer, architect, urban designer and editor of several of Habraken’s books'John Habraken is a restless thinker. While the full depth of his theories can be read in his seminal books — Supports and The Structure of the Ordinary - in his short essays, we are privy to his thinking in process and his mind at work. The Short Works of John Habraken is an extraordinary contribution to the literature of people-based architecture, open-building, and thematic design through the texts of one of architecture’s most influential philosophers and theorists.' - Andrés Mignucci FAIA, Distinguished Professor ACSA, Arts & Literary Arts Scholar in Residence Rockefeller Foundation Bellagio Center'One can never comprehend the behavior of everyday built environment without grasping the laws of its existence and transformations, that is its rules, regulations, agreements and conventions, i.e control. The interplay of control and built form cannot be understood without Habraken’s theories.' - Dr. Jamel Akbar, Professor of Architecture, Fatih Sultan Mehmet Vakıf University, Istanbul, Turkey'John Habraken’s contributions are in the field of mass housing, and the integration of citizens into the design process. The result is an architecture and urbanism of lively variety and greater meaning. Habraken is a hero of building and urban design.' - Douglas Kelbaugh, Dean Emeritus, University of Michigan 'The impact of John Habraken’s thinking on shaping a resilient built environment in our denser and more connected communities is immeasurable.' - Farooq Ameen AIA, RIBA, Principal, City Design Studio, Los Angeles, CATable of ContentsPart 1: Ways of Seeing Introduction to Ways of Seeing Beginning The Built Field Control Sharing Forms Role of the Architect Part 2: Ways of Doing Introduction to Ways of Doing Examples of Ways of Doing The Open Building Approach Tools Cultivating Built Environment Summing Up

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Book SynopsisEcoResponsive Environments integrates our current knowledge of designing for human needs, with a deeper understanding of natural systems. The book offers both a call to action and a comprehensive yet pragmatic framework for practising the art and science of settlement design, called EcoResponsive Design.Bridging the gap between theory and generic policy on the one hand, and design for specific places and sites on the other, the book is aimed not only at the professionals involved in planning, designing and developing these places, but also the wider range of communities interested in creating better spaces for our everyday lives.EcoResponsive Design encompasses all scales, ranging from the overall form of settlements and the landscapes in which they sit, to buildings and the detailed design of public spaces. Drawing from projects, places and best practices in many different countries and contexts across the world, it demonstrates how positive changes at the loca

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Book SynopsisA personal reflection on the nature of the architectural imagination, shown through private sketchbooks, by one of the great architects of our day.Table of ContentsForeword • Introduction • 1. Nature: Mater et Magister. Featured project: Tower DCH, Dubai Creek Harbour, Dubai (2016– ) • 2. The Human Body. Featured Project: Stadelhofen Railway station, Zürich, Switzerland (1983–1990) • 3. Light and Matter. Featured Project: St Nicholas Greek Orthodox Church, New York, USA (2013–) • 4. Art and Architecture. Featured Project: The Sharq Crossing, Doha Bay, Qatar (2013– )

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Book SynopsisMortars, Renders and Plasters provides a broad perspective of contemporary conservation theory and practice not otherwise found in one publication, describing the history, physical properties, and deterioration of these important materials.Trade Review'[The Practical Building Conservation volumes] offer considerable information and advice on many aspects of conservation. Great emphasis is placed in all the volumes on making the reader familiar with the material in question, giving them as much information and direction as possible to allow them to understand what they are dealing with, gives a comprehensive - hands on - approach; solutions are found, methods described and practical tips freely given, should be kept on the bookshelf within reach of most practising professionals in the field. - Jane Jones-Warner RIBA SCA AABC IHBC, Member RIBA Conservation Group 'A large, colourful book, it has been well organised and presented, with excellent photographs and detailed drawings, complementing the well-written text, which contains a tremendous amount of interesting and useful information.' Cornerstone 'My overriding impression of this series is that it is comprehensive, well set out and easy to follow, and it should be of interest both to all involved in the repair and maintenance of historic buildings, and to the casual reader. Each volume stands alone or as part of a set. This represents a substantial body of work in the field of building conservation that is unlikely to be repeated in the near future. The tables and technical drawings are clear, and some of the photographs included are remarkable. The amount of information within each volume is staggering and must represent the nearest thing to a one-stop-shop for historic building practitioners.' Context 'I find this to be a very practical and user friendly volume which presents and explains this fascinating subject in a clear and digestible manner. The editors and contributors should be congratulated for their combined efforts.' Peter Martindale ACR, Icon News 'The primary editors for each volume acknowledge the contributions of numerous authors and the series’ strength is in the breadth of the conservation commTable of ContentsAbout This Book Using These Books Part 1: Materials and History of Use: Introduction Mortars, Renders and Plasters: A Historical Perspective Historic Mortars: Materials Historic Mortars: Preparation Part 2: Deterioration and Damage: Inherent Causes of Deterioration Environmental Causes of Deterioration Inappropriate Intervention and Use Part 3: Assessment: Understanding Buildings and Their Condition Surveying Mortars, Renders and Plasters Symptoms and Diagnosis of Causes of Deterioration Part 4: Treatment and Repair: Project Planning and development Mortars for Conservation Mortar Design and Specification Preparation of Mortars for Conservation Using Lime Mortar: Good Practice Desalination Repointing Conservation of Render and Plaster on Solid Background Conservation of Render and Plaster on Flexible Support Conservation of Decorative Plaster and Render Other Treatments Part 5: Care and Maintenance: Building MaintenancePart 6: Special Topics: Paints for Plaster and Render Decorative Painting on Plaster and Render Natural Cements Mortar Floors Ruins Appendices Glossary Bibliography Index

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Book SynopsisThis book outlines the process of writing and publishing research in the field of architecture and design. The book sets out to help researchers find a voice and find the best fit for their work. Information about the different types of publication on offer is set out, as well as how to make that important initial approach. From pitching an idea for a review in a magazine, to producing a journal article right through to the monograph, Writing and Publishing in Architecture and Design maps out the different steps for the novice author. Your first steps in publishing can be daunting, and the book offers material which will inspire confidence, by demystifying the publication process. It also includes valuable nuts and bolts material such as planning and structure, time management, writing styles, editing, production of the final manuscript and picture research. How do you turn your PhD into a book? How do you turn conference proceedings into a publication? Commissioning editors

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a huge range and FREE tracked UK delivery on ALL orders.

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Book SynopsisA New Index for Public Space: After Distancing offers readers a re-evaluation of the notion of publicness as a lens to unpack the complexity of urban space. A ânew indexâ is proposed to reconstitute the promises and the predicaments of public space to better prepare for the contemporary challenges of post-pandemic, conflict-ridden society. Part I provides a theoretical introduction to the idea of public space and publicness, laying out the bookâs rationale; Part II offers a new index of terms, including affects, alignments, atmosphere, conviviality, diagrams, documenting, flow, and more; and Part III applies the proposed lexicon with a ârandom walkâ approach, inviting the reader to use the lens of nonlinear evolutionary dynamics as a means for envisioning the future of publicness. This book is the outcome of a conversation across disciplinesâspecifically, urban design and social theoryârevolving around the recognition that public space is inherently fragile, messy, conflicted

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Book SynopsisThis unique and established guide to the management of design and designers has been comprehensively reimagined and updated. Written for students of architecture and early career architects, the book explores the benefits of design management from the context of managing design projects and the management of the architectural businesses. It aligns with the need for architects to improve design management competences and business skills as set out by the ARB and the RIBA.Design Management for Architects is presented in three parts. Part One is dedicated to explaining what design management is and what a design manager does. Part Two focuses on the main project stages and how design management can help to identify, explore, and deliver design value for clients, architects, and society. Part Three looks at how design management is applied within the architectural business and how it relates to successful projects and businesses. Emphasis is on the management of designers (people), design activities (processes) and outputs (information and products). Chapters include reflective exercises that can be addressed individually, or in small discussion groups to aid learning. Written in an accessible and engaging manner, the book is essential reading for students studying towards qualification as an architect and for nascent architects looking to improve their management competences.

