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BA Modules, Course of Studies Architecture

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1-1 Design Construction 1

Lecturer: Prof. Armin Günster Prof. Randolph Liem Assistant Lecturers

Type of course unit: Compulsory

Level of course unit: First-cycle

Year of study:

Semester when the course is delivered:

First

First / winter semester

ECTS credits: 12 cp

Attendance: Free activities: Total workload:

8 SWS (weekly lessons per semester) 16 SWS 24 SWS

Prerequisites: Admission to studies toward a Bachelor’s degree

Language of instruction: German

Teaching method/learning activities:

Mode of delivery:

Lectures, practical exercises, project work

Face-to-face

Assessment methods and criteria:

Term paper + written examination

Courses: B111 Design B112 Constructive design B113 Building construction

Associated modules: 1-2 Building technology

Recommended optional programme components:

See list below

Course content: Consolidated knowledge of solid construction is necessary to work on the correlations between formal, constructive and other requirements. The dependencies between design and details when dealing with support systems, floor, wall and ceiling structures, connections of structures have to be recognized. Fundamentals of statics and the knowledge on individual building materials are also imparted to the students.

Learning outcomes: Competence in building construction and design; integration of function, construction and form; social competence by teamwork

Work placements: n/a

Recommended reading: Frick/Knöll/Neumann: Baukonstruktionslehre Teil 1; 34. Aufl. Teubner 2006

Frick/Knöll/Neumann: Baukonstruktionslehre Teil 2; 32. Aufl. Teubner 2004



Dierks, Schneider, Wormuth: Baukonstruktion; 5.Aufl., Werner Verlag 2002

Andrea Deplazes: Architektur Konstruieren, Birkhäuser 2005

Pfeifer, Ramcke, Achtziger, Zilch: Mauerwerk Atlas, Edition Detail 2005

Kind-Barkauskas, Kauhsen, Polonyi, Brandt: Beton-Atlas, Birkhäuser 2002

Ernst Neufert und Johannes Kister: Bauentwurfslehre; Vieweg 2005



1-2 Building Technology 1

Lecturer: Prof. Dr. Eberhard Möller Dipl.-Ing. Dieter Keck



Year of study:


First


ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS




Mode of delivery:

Lectures, practical exercises

Face-to-face


2 written examinations

Courses: B121 Force + form B122 Building materials


See list below

Course content: Force + form: Introduction to the subject matter of force and form and the fundamental terms of mechanics. When designing a structural system the architects make use of their visual imagination so that from deformations or imaginary release of constructional bonds the action and/or quality of forces is derived and converted into appropriate supporting forms based on fundamentals of mechanics and structural forms. This method definitely differs from that of engineers dealing with the problems in a mathematically deductive manner based on their purely technical-mechanical basic studies.

Building materials: Survey of the materials used in construction and their technical and design characteristics.

Learning outcomes: Force + form: Comprehension of the relation of force and form; independent application of the mechanical fundamentals.

Building materials: Basic comprehension of material properties in terms of engineering and aesthetics.




Recommended reading: G. Leicher: Tragwerklehre in Beispielen und Zeichnungen, Werner Verlag, 2002

M. Salvadori, R. Heller: Tragwerk & Architektur, Vieweg Verlag, 1977

F. Krauss: W. Führer, H.J. Neukäter: Grundlagen der Tragwerkslehre, Band 1, Verlagsgesellschaft R.Müller, Köln, 2007

D. Althaus,Fibel zum konstruktiven Entwerfen (Über den spielerischen Umgang mit Physik und Materie), Bauwerk – Verlag, Berlin, 1999

Hegger; Auch-Schwelk; Fuchs; Rosenkranz: Baustoff Atlas, Edition Detail 2005

Zwiener; Mötzel: Ökologisches Baustoff - Lexikon; C.F.Müller 2006



1-3 Figuration and presentation 1

Lecturers: Prof. Eugen-Adrian Adrianowytsch Prof. Randolph Liem Dipl.-Ing. Holger Bucylowski Dipl.-Ing. Philipp Kapitel Dipl.-Ing. Karin Vogel Dipl.-Ing. Klaus Beyer



Year of study:


First


ECTS credits: 10 cp


10 SWS 10 SWS 20 SWS




Mode of delivery:


Face-to-face


Term papers + examination according to IFS

Courses: B131 Drawing + figuration B132 Media application B133 Descriptive geometry


See list below

Course contents: Figuration: Fundamentals of figuration (sculptural elements of dot, line, area, principles of order and shape), teaching of perception (laws of vision, laws of shape, rules of composition), three-dimensional figuration (structure of simple bodies, vertical, horizontal and diagonal, …), free drawing (seeing, capturing and reproducing simple bodies, structure of sketches, line quality, texture, surfaces, …)

Presentation: Survey of media technology, methods of design, concept development, design and its representation. CAD, fundamentals of visualization, national / international presentation.

