Fire safety is an important part of building design. It consists of measures to prevent fires from starting, to facilitate the rescue of individuals in a burning building, and to help firefighters contain a blaze. Both statutory provisions and building codes lay down strict fire safety regulations for commercial and residential construction. The main task for architects when it comes to fire safety is to apply the principles and methods of fire prevention at the outset of the design process. The book explains the general concepts and fundamental issues of fire safety in building design beyond the particulars of local building regulations.

At 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 volumesTechnical Drawing, CAD, Modelbuilding, and Architectural Photography from the series BASICS with a yet to be published volume entitled Freehand Drawing. 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.

The design of a building is a complex process in which the architect develops spaces which are defined by a number of different parameters. The most important of these are space requirements, distances, furniture and fittings, and movement zones. From the dimensions of the human body it is possible to derive guide values for these reference sizes that make spaces comfortable to be in and to use. Spaces in Architecture is a useful reference work for students and designers for quickly looking up detailed information on space scenarios that occur in many different types of buildings. For example, the book lists all important dimensions for entrance areas, doors, staircases, ramps, and elevators. On the basis of this fundamental information it is possible to design buildings in terms of function and type.

Tragsysteme sind Grundlage jedes Bauwerks. Um Architekturstudenten das Fachgebiet Tragkonstruktion verständlich zu vermitteln, werden zunächst die Grundlagen zu Lasten und Kräften erläutert, um darauf aufbauend Bauteile und im Weiteren verschiedene Tragsysteme vorzustellen und mit ihren typischen Eigenschaften zu verdeutlichen. Themen: Lasten Kräfte Tragkonstruktive Bauteile Tragwerke und -systeme Vorbemessung

Fire safety is an important part of building design. It consists of measures to prevent fires from starting, to facilitate the rescue of individuals in a burning building, and to help firefighters contain a blaze.　 Both statutory provisions and building codes lay down strict fire safety regulations for commercial and residential construction. The main task for architects when it comes to fire safety is to apply the principles and methods of fire prevention at the outset of the design process. The book explains the general concepts and fundamental issues of fire safety in building design beyond the particulars of local building regulations.

Technical Drawing deals with the representation of plans throughout all phases of a project. For students, the primary focus is on the development and methodical construction of a technical drawing. Themes: Types of plan (from site plan and preliminary drawings to design and detail plans) Components of the plan (floor plan, section, elevation, detail) Line width, dimensioning, hatching, use of text, symbols Plan presentation and compilation

The construction sector currently accounts for a high proportion of CO2 emissions and gray energy use. This will have to change fundamentally if we are to prevent catastrophic climate change and make urban planning and construction fit for the future. In addition to a paradigm shift in how architects work, we need to rethink how they are trained in higher education. Based on a lifecycle approach and an awareness of resource consumption, this volume in the Basics series explains a wide range of climate-friendly concepts in an easy-to-understand way, inspiring readers to take a closer look at solutions and new approaches in their daily practice. The key factors involved in the various planning stages of buildings are presented and placed in the context of the overall planning. Explains a range of current sustainability concepts Foundational knowledge for all students of architecture Interdisciplinary and networked consideration of challenges and solutions in the area of climate protection

The aesthetic and constructive quality of a building is also significantly determined by the careful design and implementation of details. Detailed drawings are developed on the basis of the working drawings; they form an important part of the specification and contain precise information for the tradesmen, indicating how materials are to be used and how they are to be joined. Drawings are produced in various degrees of detail. Depending on the function of the drawings, they are produced in scales from 1:20 to 1:1 in order to define the materials and method of joining, and to better illustrate the various dimensions. Basics Detailed Drawings explains, step by step, how to compose detailed designs and produce correct construction drawings, using clear examples.

At 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.