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Book SynopsisThroughout its many editions, The Architect in Practice has remained a leading textbook used in the education of architects. While the content of the book has developed, the message and philosophy has remained constant: to provide students of architecture and young practitioners with a readable guide to the profession, outlining an architect''s duties to their client and contractor, the key aspects of running a building contract, and the essentials of management, finance and drawing office procedure. The eleventh edition follows in that tradition. The text has been brought up to date to ensure it follows the new RIBA Plan of Work 2013 as the guide to the architect's workflow. In addition, a number of changes to standard forms of contract were made with the publication of the JCT 2011 suite of contracts, and the RIBA Standard Form for the Appointment of an Architect 2010 (2012 Revision). These new forms are fully covered. In addition, the opportunity has been taken to rTable of ContentsPreface xiii Acknowledgements xvii Abbreviations and Acronyms xix Part 1 Practice 1 A THE PRACTITIONER 3 1 The Construction Industry 3 1.1 Introduction 3 1.2 Significance of the construction industry 3 1.3 A changing industry 4 1.4 Clients 6 1.5 Contractors 7 1.6 Consultants 9 1.7 Clerk of works 13 1.8 Construction industry bodies 14 References and notes 21 2 Academic and Professional Qualifications 22 2.1 Introduction 22 2.2 Relevant bodies 24 2.3 Architectural education and training 29 2.4 Examination of professional practice 36 2.5 Approval of educational programmes 36 2.6 Practising in the United Kingdom 41 2.7 Practising in Ireland 42 2.8 Practising in Egypt, Nigeria and Malaysia 43 2.9 Maintenance of standards, regulation and codes of conduct 46 2.10 ARB’s standards of professional conduct and practice 47 2.11 RIBA code of professional conduct 53 2.12 The RIAI code of conduct 55 2.13 Continuing professional development 55 References and notes 57 3 Employment Opportunities 59 3.1 Introduction 59 3.2 Private practice 60 3.3 Local authority 62 3.4 Other public sector organisations 63 3.5 Large companies 64 3.6 Contractors 64 3.7 Manufacturers 65 3.8 Academia 66 3.9 Other specialisation 67 3.10 Adjudicator, arbitrator or expert witness 68 References and notes 69 4 Employment 71 4.1 Finding employment 71 4.2 Acceptable job titles 88 4.3 Employment 89 4.4 Job description 92 4.5 Hours of work 93 4.6 Overtime 95 4.7 Salary 96 4.8 Benefits 97 4.9 Professional activities 98 4.10 Expenses 99 4.11 Leave 100 4.12 Disciplinary and grievance procedure 103 4.13 Notice and dismissal 104 4.14 Spare time practice 105 4.15 Monitoring of telephone calls and e-mails 107 4.16 Discrimination 107 References and notes 109 5 Types of Practice 110 5.1 Sole principal 110 5.2 Partnerships 111 5.3 Incorporation 117 5.4 Co-operative 121 5.5 Group practice 121 5.6 Developer/architect/contractor 122 References and notes 123 6 Setting Up in Practice 124 6.1 Sole principal 124 6.2 The decision 124 6.3 Timing 125 6.4 Practical points to decide 126 6.5 Business plan 131 6.6 Enlarging the practice 132 References and notes 134 B PRACTICE MANAGEMENT 135 7 Management Principles 135 7.1 Objectives 135 7.2 Leadership 136 7.3 Communication 137 7.4 Delegation 138 7.5 Motivation 139 References and notes 140 8 General Office Practice 141 8.1 Introduction 141 8.2 Telephone, facsimile (fax) and e-mail 141 8.3 Information technology 144 8.4 Letter writing 145 8.5 Reports 146 8.6 Filing 147 8.7 Office-based meetings 149 8.8 Drawing office practice 149 8.9 Computer-aided design 153 8.10 Presentation 154 8.11 Reproduction 155 8.12 Work programming 155 8.13 Sources of information 156 References and notes 165 9 Marketing 168 9.1 Active marketing 168 9.2 Brochure 170 9.3 Website 171 9.4 Social media 172 9.5 Advertising 173 9.6 Contacts 173 9.7 Competitions 174 9.8 Frameworks 175 9.9 Retaining clients and recommendations 175 References and notes 176 10 Insurance 177 10.1 Introduction 177 10.2 Premises and contents 179 10.3 Public liability 180 10.4 Employer’s liability 181 10.5 Professional indemnity 181 10.6 Latent defects insurance 183 10.7 Other insurances 184 References and notes 184 11 Finance and Accounts 185 11.1 Introduction 185 11.2 Accounts 185 11.3 Profit and loss account 185 11.4 Balance sheet 186 11.5 Assets 188 11.6 Liabilities 188 11.7 Capital 189 11.8 Cash-flow forecasting and budgeting 190 11.9 Books of account 191 11.10 Fee invoicing 191 11.11 Value added tax (VAT) 191 11.12 Computerisation 192 11.13 Annual accounts/auditing 192 11.14 Staff time records 193 References and notes 195 Part 2 Running a Project 197 12 The RIBA Plan ofWork 2013 199 12.1 Sequential framework and Plan ofWork 199 12.2 The Plan ofWork explained 202 12.3 Building information modelling (BIM) 208 12.4 BIM overlay to the Plan ofWork 209 12.5 Green principles 209 12.6 Green overlay to the Plan ofWork 210 12.7 New words and phrases 211 References and notes 212 13 Stage 0: Strategic Definition – Appointment 214 13.1 Introduction 214 13.2 Scope of services 215 13.3 Determination of the fee 233 13.4 Terms of appointment 240 13.5 Consultants 243 13.6 Project managers 245 References and notes 248 14 Stage 0: Strategic Definition – Terms 250 14.1 Standard forms of agreement 250 14.2 Standard Agreement 2010 (2012 revision): Architect 251 14.3 Duty of care agreements (collateral warranties) 280 References and notes 287 15 Stage 1: Preparation and Brief 288 15.1 Feasibility studies 288 15.2 Site and building acquisition 293 15.3 Surveys 295 15.4 The brief 301 15.5 Reporting 302 References and notes 303 16 Stage 2: Concept Design 304 16.1 Design data 304 16.2 Concept design and its development 305 16.3 Cost estimates and planning 306 16.4 Procurement paths and implications for the professional 307 16.5 Contract selection and implications 317 16.6 Guaranteed maximum price 320 16.7 PFI Contracts 322 16.8 Partnering 323 References and notes 325 17 Stage 3: Developed Design 327 17.1 General 327 17.2 Planning applications and approvals 328 17.3 Other approvals 353 17.4 Property 353 References and notes 361 18 Stage 4: Technical Design 363 18.1 Technical design 363 18.2 Production information 366 18.3 Building regulations 2010 (as amended) 369 References and notes 379 19 Stage 4: Technical Design: Tender Documentation and Tender Action 380 19.1 Introduction 380 19.2 Co-ordinated project information 381 19.3 Bills of quantities 383 19.4 Specifications 390 19.5 Schedules of work 393 19.6 Activity schedules 393 19.7 Tendering 393 19.8 Preparing the contract documents 403 References and notes 404 20 Stage 5: Construction 405 20.1 Contractor’s programme 405 20.2 Meetings 408 20.3 Site inspections 413 20.4 Safety 414 20.5 Architect’s instructions and variations 415 20.6 Variations and their valuation 418 20.7 Controlling costs 422 20.8 Workmanship and materials 423 20.9 Certificates and payments 426 20.10 Delays and extensions of time 435 20.11 Financial claims 438 20.12 Termination 440 References and notes 443 21 Stage 6: Handover and Close Out 446 21.1 Practical completion 446 21.2 Rectification period 451 21.3 Adjustment of contract sum 454 21.4 Final certificate 457 References and notes 461 22 Stage 7: In Use 463 22.1 Review of project 463 22.2 Architect’s review 464 22.3 Client review 466 22.4 Review of building in use 467 References and notes 467 Table of Cases 468 Index 473