Learning outcomes: Figuration: Elaboration of artistic design fundamentals, the structure from developing a plastic shape and the fundamentals of freehand drawing. The students acquire abilities and skills to



produce simple compositions and sketches.

Presentation: The students has acquired abilities and skills to produce and judge a shape, to address the senses by text, illustrations and model and to present their ideas in a convincing manner.


Recommended reading: n/a



1-4 Architectural theory / Urban planning 1

Lecturers: Prof. Florian Burgstaller Prof. Dürr Assistant Lecturers



Year of study:


First


ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS






Term paper + written examination

Courses: B 141 Architectural history B 142 Building typology


See list below

Cooperation with external institutions:

City of Karlsruhe: Municipal archive, municipal museum Karlsruhe University: SAAI

Course content: A first – still cursory – insight into the developing process of building: Development and typology of architecture and of cities History of construction forms, types and styles Techniques of analyzing building structures and their

historical dependence Relation of function and type, principles of order

Learning outcomes: Developing step by step the abilities to analyze, associate in terms of history and typology and apply forms and structures (phase 1)


Recommended reading: Gympel, Jan: Geschichte der Architektur, Köln (aktuelle Aufl.)

Koch, Wilfried: Baustilkunde, 11. Aufl. München 1991

dtv-Atlas zur Baukunst



Kostof, Spiro: Geschichte der Architektur, DVA, Stuttgart 1993

Klotz, Heinrich: Geschichte der Architektur, Prestel, München 1995

Gruben, Gottfried: Die Tempel der Griechen, München 1982



2-5 Design Construction 2

Lecturer: Prof. Armin Günster Prof. Randolph Liem



Year of study:


First

Second / summer semester

ECTS credits: 12 cp


8 SWS 16 SWS 24 SWS




Mode of delivery:


Face-to-face


Term papers + written examination




See list below

Course content: Based on the fundamentals of solid construction, consolidated knowledge of wood construction is conveyed by way of various types of construction. The students are to recognize the mutual dependence between design and detail when dealing with supporting system, bottom, wall, ceiling structures, connections of structures etc.

Learning outcomes: Competence in building construction and design; integration of function, construction and shape; social competence by teamwork


Recommended reading: Frick/Knöll/Neumann: Baukonstruktionslehre Teil 1; 34. Aufl. Teubner 2006

Frick/Knöll/Neumann: Baukonstruktionslehre Teil 2; 32. Aufl. Teubner 2004

Dierks, Schneider, Wormuth: Baukonstruktion; 5.Aufl., Werner Verlag 2002



Andrea Deplazes: Architektur Konstruieren, Birkhäuser 2005

Natterer/Winter/Herzog/Schweitzer/Volz: Holzbau Atlas, Edition Detail 2003

Schunck/Oster/Barthel/Kiessl: Dach Atlas, Edition Detail 2002



2-6 Building technology 2

Lecturers: Prof. Dr. Eberhard Möller Prof. Schwab



Year of study:


First


ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS




Mode of delivery:


Face-to-face


Written exams

Courses: B221 Force + form B222 Building physics

Associated modules: 2-5 Design construction


See list below

Course content: Force + form: Internal forces; fundamentals of dimensioning; stability – bending of compressed rods; bulging of indented surfaces; longitudinal force with deflection, core of a cross-section; deformations; forms of moment curves and their effects on statically required compound unit shapes. Reinforcing of structures. The descriptive course of action is intensified and conferred upon the forces acting inside a compound unit. The engineers’ dimensioning techniques are described but not intensified. Instead approximation values are suggested for cross-sections. Building physics: Introduction to the subject matter of heat and humidity.