Technical Drawing deals with the representation of plans throughout all phases of a project. For students, the primary focus is on the development and methodical construction of a technical drawing. Themes: Types of plan (from site plan and preliminary drawings to design and detail plans) Components of the plan (floor plan, section, elevation, detail) Line width, dimensioning, hatching, use of text, symbols Plan presentation and compilation

Die Kernaufgabe des klassischen Architekten ist die Projektplanung von der Grundlagenermittlung uber den Entwurf bis zur Werkplanung, Ausschreibung, Bauleitung und Gebaudefertigstellung. In diesem Band werden die einzelnen Planungsschritte im Zusammenhang erklart, die Vernetzung der verschiedenen am Projekt beteiligten Fachleute dargestellt und die verschiedenen Organisationsebenen praxisnah und sinnvoll beschrieben. Themen: Planungsschritte von der Grundlagenermittlung bis zur Schlusselubergabe Projektbeteiligte (Einbeziehung der Behoerde, Fachplaner, Baufirmen etc.) Organisation der Planung (Abfolge, Was braucht man wann?, Arbeitsorganisation, Dokumentation) Koordination der Beteiligten

Design Ideas offers students a variety of different ways to go about finding a design solution. In addition to suggesting fundamental ways to get the creative process moving and develop a design approach, it also proposes various sources of inspiration for design ideas. It focuses on the three elements of place, form, and function, which can sometimes constitute immediate springboards for concrete designs. These elements must eventually be incorporated as the design process. Subjects: Creativity in the design process; Sources of inspiration and design approaches; Working with place; Working with form; Working with function.

In formulating a design concept into a viable plan, architects oscillate constantly between two planes of observation: the actual design task in the context of planning typologies such as residential buildings, office buildings, museum, or airport, and the individual room, meaning the kitchen, office, classroom, sanitary rooms, storage rooms, and so on. Planning Architecture offers architects and students a thought-out planning tool, in which two main sections reciprocally complement one another: the "spaces" and the "typologies" between which the planner can flexibly oscillate depending on his or her plane of observation. All relevant planning information is presented in a detailed clear fashion, and in context. These two sections are flanked by an introductory chapter explaining the basis and framework for typological design, as well as a "reference section" at the end of the book that clearly lists general dimensions and units, regulations and standards.

The construction sector currently accounts for a high proportion of CO2 emissions and gray energy use. This will have to change fundamentally if we are to prevent catastrophic climate change and make urban planning and construction fit for the future. In addition to a paradigm shift in how architects work, we need to rethink how they are trained in higher education. Based on a lifecycle approach and an awareness of resource consumption, this volume in the Basics series explains a wide range of climate-friendly concepts in an easy-to-understand way, inspiring readers to take a closer look at solutions and new approaches in their daily practice. The key factors involved in the various planning stages of buildings are presented and placed in the context of the overall planning. Explains a range of current sustainability concepts Foundational knowledge for all students of architecture Interdisciplinary and networked consideration of challenges and solutions in the area of climate protection

Basics Stadtanalyse erweitert den Themenblock Stadtebau. Aufbauend auf den im Band Stadtbausteine beschriebenen Elementen einer Stadt erlautert es Verfahren der Stadtanalyse. Als Grundlage der stadtebaulichen und architektonischen Entwurfsarbeit ist ein Verstandnis fur das bestehende und umgebende Stadtgefuge unerlasslich. Dieser Band erklart dabei nicht nur die moeglichen Herangehensweisen, er erlautert auch die praktische Umsetzung im Analysegebiet und die zielfuhrende Auswertung empirischer Daten. Themen: Ausgangspunkte der Stadtanalyse Analyseverfahren (Geschichte, Nutzungsstruktur, Verkehrsfuhrung, Grun- und Freiraumflachen, Bau- und Siedlungsstruktur, Sozialraum etc.) Datenbeschaffung und Analyse vor Ort (Kartografie, Bevoelkerungsstatistiken, Befragungen, Aufmasse, Messungen) Auswertung der Daten und Verarbeitung der Erkenntnisse Technische Hilfsmittel wie geografische Informationssysteme (GIS)

Im komplexen Entwurfsprozess entwickelt der Architekt Raume, die durch verschiedene Einflussgroessen gepragt sind. Wichtig sind Parameter wie Flachenbedarf, Abstande, Einrichtungsgegenstande oder Bewegungszonen. In diesem handlichen Nachschlagewerk finden sich schnell konkrete Informationen zu raumlichen Situationen, die Bestandteil vieler Typologien sind. So sind etwa alle wichtigen Massangaben zu Fluren, Treppen oder Sanitarobjekten aufgefuhrt.