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Book SynopsisThe only comprehensive SketchUp guide written for builders and contractors SketchUp is a 3D modeling application used in areas ranging from civil and mechanical engineering to motion picture and video game design. Three-dimensional modeling is of obvious value to the building industryyet resources for transforming architectural designs into reality is surprisingly limited. SketchUp for Builders is the first comprehensive guide designed specifically for builders and contractors, providing step-by-step instructions on incorporating 3D modeling into all phases of the construction process. Author John Brock draws from his 30 years of experience as a custom home designer and builder to provide practical advice on how to understand what you are building before it is built. This valuable guide demonstrates how to eliminate cost overruns, construction delays, and design flaws by integrating SketchUp modeling into your workflow. Emphasizing real-world practTable of ContentsForeword Duane Addy vii Part I: SketchUp Essentials 1 Chapter 1: Introduction 3 Who Should Read This Book? 4 Why Should You Read This Book? 4 What is in This Book? 4 Chapter 2: SketchUp Resources 7 SketchUp Free or SketchUp Pro? 7 Layout 8 3D Warehouse 8 Extension Warehouse 8 Other Resources 9 Chapter 3: SketchUp Basics 11 The Interface 11 Navigation 13 Parallel Projection versus Perspective 14 Scenes 15 Layers 15 Measurements Box 16 Basic Tools 16 Chapter 4: Model Your First Object 21 Chapter 5: Groups and Components 26 Groups versus Components 26 Chapter 6: Extensions (Plugins) 29 Relevant Developers 30 Chapter 7: Importing Construction Drawings 31 Workflow 33 Chapter 8: File Management 36 Layer Management 37 Templates 38 Part II: Phases of Construction 39 Chapter 9: Existing Site Models 41 Creating the Existing Site Model 44 Geolocation 49 Chapter 10: Foundations 53 Monolithic Slab-on-Grade 53 Crawl Space 61 Basement 78 Controlling Costs 100 Chapter 11: Wall Framing 101 Chapter 12: Floor Systems 112 Wood-Framed Floor Systems 112 Case Study 135 Chapter 13: Roof Systems 137 Roof Plan(e)s 137 Conventional Roof Framing 148 Roof Trusses 159 Sub-Fascia 160 Roof Sheathing 162 Case Study 165 Chapter 14: Exterior Finishes 169 Windows and Exterior Doors 169 Chapter 15: Mechanical, Electrical, and Plumbing Rough-Ins 207 Plumbing Rough-In 207 HVAC Rough-In 208 Electrical Rough-In 209 Chapter 16: Interior Finishes 212 Insulation 212 Drywall 214 Floor Coverings 219 Kitchens 238 Bathrooms 244 Chapter 17: Final Grading and Landscaping 252 Hardscapes 253 Proposed Site Model 258 Excavation 262 Part III: Quantity Takeoffs and Estimating 273 Chapter 18: Attributes 275 Length 276 Area 279 Volume 282 Weight 285 Chapter 19: Estimator for SketchUp 286 Multitiered Cost Code System 290 Takeoff Methods 290 Foundations 291 Wall Framing 294 Floor Systems 295 Roof Systems 295 Exterior Finishes 296 Mechanical, Electrical, and Plumbing (MEP) 297 Interior Finishes 297 Landscaping and Site Work 299 Part IV: Construction Documents 301 Chapter 20: Introduction to Layout 303 What Does Layout Do? 303 What Would I Use Layout For? 304 Model Space and Paper Space 304 Part V: Renderings, Animations, and Virtual Tours 311 Chapter 21: Renderings 313 Thea Render 316 V-Ray for SketchUp 317 Lumion 317 Chapter 22: Animations 323 Chapter 23: Virtual Tours 325 Chapter 24: Virtual Reality versus Augmented Reality 328 What is the Difference Between VR and AR? 328 Enscape 329 Index 333

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Book SynopsisArchitects have been intrigued by prefabricated construction since the early twentieth century. Recent advances in design, engineering and manufacturing processes have led to a significant expansion in the use of pre-assembled components, which are fitted to finished structures on site. Collectively, such processes are becoming known as offsite construction. A ground-breaking text, Offsite Architecture establishes the current and future state of thinking in this field. A range of the most highly regarded thinkers and practitioners from around the globe share their ideas and practical findings on offsite prefabrication, examining theory and practice, opportunities and challenges, successes and failures. A timely response to the growing interest in this method, the book provides the fundamental basis for a critical, reflective approach to offsite architecture. Contributions from both academics and professionals make Offsite ArchitectTrade Review"Quale and Smith have brokered for us a glimpse into the proverbial fray of practicing prefabrication. They’ve assembled a multi-national group of current thinkers, designers, and researchers who offer individual testaments on its constitution. The result is a productive frisson between theory, history, and case studies, each tailored to regimes of philosophy, policy, and place. It is no surprise that this grouping neatly manages to dodge a singular definition, offering instead many approaches to this kind of construction. Offsite Architecture will satisfy the architect who intuits that prefabrication is not entirely known, nor is its future entirely certain, but that to employ it one must overcome the hype." - Billie Faircloth, Partner, KieranTimberlakeTable of ContentsForeword Chris Sharples Introduction Ryan E. Smith and John Quale Part 1: Offsite Theory 1. Industrialized Building System Categorization Roger-Bruno Richard 2. System Structures: Theory of Industrialized Architecture Kasper Sánchez Vibæk 3. Constructing Dialogues: On Architectural Potentials of Montage Charlotte Bundgaard 4. Industrial Relevancy Today: Suggestions for Offsite Construction Industry’s Future Trends Marjorie P. Callahan 5. Mapping the Modular Industry Ivan Rupnik 6. Prefabricated Housing in Architectural Culture Mathew Aitchison and John Macarthur Part 2: Offsite Practices 7. Offsite Construction Industry Meta-Analysis: Industry Survey Results Talbot Rice and Ryan E. Smith 8. Permanent Modular Construction: Construction Performance Ryan E. Smith and Talbot Rice 9. Off-site Construction in Education: a survey of prefabrication in design and construction academics Ryan E. Smith, Jon Elliott, and Kevin Grosskopf 10. Onsite vs. Offsite: Comparing Environmental Impacts John Quale 11. High Performance Affordable Modular Homes: A University and Modular Industry Collaboration John Quale 12. A Case Study of Multi-Trade Near-Site Factory Assembly Kihong Ku and Paul Broadstone 13. Prefabricated Housing In Japan Dana Buntrock 14. Offsite Construction in Sweden: from Technology to Integrated Process Helena Lidelöw 15. A Scottish Perspective on Timber Offsite Construction Robert Hairstans and Fausto Sanna List of Illustration Credits Glossary of Terms Index