Learning outcomes: Force + form: To be able to identify the internal states of force due to load and system and consequences thereof for the construction and the choice of the statically correct and formally satisfactory constructions. Comparisons of alternative supporting systems for the same problems of supporting systems.



Building physics: Basic comprehension of the protection against heat and humidity

Work placements n/a

Recommended reading: K. Ackermann: Grundlagen für das Entwerfen und Konstruieren, Verlag K. Krämer , Stuttgart, 1983

F. Krauss, W. Führer, C.C. Willems: Grundlagen der Tragwerkslehre, Band 2, Verlagsgesellschaft R.Müller, Köln, 2004

E. Torroja: Logik der Form – Die statischen Grundlagen der Bauformen, Callwey Verlag, München 1961

Lutz, Jenisch, Klopfer u.a.: Lehrbuch der Bauphysik, Teubner 2002

„RWE Bau-Handbuch“, 13. Ausgabe, Herausgeber und Verlag: VWEW Energieverlag GmbH, 2004


Lecturers: Prof. Eugen-Adrian Adrianowytsch Prof. Randolph Liem



Year of study:


First


ECTS credits: 10 cp


10 SWS 10 SWS 20 SWS




Mode of delivery:


Face-to-face


Term papers + examination according to IFS

Courses: B231 Drawing + figuration B232 Media application B233 Descriptive geometry


See list below

Course content: Figuration: Two-dimensional design (use of sculptural elements, collage, poster...) three-dimensional design (composition of member and space, structured members, chaos and order,



rhythm and structure, mass and opening, ...) architectural sketch (process of communication, rough draft, concept draft, 3 D sketch, techniques, …) free drawing (freehand drawing in pencil and crayon, axonometric + perspective drawing, structure of a picture, colour texture,... )

Presentation: Further development of the design process by practical examples, 3D data models, applied visualization, training of methods, concept development.

Learning outcomes: Figuration: Recognizing the fundamental relations of shapes of members and space, creative realization in one’s own work, further development of the skills in 3 D drawing and sketching of architecture and space.

Presentation: The students are sensitized to the optimized use of selected media depending on the respective situation by applying and developing the previously learnt repertoire.






Lecturers: Prof. Susanne Dürr Dipl.-Ing. Christoph Schwarzkopf



Year of study:


First


ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS




Mode of delivery:


Face-to-face


Term paper + written exam

Courses: B 241 Architectural history B 242 Building typology


See list below


City of Karlsruhe: municipal archive, municipal museum University of Karlsruhe: SAAI

Course content: Continuation and consolidation of the subject matters of the 1st semester: Development and typology of architecture and city History of the building forms, types and styles Techniques of analyzing building structures and their

historical dependence Relation of function and type, principles of order

Learning outcomes: Developing step by step the ability to analyze, to associate in terms of history and typology and to apply forms and structures (phase 2)


Recommended reading: Norberg-Schultz, Christian: Vom Sinn des Bauens, Die Architektur des Abendlandes von der Antike bis zur Gegenwart, Stuttgart 1979

Pevsner, Nikolaus; Honour, Hugh; Fleming, John: Lexikon der



Weltarchitektur. Erstaufl. 1966, Neuaufl. München

Pevsner, Nikolaus: Europäische Architektur von den Anfängen bis zur Gegenwart, München 1997

Posener, Julius: Vorlesungen zur Geschichte der Architektur 1750 – 1930, ARCH+ Verlag

Nuttgens, Patrick: Die Geschichte der Architektur, Phaidon

Tietz, Jürgen: Architektur des 20. Jahrhunderts, Könemann, Köln (aktuelle Aufl.)

Klotz, Heinrich: Architektur des 20. Jahrhunderts, Stuttgart 1989

Hugh Pearman: Weltarchitektur heute, Phaidon, Berlin 2002

Gössel, Peter / Leuthäuser, Gabriele: Architektur des 20. Jahrhunderts, Taschen, Köln (aktuelle Aufl.)