As building construction is becoming increasingly complex, the field of building technology is becoming more and more important. As an intermediary between all parties involved in a construction project, the architect must be able to understand what is involved and to advise his clients. This volume covers the fields of water supply and disposal, electric installations and the energy-related subjects, i.e. heating, ventilation and lighting. The compendium combines the successful individual volumes Room Conditioning and Water Cycles and supplements these with the two hitherto unpublished volumes Electric Installation and Lighting design. The student and architect are introduced to the basic principles, terms and systems of building technology installations and equipment.

At the beginning of one's architecture studies, there are many unknowns: what is really important? how do I brainstorm a design idea? how can this idea be depicted and ultimately implemented? BASICS is a series that imparts fundamental knowledge in compact individual volumes as well as in topical compendiums. It offers precise, step-by-step discussions, systematically covering the most important material pertaining to a given topic. Tailored to the needs of students, the series addresses all key subject areas, including design, architectural presentation, construction, professional practice, building services, landscape architecture, and urbanism.

Successful project management of construction projects is largely dependant on the confident handling of construction costs and schedules. For contractors, the ability to reliably plan costs is an essential quality feature of a good architect, and hence one of the most important basics of project preparation. Cost estimation is also vital in preparing project budgets, and it particularly requires an efficient methodology that can immediately reveal possible planning-related cost overruns. Central key concepts such as cost variables or life-cycle costs, costing methods, and cost control methods form an essential repertoire for all practicing architects. Basics Budgeting explains cost planning processes during the planning and construction phase step-by-step and on a practical level, and describes in a clear and structured manner how to estimate and evaluate cost impacts and risks. Supported by practical tips, examples, and illustrations, the inexperienced planner learns the tools of the trade in order to enter the field of budget management informed and in step with actual practice.

A roof over one's head is a basic need - it provides shelter from rain, wind and the cold. In addition to these requirements, the structure must be load bearing and stable. Out of traditional craftsmanship, roof shapes and typologies have developed that fulfill these tasks and endure to this day. Basics Roof Construction describes the different kinds of roofs and which advantages and disadvantages each of them has. It explains which tasks are performed by the structural elements and layers and how to account for these in planning construction. The objective is to provide students with the principles, properties and technical terms of construction so that they can implement this knowledge in concrete design plans: from building, to insulation and sealing, all the way to the basics of drainage.

The dimensions of the core elements of office workplaces - desk and chair - together with the necessary circulation areas determine the design of office buildings. Starting with the module of the individual workplace, larger space configurations result from adding these workplaces in a variety of arrangements, resulting in different office layout typologies. In addition to the space required for desk and chair, it is necessary to provide the required distances as well as floor area for cupboards, movement, and circulation routes within the office rooms. Basics Office Design explains the parameters of this common design task in a clear and easy-to-understand way, placing as much emphasis on ergonomics, comfort, and orientation as on the space requirements, functional relationships, and the different types of offices.

In formulating a design concept into a viable plan, architects oscillate constantly between two planes of observation: the actual design task in the context of planning typologies such as residential buildings, office buildings, museum, or airport, and the individual room, meaning the kitchen, office, classroom, sanitary rooms, storage rooms, and so on. Planning Architecture offers architects and students a thought-out planning tool, in which two main sections reciprocally complement one another: the "spaces" and the "typologies" between which the planner can flexibly oscillate depending on his or her plane of observation. All relevant planning information is presented in a detailed clear fashion, and in context. These two sections are flanked by an introductory chapter explaining the basis and framework for typological design, as well as a "reference section" at the end of the book that clearly lists general dimensions and units, regulations and standards.