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Book SynopsisTable of ContentsAcknowledgments xiii About the Companion Website xv Chapter 1: Introduction 1 1.1 A Multitude of SketchUp Users 1 1.2 How Does SketchUp Fit into the Designer’s Toolbox? 2 1.3 Easy 3D for Everyone 7 1.4 Windows or Mac, Pro or App, iPad or Phone? 9 1.5 Trimble’s Product Ecosystem 11 1.6 About This Book 14 1.7 How This Book Works 19 Let’s Go!. 20 Chapter 2: A SketchUp Refresher 21 2.1 Getting Started and Getting Help 21 2.2 Interface and Program Setup 22 Adjusting SketchUp’s Preferences 27 2.3 Working with Templates 29 Setting Units and Fonts 30 Adding Components 31 Views 32 Completed Template 33 2.4 SketchUp’s Tool Set 33 Navigating the 3D Model 33 Accurate Modeling 36 Example 2.A: Starting a Pergola 38 Selecting Items 39 Temporary References 40 Example 2.B: Creating Beams for the Pergola 40 Groups and Components 43 Example 2.C: Using Components for the Pergola 45 Applying Materials 52 Example 2.D: Applying Materials to the Pergola 52 Curved and Compound Shapes 56 Example 2.E: Modeling a Post Cap 56 Other Tools in SketchUp 60 2.5 SketchUp’s Best Practices and Watch- Outs 62 Chapter 3: 3D Modeling Approaches 65 3.1 Massing and Reference- Based Modeling 65 Using References for Modeling: Location and Images 66 Example 3.A: Location- Based Modeling 66 Example 3.B: Modeling from an Imported Plan 73 3.2 Group- and Component- Based Modeling 78 Effective Use of Groups and Components 79 Staying Organized in SketchUp 80 Generating Reports of Groups and Components 82 Modeling with Assembly in Mind (Virtual Mockup Building) 85 Example 3.C: Trimming Groups Using Two Methods 87 Example 3.D: Assembly Animation in SketchUp 90 3.3 Using Parametric Components to Your Advantage 93 Dynamic Components 93 Example 3.E: Adding Dynamic Components to Your Model 95 Authoring Dynamic Components 97 Example 3.F: Making a Wall Dynamic Component 97 Live Components 101 3.4 Modeling from Point Clouds 103 Laser Scanning 103 Point Cloud Modeling Techniques 103 Example 3.G: Drawing a Structural Column from Point Cloud Data 104 3.5 Where Does SketchUp Fit into the BIM Workflow? 106 Example 3.H: Program Planning with SketchUp’s Dynamic Components 109 Making a Space Dynamic Component 110 SketchUp and Revit 112 SketchUp and AutoCAD 113 BIM Classifier and IFC in SketchUp 114 Example 3.I: Using IFC Classifications in SketchUp 116 Chapter 4: Using Extensions Effectively 123 4.1 What Does an Extension Do? 123 4.2 Getting and Using Extensions 124 How Exactly Do Extensions Work? 129 Updating, Uninstalling, and Organizing Extensions 131 4.3 Extensions and Their Applications 132 Extensions for General Modeling 133 Better Curves (Bezier, Spline, Catmull, etc.) 133 Surfaces and Shells 134 Working with Surfaces 135 Freeform Organic Modeling 136 Arranging Components 136 Bending and Scaling 3D Objects 138 Boolean Operations 139 Randomizing Things 139 The Missing Modeling Tools: Shapes, Geometry, Lines, etc. 141 The Missing Editing Tools: Selection, Mirror, Copy, etc. 142 Model Cleaning 143 User Interface Improvements 143 Example 4.A: Creating Trusses 144 Example 4.B: Making Shells in Different Ways 147 Extensions for Architecture, Engineering, and Construction (AEC) Modeling 151 General Architecture Tools 151 Site and Landscape 154 Structure and HVAC/Plumbing 155 BIM and Object- Based Modeling 156 Example 4.C: Mullion Windows 156 Extensions for Digital Fabrication 158 3D Printing 158 Shape Properties (Centroid, Volume, etc.) 159 Cutting and Shop Solutions 159 Unwrapping and Slicing 160 Example 4.D: Slicing Up a Volume 161 Example 4.E: Making a Terrain Model 163 Example 4.F: Unwrapping/Unfolding a Shape 165 Extensions for Data Integration and Exchange 169 Attributes in SketchUp 169 Geometry from Points 170 Import/Export Extensions 170 Extensions for Presentation and Animation 171 Camera and Object Animation 171 Physics- Based Modeling 172 360- Degree and VR Viewing 173 Example 4.G: Sharing Interactive 3D Models from SketchUp 174 Extensions for Analysis 177 Model Analysis and Graphing 177 Solar and Building Energy Analysis 178 Example 4.H: Creating an Energy Analysis Building Model with OpenStudio 180 Chapter 5: Rendering in SketchUp 187 5.1 Let’s Get Visual! 187 What Is Already in SketchUp? Non- Photorealistic Rendering 187 The Magic of Styles 189 Example 5.A: Creating Your Own Branded Sketchy Style 189 What If I Want More? 197 5.2 Overview of Photorealistic Rendering Methods 197 What Is Photorealistic Rendering? 198 Rendering Techniques 202 5.3 Rendering Software 203 Example 5.B: Setting Up Twilight (Hobby) and Creating a Rendering 206 5.4 Perfecting the Components of a Rendering 217 Modeling 217 Edges and Faces 217 Front Face and Back Face 220 Triangulation 221 Environment 221 Sky (Physical Sky, Sky Color, or Sky/Environment Image) 222 Night Renderings 226 360° Environments 227 Ground 229 Lighting 230 Ambient Lighting and Image- Based Lighting 230 Sun 233 Omnidirectional Lights 234 Attenuation 237 Spotlights 238 IES Lights 240 Recessed Lights 242 Neon and Other Self- Emitting Light Sources 244 Combining Lighting Scenarios (in Photo- Editing Software) 246 Materials 248 Components of a Material 250 Texture or Color (Diffuse Texture) 251 Reflection 253 Refraction 255 Bump 256 Displacement 258 Emittance 258 Subsurface Scattering 259 Putting These Features Together 261 Tweaking Texture Positioning 262 Example 5.C: A Wooden Tabletop 262 Example 5.D: Texturing Curved Surfaces 266 Example 5.E: Texturing a Sphere 269 Objects 271 Entourage 271 Urban Context 273 People 275 Example 5.F: Adding a Person (or any Object) to an Image in Photoshop 276 Plants, Trees, Grass, Rocks, and Carpet 277 Example 5.G: Making a 2D PNG Cutout Face- Me Component 281 5.5 Rendering Tips and Tricks 287 5.6 Making Renderings Presentable 289 Combining SketchUp Output and Rendered Output in Photoshop 289 Other Methods 292 Chapter 6: Making Things with SketchUp 295 6.1 What Can You Make with SketchUp? 295 6.2 Services for Makers 297 6.3 Selecting the Manufacturing Technique 298 6.4 Manual Fabrication Planning 303 Example 6.A: Fabricating an L- Shaped Stair 303 6.5 Laser Cutting (and Engraving) 311 Example 6.B: Creating a Laser- Cut Mobile from SketchUp 312 6.6 CNC Routing and Milling 317 Example 6.C: Cutting the Patterned Panel 319 Example 6.D: Depth Cutting Profiled Models 322 6.7 3D Printing 323 Preparing Your SketchUp Model for 3D Printing 324 Example 6.E: Cleaning Up a Model for 3D Printing 327 Method 1: Using the Outer Shell Tool (or other Solid Tools) 328 Method 2: Using Intersect and Manual Cleanup 328 Example 6.F: 3D Printing a Cutaway View 333 Exporting and Processing Your Model Outside of SketchUp 334 6.8 Learn More About Making 338 Chapter 7: Creating Geometry Using Ruby Scripting 341 7.1 Why Computational Geometry? 341 7.2 Setting Up SketchUp’s Ruby Interface 344 Installing the Ruby Code Editor Extension 346 More Extensions and External Editors 348 7.3 Intro to Ruby and the SketchUp API 348 How Does Ruby Work? 349 Objects, Objects, Objects 349 Storing Stuff: Variables and Constants 349 Some String Peculiarities 351 Reusing Stuff: Declaring and Using Methods 351 Controlling Things: IF/THEN/ELSE 352 Repeating Things: FOR, WHILE, and More 353 Making It Work: Some More Ruby Syntax Details 354 What Else Is There? 354 What’s in SketchUp’s Ruby API? 354 API Object Hierarchy 355 Length Units in SketchUp 357 Links to Further Reading 358 Resources for Ruby 358 Resources for SketchUp’s API 358 7.4 Creating Geometry with Ruby 358 Example 7.A: Lots of Boxes 360 Example 7.B: Lots of Boxes with Color 361 Example 7.C: Creating a Small City 364 Example 7.D: Randomizing Extrusions 365 Example 7.E: Using Formulas for Patterned Panels 366 Example 7.F: Drawing Data from Text Files 368 Example 7.G: Saving Vertices to a Text File 370 7.5 Transformations Change Things Up 372 Example 7.H: Lots of Boxes Using Components 374 Example 7.I: Building a Curved Wall 374 Example 7.J: Placing Components on Faces 377 Example 7.K: Randomizing Everything 379 7.6 Attracted to Attractors 381 Example 7.L: Coloring Faces by Proximity 381 Example 7.M: Scaling Objects by Proximity 383 Example 7.N: Solar- Responsive Design 386 7.7 What Else Is Possible with This? 387 7.8 Some Pitfalls and Things to Watch Out For 388 Chapter 8: Creating Documents with LayOut 391 8.1 SketchUp and LayOut— What Can LayOut Do for You? 391 What Is in LayOut? 393 Workflows in LayOut 396 Navigating LayOut’s interface 397 The Ins and Outs of LayOut 398 8.2 Setting Up Your Project in LayOut 400 Your SketchUp Model in LayOut 403 Example 8.A: Setting up the SketchUp Model (in SketchUp) 403 Example 8.B: Creating Your LayOut Template (in LayOut) 408 Example 8.C: Creating a Cover Page (in LayOut) 412 Example 8.D: Creating the Plan and Elevation Pages (in LayOut) 418 8.2 Other Drawing Methods: Scaled Drawings, DWG/DXF Import/Export 422 Shapes, Fills, Patterns, and Strokes 423 Working with Coordinates 427 Example 8.E: Drawing a Scaled Detail 428 Create Your Own Scrapbooks 436 Working with DWG/DXF File Import and Export 436 8.3 Tips and Tricks for Working with LayOut 441 Appendix A: SketchUp and LayOut Reference 445 SketchUp Keyboard Shortcuts 445 LayOut Keyboard Shortcuts 445 File Locations 446 Appendix B: Ruby and API Reference 447 SketchUp’s Ruby API 447 Ruby Core Classes 447 Creating Your Own Extensions 450 RBZ Extension File Structure 450 Extension Template Structure 450 Appendix C: Creating a Simple Custom XML Schema 453 Index 455