3-9 Design construction 3

Lecturers: Prof. Andreas Meissner Prof. Dr. Bernhard Lenz Dipl.-Ing. Petra Olschowka Assistant lecturers



Year of study:


Second

Third / winter semester

ECTS credits: 9 cp


6 SWS 12 SWS 18 SWS




Mode of delivery:


Face-to-face


Term papers + written exam


Associated modules: 3-10 Building technology 4-13 Design construction


See list below

Course content: A rather complex building task is treated in small groups accompanied by lectures focused on steel construction for 2 semesters. The knowledge and skills acquired in the modules 1-1 and 2-5 are consolidated and extended.

Learning outcomes: Competence in design, construction and integration of aspects of statics, building physics and services and technical equipment; social competence by teamwork


Recommended reading: Ernst Neufert und Johannes Kister: Bauentwurfslehre; Vieweg 2005

Andrea Deplazes (Hrsg.): Architektur Konstruieren; Birkhäuser 2005



Jürgen Joedicke: Entwerfen und Gestalten; Karl Krämer 1993

K. Ackermann: Grundlagen für das Entwerfen und Konstruieren; Karl Krämer 1983

K. Ackermann: Tragwerke in der konstruktiven Architektur; DVA 1988

W. Belz: Zusammenhänge - Bemerkungen zur Baukonstruktion und dergleichen; Rudolf Müller1993

Schulitz; Sobek; Habermann: Stahlbauatlas; Edition Detail 1999

Herzog; Kripper; Lang: Fassaden Atlas; Edition Detail 2004

F. Grimm: Weitgespannte Stahlkonstruktionen / Konstruieren mit Walzprofilen / Konstruieren mit Hohlprofilen; Ernst 2003

M. Hauschild: Konstruieren im Raum; Callwey 2003

Frick / Knöll / Neumann / Weinbrenner: Baukonstruktionslehre Teil 1 +2

Dierks, Schneider, Wormuth: Baukonstruktion; 5. Aufl., Werner Verlag 2002


Lecturers: Prof. Dr. Eberhard Möller Prof. Schwab Prof. Dr. Bernhard Lenz Assistant lecturers



Year of study:


Second


ECTS credits: 6 cp


6 SWS 6 SWS 12 SWS




Mode of delivery:


Face-to-face


2 written exams + course paper

Courses: B321 Force + form B322 Building physics B323 Technical facilities





See list below

Course content: Force + form: Fundamentals of foundation, masonry, reinforced concrete, wood, steel

Building physics: light and sound

Technical facilities: sanitation

Learning outcomes: Force + form: Based on the fundamentals of the first two semesters and additional information on materials, the crucial rules of the basic trades are elaborated. The main objective is the comprehension of the material-specific characteristics and the consequences thereof, design is not subject to teaching. Constructions are practiced by simple examples.

Building physics: Basic comprehension in terms of building physics on sound insulation, room acoustics and indoor illumination

Technical facilities: Knowledge of services and technical engineering about the issues of water/waste water


Recommended reading: Egger, Beck, Mandel: Tragwerkselemente, Verlag B.G. Teubner – Stuttgart

O. Büttner, E. Hampe: Bauwerk, Tragwerk, Tragkonstruktion, Band I , Hatje – Verlag, Stuttgart, 1977; Band II, Verlag Ernst & Sohn, Berlin, 1985

R. Rickenstorf: Tragwerke für Hochbauten, Teubner –Verlagsgesellschaft

R. Rybicki: Faustformeln und Faustwerte, Teil I, Geschossbauten, Werner Verlag, Düsseldorf,1985

F. Grimm: Stahlbau im Detail, Band 1, 2, WEKA, Augsburg, 1994

Lutz, Jenisch, Klopfer u.a.: Lehrbuch der Bauphysik, Teubner 2002

„RWE Bau-Handbuch“, 13. Ausgabe, Herausgeber und Verlag: VWEW Energieverlag GmbH, 2004


Lecturers Prof. Eugen-Adrian Adrianowytsch Prof. Randolph Liem Dipl.-Ing. Philipp Kapitel



Year of study:


Second


ECTS credits: 8 cp


8 SWS 8 SWS 16 SWS






Mode of delivery:


Face-to-face


Term papers + oral examination

Courses: B331 Drawing + figuration B332 Media application


See list below

Course content: Figuration: Three-dimensional design (graphic composition on the spatial quality of architecture, city and landscape, spatial notation, spatial analysis…) architectural design (design criteria, design of facades, rules of composition and proportion,…) colour, orders of colour, Itten’s circle of hues, harmony of colours, colour mixture, colour and architecture, …) water-colour painting, (basic techniques, washing, glazing, sketching of nature and landscape in situ, transforming subjective observation into abstract picture messages, increasing the sensitivity to form and expression…).