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Book SynopsisTogether these design and architecture experts build an essential guide on how to create public spaces for everyone.

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a huge range and FREE tracked UK delivery on ALL orders.

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Book SynopsisStudying architecture is hugely exciting and rewarding. It entails developing design skills, problem-solving abilities and tapping into creativity, as well as acquiring cultural, technical and professional knowledge. This book is the go-to guide for students throughout their architectural education. It introduces architecture students to all they need to know to get on an architecture course, thrive at school and be prepared for the realities of becoming a practising architect. Split into three main sections – Part I (BA or BSC in Architecture), Part II (Masters or Diploma) and Part III (Advanced Diploma in Professional Practice) – it offers direction on all aspects of an architectural education. These range from initial tutorials, the first crit and essay-writing through to the development of final project and thesis work. Covering all bases, it is a comprehensive guide for a student’s passage from university preparation through to undergraduate and graduate study and out into the profession. It features RIBA UK architecture schools and those validated overseas, as well as a short, final chapter on architectural education elsewhere in the world. Table of ContentsIntroduction Part 1: Undergraduate Chapter 1: Getting to School Chapter 2: The First Year Chapter 3: Second and Third Year Part 2: Postgraduate Chapter 4: Year(s) Out and Working in an Office Chapter 5: MArch and Part 2 Part 3: Part 3 Chapter 6: Studying Abroad Chapter 7: Finding a Job Post-Part 2 and Part 3

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Book SynopsisProfessionalism is not automatic with qualification. It is decided by the manner in which you carry out your professional life – the conduct and qualities that you bring to your role. In architecture, it is founded on the principles of honesty, integrity and competence, and a concern for the environment and others. As a trusted expert, it is essential that you gain respect for your skills and knowledge while maintaining veracity and transparency in your relationships and dealings with clients, end users, design and construction professionals and the wider public. With a focus on professional judgement, this book is a personal guide on how to be a self-aware and successful practitioner, aspiring to best practice.It will give you the confidence to create meaningful industry connections and handle contractual disputes, insurance and negligence claims while maintaining a high standard of conduct. By paying attention to business planning, financial processes, good management and effective communication, it will help you to protect your practice’s reputation and increase profitability and cashflow. Ultimately, it will enable you to not only avoid professional pitfalls but to benefit from positive working relationships.Table of ContentsChapter 1: An overview of professionalism Chapter 2: Professionalism at work with clients Chapter 3: Professionalism at work with money Chapter 4: Professionalism at work with the law Chapter 5: Professionalism at work with projects Chapter 6: Professionalism at work with people Chapter 7: Professionalism at work with insurance Chapter 8: Professionalism at work with professional conduct Chapter 9 Conclusion

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Book SynopsisArchitecture can be a high risk and low-income profession. Planning to manage risks is essential. Workloads tend to be cyclical and managing lean periods and booms whilst being prepared for the next downturn is a key requirement. This book is a how-to guide to build business resilience into your architectural practice, offering methods for managing business-critical events and crises. It shows you how to analyse trouble, pre-emptively tackle pitfalls and gives you confidence in decision-making to stay ahead. Featuring case studies with expert insight into sole shareholder and director experience of a small practice, it’s aimed across all levels with straightforward, honest and accessible advice. It is structured with people and organisations as the core framework, exploring practice, staff, clients, projects, consultants and providers. It provides operational advice on the day-to-day running of practice and how to respond to disruption.Table of ContentsPart 1 - OrganisationsChapter 1: PracticeChapter 2: ProjectsChapter 3: ProvidersPart 2 - PeopleChapter 4: StaffChapter 5: ClientsChapter 6: Consultants

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Book SynopsisHow do we ensure sustainable buildings perform as intended? The performance gap between predicted and actual energy use in new homes has been identified as a key problem by government and industry experts. This updated edition is an illustrated practical design guide to delivering better energy performance in all types of new build homes. It introduces readers to the concept of the performance gap and highlights clear issues and solutions to help architects improve their detailing at design stage. The book: Features annotated details with photos taken from live construction sites Includes accessible practical guidance for busy practitioners Highlights how to boost the construction quality and performance of new homes Promotes the case for more architect supervision throughout the construction process. A new chapter features innovative, low-carbon building methods, including hempcrete blocks, clay blocks and straw bales. All information has been updated to reflect the latest data with fresh details and technologies.Table of ContentsHow to use this book Glossary Introduction Chapter 1: The performance gap and how to reduce it Chapter 2: How to detail a thermally efficient building envelope Chapter 3: Masonry – cavity wall construction Chapter 4: Concrete frame construction Chapter 5: Timber frame construction Chapter 6: Insulated concrete formwork Chapter 7: Off-site construction Chapter 8: Natural building materials Chapter 9: Building services performance Chapter 10: How to deliver improved performance Appendix 1: Site inspection checklist Appendix 2: Designed to Perform checklist Appendix 3: Thermal conductivity assumptions

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Book SynopsisFind that you’re spending much longer than planned on a feasibility study? Or that you have drifted into detailed design without formalising an appropriate form of appointment? This practical guide details the benefits of a feasibility study. Once you’ve secured the commission, how do you ensure you’re following current best practice? Aimed at architects, it identifies the pitfalls involved in undertaking a feasibility study and explains how to set boundaries, organise the process and manage clients’ aspirations. By featuring recent live projects, alongside advice from successful architectural practices, it illustrates how a feasibility study can help achieve positive outcomes and avoid the dangers of a poorly defined brief and service proposal. Presenting the client’s, as well as the architect’s, perspective, this publication highlights why a feasibility study is a sensible way of establishing viability prior to committing to a full-service commission. It underlines the significance of ‘adding value’ as an architect.Table of ContentsIntroduction Chapter 1: The RIBA Plan of Work Case Study 1: Church reordering Chapter 2: The Client’s perspective Case Study 2: House extension Chapter 3: Selling the service – the Architects view Case Study 3: Community hall Chapter 4: Fees and appointment Case Study 4: Rowing centre Chapter 5: Managing the process Case Study 5: Research laboratories Chapter 6: Communications and stakeholders Case Study 6: Emergency services centre Chapter 7: Gathering and assimilating data Case Study 7: Reuse of heritage building Chapter 8: Developing the client’s brief Case Study 8: House on garden plot Chapter 9: Option appraisals Case Study 9: Classroom wing Chapter 10: Monitoring and reporting back Case Study 10: Office development Chapter 11: The next stage Case Study 11: Affordable housing Summary

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Book SynopsisThe climate and biodiversity emergency, the Grenfell Tower tragedy, and rising inequality all serve as reminders of the ethical responsibilities of the architect, and the importance of ethical decision-making. Ethical practice is a core competence for architects, which means it is vital that students and professionals develop a fundamental awareness and understanding of ethics. This guide is designed to improve the industry’s grasp of ethical practice as it relates to the wider world, society, clients, the workplace, the profession, and the individual. Aimed at architects, but relevant to built environment practitioners more generally, each chapter introduces an ethical duty, setting out the relevant legal, regulatory, and professional context before exploring the detailed subject matter and key principles. It includes an ethical dilemma for each duty and views and experiences from across the profession. Also delving into issues such as equity, diversity and inclusion, social value, wellbeing, and integrity, it does not seek out ‘right’ or ‘wrong’ answers. Rather it encourages reflection on core values and possible consequences to encourage balanced and reasoned positions. While ethical practice is invaluable in itself, it is also critical for establishing trust with clients, improving transparency and enhancing reputation. It can act as a magnet for the attraction and retention of high-quality staff. Contributing positively to the avoidance of disputes, it can also provide a level of accountability that is beneficial both to the industry and wider society. Including contributions from: Neal Shasore, Farhana Yamin, Justin Bere, Jan Kattein, Darius Jenner Pullinger, Virginia Newman, Dhruv Sookhoo and Ben Channon.Table of ContentsIntro: Ethics in practice - History & definitions - Ethics not morals - Ethics and culture - Virtue Ethics / Social Contract Ethics / Duty Ethics / Utilitarian Ethics - Defining behaviours - Codes, Regulations, Sanctions and Best Practice - The Public Interest - How it is defined and who is responsible - Professional ethics - Recognising an ethical issue - Ethical processes and techniques - Whistleblowing - The 6 duties Chapter 1 – Duty to the Wider World - Legal obligations - The Codes of Conduct and Practice - The Climate and Biodiversity emergency - Sustainable and Regenerative design (mitigation / adaptation) - Supply Chains and Resource Use - Rights of Nature - Whole life performance - Net Zero - Openness & transparency - Tools & techniques - Dilemma – Challenging the brief Chapter 2 – Duty to Society and the End User - Legal obligations (tort & company law) - Building Regs, Housing Standards and Planning Policy - The Codes of Conduct and Practice - Specification - Health and safety - Bribery & corruption - Equity, Diversity and Inclusion (including bias & discrimination) - Stakeholder Identification and Engagement - Social Value and Social Responsibility (including link to sustainable development and including embedding throughout organisation) - Regeneration - Evidence-informed design - Inclusive design and inclusive environments - Wellbeing - Accuracy & truthfulness - Rights of Future Generations - Tools & techniques - Dilemma - Affordable housing provision Chapter 3 – Duty to those Commissioning Services - Legal obligations - The Codes of Conduct and Practice - The client relationship - Conflicts of interest - Competence and diligence - Lay clients - Experienced private clients - Public Sector clients - Confidentiality - Time, cost, quality - Communication and complaints - Stewardship and aftercare - Learning and improvement - Tools & techniques - Dilemma - Client’s best interest - Chapter 4 – Duty to those in the workplace - Legal obligations - The Codes of Conduct and Practice - Company culture - Respecting colleagues - Managing practice and work environment - Training and development - Health, safety and wellbeing - Equity, Diversity and Inclusion (including the RIBA EDI Policy Guide) - Modern Slavery - Tools & techniques - Dilemma – Workplace Chapter 5 – Duty to the Profession - The Codes of Conduct and Practice - Reputation & Value - Respecting previous appointments - Copyright & Credit - Whistleblowing and disclosure - Knowledge sharing - Research, Data Ethics, POE & Building Performance - Contributing to and representing the profession - Equity, Diversity and Inclusion (including the RIBA Inclusion Charter) - Tools & techniques - Dilemma - A competition Chapter 6 – Duty to Oneself - The Codes of Conduct and Practice - Principles and values - Competence - Accountability - Continuing Professional Development - Evaluation, reflection and positionality - Pro Bono work - Bribery & corruption - Tools & techniques - Dilemma - A conflict of interest Conclusion – Resolving Ethical Issues - Core values - Decision making - Lifelong learning - Independence - Leadership - Advocacy - Resources and toolkits - Reviews and feedback