Presentation: The students learn to introduce the type of representation into the overall concept and to intensify it. The skills of 1-3 and 2-7 are supplemented by conveying an architectural attitude and personal conviction by way of the presentation.

Learning outcomes: Figuration: Ability to design complex spaces and members, to analyze the quality thereof and to control their effect. Increased sensation of colours, application and certain realization in the figuration of facades. Mastering of the techniques of water-colour painting as development of the freehand sketch. Use of reduction and abstraction as a means of design.

Presentation: Uniform concepts of figuration and representation are to be developed and applied to specific projects in practical exercises. The students learn to make use of high-tech and low-tech for visualizing 3 D forms.






Lecturers: Prof. Florian Burgstaller Prof. Susanne Dürr Dipl.-Ing. (FH) Monika Regner



Year of study:


Second


ECTS credits: 7 cp

Attendance time: Free activities: Total workload:

6 SWS 8 SWS 14 SWS




Mode of delivery:

Lectures, practical exercises, seminar

Face-to-face



Courses: B 341 Urban planning B 342 Building regulations B 343 Architectural history 3


See list below


City of Karlsruhe: Stadtplanungsamt, Bauordnungsamt Authorities and cultural bodies of the destinations of excursion

Course content: Fundamentals of urban planning and urban development Methods of urban design and structuring Elements of urban planning and joining them together (application in a minor design task)

Fundamentals of planning and building regulations Structure and content of the regional building regulations

Seminar on the history and culture of a city or region (in preparation of the excursion in the 4th or 5th semester)

Learning outcomes: Developing the ability to design urban areas Applying the principles of urban design subject to the fundamentals of planning and building law

Independent planning of an architectural excursion




Recommended reading: Benevolo, Leonardo: Die Geschichte der Stadt. 4. Aufl. Frankfurt am Main 1990

Curdes, Gerhard: Stadtstruktur und Stadtgestaltung, Stuttgart 1993

Curdes, Gerhard: Stadtstrukturelles Entwerfen, Stuttgart 1995

Klaus Humpert: Einführung in den Städtebau, Stuttgart 1997



4-13 Design construction 4

Lecturers: Prof. Andreas Meissner Prof. Dr. Bernhard Lenz Dipl.-Ing. Petra Olschowka Assistant lecturers



Year of study:


Second

Fourth / summer semester

ECTS credits: 9 cp


6 SWS 12 SWS 18 SWS




Mode of delivery:


Face-to-face






See list below

Course content: The concepts developed in module 3-9 are examined and consolidated. In detail the support structure, the integration of services and technical engineering, fire control and correct details in terms of building physics have to be proved by a respective feedback to the design concept.

In addition, special problems of building construction are treated.

Learning outcomes: Competence in design, construction and integration of aspects relating to statics, building physics and services and technical engineering; Social competence by teamwork


Recommended reading: Ernst Neufert und Johannes Kister: Bauentwurfslehre; Vieweg 2009



Andrea Deplazes (Hrsg.): Architektur Konstruieren; Birkhäuser 2005

A. Reichel; P. Ackermann; A. Hentschel; A. Hochberg: Bauen mit Stahl, Edition Detail 2006

Jürgen Joedicke: Entwerfen und Gestalten; Karl Krämer 1993

K. Ackermann: Grundlagen für das Entwerfen und Konstruieren; Karl Krämer 1983

K. Ackermann: Tragwerke in der konstruktiven Architektur; DVA 1988

W. Belz: Zusammenhänge - Bemerkungen zur Baukonstruktion und dergleichen; Rudolf Müller1993

Schulitz; Sobek; Habermann: Stahlbauatlas; Edition Detail 1999

Herzog; Kripper; Lang: Fassaden Atlas; Edition Detail 2004

F. Grimm: Weitgespannte Stahlkonstruktionen / Konstruieren mit Walzprofilen / Konstruieren mit Hohlprofilen; Ernst 2003

M. Hauschild: Konstruieren im Raum; Callwey 2003




Lecturers: Prof. Dr. Eberhard Möller Prof. Dr. Bernhard Lenz Dr. Goertz Assistant lecturers