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Book SynopsisThe architect’s role is constantly adapting. Throughout history it has shifted significantly, shaped by social, cultural, technological and economic forces. The very definition of what an architect is and does has evolved over time from lead builder or master mason to principal designer. A collaborative and reactive profession, it is inextricably linked to the power of the patron, whether the client is an influential and affluent individual or a political, commercial, civic or religious organisation. From Ancient Egypt, where architects were members of the ruling class, tied into the running of the empire, to the 21st century when questions are being raised about the future of the profession, this book, with its engaging narrative, explores the constant threads that remain as the profession adapts. While architects are no longer deified, their ability to imagine a new impending reality in built form implies a visionary dimension to their work. By focusing on both the practicalities of the profession and the more intangible motivations behind design – humans’ need to make a mark upon their surroundings – this volume provides a critical overview of over 3000 years of practice and education. Looking at the key questions of where the architectural profession originated in the Western tradition, why it is, how it is today and where it might be going next, the authors postulate that architects’ ability to adapt and reinvent themselves in the past will stand them in good stead for the uncertainties of the future.Table of ContentsAbout the Authors Introduction Chapter 1 The Ancients Chapter 2 From the Medieval to the Modern Chapter 3 Formalising the British Profession Chapter 4 Democratisation and Commodification Chapter 5 Flawed Utopia Chapter 6 Recessions, Diversifications and Gradual Change Chapter 7 Global Practice Chapter 8 The Contemporary Architect: The Struggle To Convey Value Chapter 9 Educating Architects Chapter 10 Conclusions Image credits Index

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Book SynopsisBuildings cannot be built without people working together. Architects collaborate with other disciplines, other architects and even with the public. These take place every day, across multiple planning and design stages. Small or emerging practices often suffer from a lack of resources, but what if we pooled our collective resources, sharing knowledge and experiences? Collaborative architecture begins in the design studio, and the relationship between academia and practice can create a symbiosis that is fundamental to the careers of young and more established architects. It provides a space to develop and test approaches outside of routine commercial pressures, using research to yield new approaches that further the impact of the architecture sector more widely. By cooperating, we can facilitate a good design process can lay the foundation for a better form of architecture that provides greater diversity and a plurality of voices. This volume showcases how practices have the potential to adapt, remain resilient and harness collective power to become greater than the sum of their parts. The future is bright for architects if they can unite. Take Collective Action! Features: Sarah Ahmed, Marc Cairns, Alasdair Ben Dixon, Amy Francis-Smith, Lanre Gbolade, Stephen Hill, Khuzema Hussain, Lacol, Matthew Morris, Chris Nasah, David Ogunmuyiwa, POoR Collective, Retrouvius, Dhruv Adam Sookhoo, Samuel Stair, Tomas Tvarijonas, Dr Joe Jack Williams, WIP Collaborative and Siri Zanelli.Table of ContentsStrategies for Collaborative Research in Architectural Practice By Dhruv Sookhoo Co-Design Tools: Regenerating Communities By Kyle Buchanan and Sarah Ahmed, Archio, Getting to Grips with Embodied Carbon By Dr Joe Jack Williams, Feilden Clegg Bradley Community and Collaborative By Abigail Coover, Bryony Roberts, Elsa Ponce, Lindsay Harkema, Ryan Brooke Thomas, Sera Ghadaki and Sonya Gimon, WIP In-sourcing <By Khuzema Hussain, Siri Zanelli, Alasdair Ben Dixon and Tomas Tvarijonas, Collective Works Building a Dream Team By Marc Cairns and Samuel Stair, New Practice Delivering Collaborative Projects By David Ogunmuyiwa, ArchitectureDoingPlace and Karakusevic Carson Collective Action in a Climate Emergency By Matthew Morris, ACAN Changing the Narrative for Collective Impact By Lanre Gbolade, Paradigm Network An Inclusive Way Forward By Amy Francis-Smith Building Housing to Build Community By Lacol Collaboration for a Home By Retrouvius & Archio Bringing Home to the Unknown By POoR Collective Final Word: Co-producing the Future By Stephen Hill

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Book SynopsisHow do I follow a brief? What is the site’s context? What’s its history and what is adjacent to it now? How have other designers responded to similar site conditions? Conducting a site analysis is an essential part of the design process. Through careful examination, observation and documentation, you can cultivate a deeper understanding of the place you are designing. Designed to help students understand what a ‘site analysis’ is and why it is valuable to their design proposals, this book provides 100 easy-to-follow rules of thumb with simple line drawings and illustrations to help. Through a series of lenses, strategies and ideas, this book provides step-by-step guidance through the process to increase your understanding of a place and how to deliver the appropriate solution for your site. Supported by case studies with examples of tackling specific problems, you will develop the tools to explore, rationalise and convince others that your approach is right for the project.Table of ContentsFramework Introduction Focus of the Study Chapter 1: Context Rules 1 - 44 Chapter 2: Routes Rules 44 - 55 Chapter 3: Environment Rules 56 - 77 Chapter 4: Groupings and Usage Rules 78 - 85 Chapters 5: Interface Rules 86 - 100 Chapter 6: Putting into Practice

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Book SynopsisIf you’re going to design a big house, make it gorgeously grand, fantastically executed, and in perfect, reciprocal balance with the landscape.

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Book Synopsis

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Book Synopsis

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Book Synopsis Timber is one of the most elementary and oldest building materials used by mankind, and has still not lost any of its attractiveness and topicality. In many cultural spheres and climate zones, the primary construction methods of domestic architecture include both masonry construction and timber construction. However, this living, lightweight, and easy-to-work material has specific characteristics that impact on the way it is used in construction in different ways compared to other building materials. In order to develop high-quality designs that suit the material, architects need to be familiar with the specific characteristics of this building material and with the rules governing timber construction. The new edition of the successful Basics Timber Construction volume lists the most common solid timber construction systems, including that using solid timber wall elements, as well as the rules, applications, and the relevant details. Table of ContentsIntroduction.- Building material.- Timber.- Growth.- Timber moisture.- Qualities.- Ways of cutting.- Loadbearing properties.- Timber construction products.- Solid timber.- Timber materials.- Construction panels.- Timber protection.- Timber selection.- Structural timber protection.- Chemical timber protection.- Construction.- Stability.- Loadbearing system.- Wall reinforcement.- Timber construction systems.- Log construction.- Timber-frame construction.- Frame construction.- Skeleton construction.- Panel construction.- Building components.- Foundations and base.- Slab foundation.- Strip foundations.- Individual foundation.- External wall.- Layer construction.- Building science.- External formwork.- Surface treatment.- Interior cladding and installation.- Apertures.- Interior wall.- Structure.- Incorporation.- Ceilings.- Beam ceilings.- Structure.- Layer of beams.- Support.- Solid ceilings.- Roof.- Pitched roofs.- Flat roof.- Appendix.- DIN standards.- Information sources.- Picture credits.