Type of course unit Compulsory


Year of study:


Second


ECTS credits: 6 cp

Attendance: Free activities:: Total workload:

6 SWS 6 SWS 12 SWS

Prerequisite: Admission to studies toward a Bachelor’s degree



Mode of delivery:


Face-to-face


2 written exams + term paper

Courses: B421 Force + form B422 Building materials + fire control B423 Technical facilities



See list below

Course content: Force + form: Classic supporting structures of halls, multi-floor buildings, reinforcing systems, bridges: frames, trussed girder. Building in an existing context – courses of action, examination of existing buildings and damage, reasons of damage, crackings, redevelopment, methods of redevelopment, foundation in an existing context

Building materials and fire control: common building materials are considered especially under aspects of building physics, building and fire technology, legal, technical and conceptual principles of fire control

Technical facilities: Heating, energy and air conditioning technology

Learning outcomes: Force + form: Systems and design rules for buildings of large



span and complexity are elaborated and practiced by way of various supporting structures. The focus still is put on classic constructions. Moreover great importance is attributed to the problems of building in an existing context and the modernization of old buildings in a statically constructive respect.

Building materials and fire control: Methodical knowledge on the judgment and the use of building materials. Basic knowledge on fire control in a legal, technical and conceptual respect

Technical facilities: Basic knowledge on the issues of heating + air conditioning and on the integration of services and technical engineering systems into the building design


Recommended reading: K. Ackermann: Tragwerke in der konstruktiven Architektur, Deutsche Verlags-Anstalt, Stuttgart, 1988

H. Engel :Tragsysteme, Deutsche Verlags-Anstalt, Stuttgart, 1967

Merkblätter Stahl: www.stahl-info.de

A. Ahnert, K.H. Krause: Typische Baukonstruktionen von 1860 bis 1960, Band 1, 2, 3, Bauverlag GmbH, Wiesbaden, 1996

K. Pieper: Sicherung historischer Bauten, Verlag Ernst & Sohn, Berlin, 1983

H. Bargmann: Historische Bautabellen, Werner Verlag, 2001

J. Kleinmanns, F. Wenzel: Sonderforschungsbereich 315 "Erhalten historisch bedeutsamer Bauwerke", Universität Karlsruhe, 1999 bis 2002

Hegger; Auch-Schwelk; Fuchs; Rosenkranz: Baustoff Atlas, Edition Detail 2005

Zwiener; Mötzel: Ökologisches Baustoff - Lexikon; C.F.Müller 2006

Bock, Klement : Brandschutz Praxis, Bauwerk

Löbbert; Pohl; Thomas : Brandschutzplanung, Rudolf Müller 2004

Laasch: Haustechnik, Teubner 2005




Lecturers: Prof. Adrian Adrianowytsch



Year of study:


Second


ECTS credits: 6 cp


4 SWS 8 SWS 12 SWS




Mode of delivery:




Courses: B 431 Quick scheme / Experiment


See list below

Course content: Experiment: Planning and realizing an experimental project. Acquisition/sponsoring, evaluation, documentation, presentation.

Learning outcomes: Being able to apply a methodical course of action under practical conditions when carrying out a practical experiment, to evaluate and to present the latter making use of the knowledge acquired in media application and technology.






Lecturers: Prof. Susanne Dürr Assistant lecturers



Year of study:


Second


ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS




Mode of delivery:

Lecture, practical exercise

Face-to-face


Term paper

Courses: B 441 Urban planning


See list below


City of Karlsruhe: Stadtplanungsamt (Municipal planning office) Communal planning and building authorities

Course content: Broadening the fundamentals of urban planning and urban development

Methods of urban design and structuring (including application in a design task)

Learning outcomes: Having developed the ability to design urban areas Be able to apply the principles of urban design in consideration of the fundamentals of planning and building law (phase 2)


Recommended reading: Kostof, Spiro: Die Anatomie der Stadt: Geschichte städtischer Strukturen, Frankfurt/Main, New York 1993

Braunfels, Wolfgang: Abendländische Stadtbaukunst - Herrschaftsform und Baugestalt, 4.Aufl. Köln 1987

Sitte, Camillo: Der Städtebau nach seinen künstlerischen Grundsätzen; Wien 1902, Neuaufl.