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Book SynopsisAt the beginning of their studies students of architecture are confronted with a wealth of different ways in which to visually present their designs. Expressing ideas in the form of drawings and models is usually required in the early stages of studying: “learning by doing” is the only way for students to quickly develop a repertoire for their design work.However, there are important issues to consider between the phases of devising the spatial concept and recreating it in a two- or three-dimensional drawing or physical model: How to construct a perspective freehand drawing? What plan drawings are necessary to present my design? What scale should my model be and what materials should I use to construct it?Basics Architectural Presentation combines the highly successful single volumes Technical Drawing, Freehand Drawing, CAD, Modelbuilding (new edition) and Architectural Photography from the series BASICS in a new volume. Step-by-step, it conveys possible ways to present architectural projects throughout the various project phases. In an informative and practical approach, the publication discusses the basics of architectural representation from freehand drawing, which is especially important in the design phase, to the plan drawing, model, and architecture photography. The student architect learns the tools necessary for presenting his or her work, supported by many concrete examples and practical tips that are directly applicable.

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Book SynopsisIn this planning guide, the renowned lighting designer Ulrike Brandi documents all her findings on the topics of lighting design, daylight, sustainability and healthy living spaces. It is a challenge to create holistic lighting design in times of advancing mechanization, but it is the right thing to do in terms of achieving sustainability in the use of light and energy. The renowned lighting designer Ulrike Brandi explains this attitude with the words, “It’s better to make the most of natural light from the start, rather than compensating with artificial light afterwards”. The guideline Light Nature Architecture proves how essential, but also simple, it is to integrate natural light into architectural planning and thus into the design of healthy and pleasant living and working environments. This richly illustrated handbook is structured based on natural light phenomena and combines Ulrike Brandi’s wealth of experience, theoretical principles, and design methods to create a reference work and source of inspiration. Richly illustrated basic work for holistic lighting design Insight into the extensive practical experience and the individual approach of the renowned lighting designer Ulrike Brandi Source of inspiration for professional planners, architects and laypeople Available in English and German (Licht Natur Architektur, ISBN 9783035624083)

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Book SynopsisThe book is a guide for students and teachers to understand the need for, the role of and the methods and techniques of freehand analytical sketching in architecture. The presentation focuses on drawing as an approach to and phase of architectural design. The conceptual goal of this approach is to use drawing not as illustration or depiction, but as exploration. The first part of the book discusses underlying concepts of freehand sketching in design education and practice as a complement to digital technologies. The main component is a series of chapters that constitute a typology of fundamental issues in architecture and urban design; for instance, issues of "façade" are illustrated with sketch diagrams that show how façades can be explored and sketched through a series of specific questions and step-by-step procedures. In the expanded and updated edition, a new part explores the questions and experiences of large architectural offices in applying freehand drawing in the practice of architectural design. This book is especially timely in an age in which the false conflict between "traditional vs. digital" gives way to multiple design tools, including sketching. It fosters understanding of the essential human ability to investigate the designed and the natural world through freehand drawing.

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Book SynopsisDesigning with living materials: thoughts on the paradigm shift and an overview of the state of research What is “Bioprotopia”? It is a vision of a world with buildings that grow, self-heal and create virtuous cycles where waste from one process feeds another. A vision where the spaces that we inhabit are attuned to both the human occupants and non-human microbial ecologies. This is the first book to ground the concept of biotechnology in the built environment in tangible, large-scale prototypes. With rich visuals, it presents materials and processes that bring to life the many possibilities of shaping the built environment with micro-organisms. In addition to considering scientific and technical challenges, the book also discusses the need for a shift in thinking and culture to realise this vision. First comprehensive publication on the state of research Demonstrates the use of renewable materials in design Illustrative, scientific documentation for design professions and researchers

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Book Synopsis30 Trees presents the favorite trees of 30 internationally renowned landscape architects. In each case, the designers describe the characteristics that represent the essence of the selected tree, the designed landscapes they associate with it, and how it was used in completed projects. These personal insights are complemented by five scholarly essays on criteria such as typology, ecology, maintenance, and seasons that are critical in matching trees to landscapes. Additionally, the book includes a botanical description of each species mentioned. The result is a compendium of insights into tree species and the use of trees in landscape architecture. This book will be of interest to professionals and amateurs alike. Compendium of the most popular trees used in landscape architecture Over 30 projects from around the world Selected by 30 international landscape architects Ron Henderson is Professor of Landscape Architecture + Urbanism at Illinois Institute of Technology (IIT) in Chicago, Illinois, USA, and founding principal of LIRIO Landscape Architecture

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Book SynopsisMarcel Breuer (1902-1981) is celebrated as a furniture designer, teacher, and architect who changed the American house after his emigration from Hungary to the U.S.A. in 1937. More recently historians, architects, and-with the reopening in New York of the great megalith of his Whitney Museum as the Met Breuer-a larger public are gaining new insights into the cities and large-scale buildings Breuer planned. Often seen as a pioneer of a "Brutalist modernism" of reinforced concrete, Breuer might best be understood through the lens of the changing institutional structures in and for which he worked, a vantage developed in the fresh approaches gathered here in essays by a group of younger scholars. These essays draw on an abundance of newly available documents held in the Breuer Archive at Syracuse University, now accessible online.

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Book SynopsisCombining the talents of an architect, artist, and developer, John Portman was able to embark on a series of large-scale building projects-megastructures-that radically redefined the relationship of architecture to the city and its citizens.Portman's own voice and ideas complement the contributions of others, including new photographs by Iwan Baan, to present a more complex and nuanced reading of both the architect and his architecture.Finally, the repertoire of Portman's buildings is analyzed in meticulous detail and used by a group of students from the Harvard Graduate School of Design as a catalyst for a host of divergent and new architectural speculations.

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Book Synopsis”Reduce, Reuse, Recycle, and Recover“ is the sustainable guideline that has replaced the ”Take, Make, Waste“ attitude of the industrial age. Based on their background at the ETH Zurich and the Future Cities Laboratory in Singapore, the authors provide both a conceptual and practical look into materials and products which use waste as a renewable resource. This book introduces an inventory of current projects and building elements, ranging from marketed products, among them façade panels made of straw and self-healing concrete, to advanced research and development like newspaper, wood or jeans denim used as isolating fibres. Going beyond the mere recycling aspect of reused materials, it looks into innovative concepts of how materials usually regarded as waste can be processed into new construction elements. The products are organized along the manufacturing processes: densified, reconfigured, transformed, designed and cultivated materials. A product directory presents all materials and projects in this book according to their functional uses in construction: load-bearing, self-supporting, insulating, waterproofing and finishing products.

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Book SynopsisFrom hand-made brick to high-tech product: building with blocks of fired clay today draws from a heritage of nine millennia and remains innovative, sustainable, and highly appreciated for its manifold applications. Since 2004, Wienerberger, the world's largest manufacturer of bricks and other clay building materials, biannually presents the international Brick Award as a scene for outstanding achievements in brick architecture. The 2020 edition of this master class saw 644 submissions from fifty-five countries that were reviewed by an international jury of experts. This book features the fifty nominees and the six winning designs, which are located in Africa, Asia, Europe, and Central America. All projects are presented in texts and richly illustrated with atmospheric images, site and floor plans, views, elevations and sections. Five topical essays by international authors, discussing the winning buildings in a wider context, round out this celebration of contemporary brick architecture.

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