Stübben, Heinrich: Städtebau, 1904

Ruano, Miguel: Ökologischer Städtebau, Krämer, Stuttgart 1999

Hangarter, Ekkehard: Der Bebauungsplan, Werner, Düsseldorf 1996



4-17 General fundamentals / Management 1

Lecturers: Prof. Andreas Meissner Assistant lecturers



Year of study:


Second


ECTS credits: 7 cp


8 SWS 8 SWS 14 SWS






Term papers + 2 written exams

Courses: B451 Introduction Building management B452 Contractual / Architectural law


See list below

Course content: Basic considerations on the part of the architect in the planning and building process, getting acquainted with important rules in the building trade

Introduction to DIN 276, DIN 277, WoFlV etc. Introduction to HOAI (Fee regulations) Introduction to the system of invitations to bid and awards,

VOB Contractual, architectural, labour law

Learning outcomes: Being aware that building management is an essential part of planning

Basic normative knowledge in the building sector


Recommended reading: Fröhlich, Peter J.: Hochbaukosten, Flächen, Raumihhalte; 15. Aufl., Vieweg 2008

Kochendörfer; Liebchen; Viering: Bau-Projekt-Management; 3. Aufl., Teubner 2007

Volkmann, Walter: Projektabwicklung für Architekten und Ingenieure;



2.Aufl., Verlag für Wirtschaft und Verwaltung Hubert Wingen 2003

Seifert; Preussner: Praxis des Baukostenmanagements, Werner Verlag 2003

Schmitz u.a.: Baukosten 2008: Band 1 + 2; Verlag für Wirtschaft und Verwaltung Hubert Wingen, Essen 2008

Hankammer, Gunter: Abnahme von Bauleistungen; 3.Aufl., Rudolf Müller 2007

H. Ingenstau, H. Korbion, H. Locher, K. Vygen von Werner: VOB, Teile A und B, Kommentar; 17. Auflage 2009

Norberg Herig: Praxiskommentar VOB Teile A, B, C; Werner Verlag 2008

Franke, Kemper, Zanner, Grünhagen: VOB-Kommentar, Bauvergaberecht, Bauvertragsrecht; Werner Verlag 2007

Frikell; Hofmann: Rechtspraxis für Bauleiter, VOB-Verlag Ernst Vögel 2005

BKI Baukosten Daten

Plümecke: Preisermittlung für Bauarbeiten; Rudolf Müller Verlag, 26. Auflage, Köln 2008

BGB, VOB, HOAI

5-18 Traineeship semester

Lecturers: Prof. Adrian Adrianowytsch Prof. Armin Günster



Year of study:


Third

Fifth / winter semester

ECTS credits: 24 cp


2 SWS 46 SWS 48 SWS

Prerequisites: Admission to studies toward a Bachelor’s degree. Modules of the first four semesters must be completed successfully, with study credits to an extent of no more than 12 cp outstanding.



Mode of delivery:

Practical work

Face-to-face



Courses: B511 Practical study project 1 B512 Practical study project 2




n/a

Course content: By carrying out the practical study project 1 the students get acquainted with the fundamentals in the operational course of concrete project work. They test the use of their previously elaborated technical competences by their practical involvement in architectural firms, building companies, building offices and research institutions in the field of construction and extend such competences by: Real application of construction laws Use of CAD

Learning outcomes: Methodical competences: Ability to work in teams Procuring information Time management Being bound to instructions Flexibility

The semester is concluded by an evaluation of what has been learnt in the form of a written report and a summarizing presentation in front of an audience and supervisors.



5-19 Architectural theory / urban planning 5

Lecturers: Prof. Florian Burgstaller Dipl.-Ing. Robert Crowell



Year of study:


Third

Fifth / winter semester

ECTS credits: 6 cp


4 SWS 8 SWS 12 SWS

Prerequisite: Admission to studies toward a Bachelor’s degree



Mode of delivery:

Lectures, practical exercises, excursion

Face-to-face


Project work

Courses: B 521 Site analysis B 522 Excursion + evaluation


See list below


Regierungspräsidium (Regional Administrative Authority) , Referat Denkmalpflege (Department for Preservation of Monuments) Firms specialized in building research Companies specialized in redevelopment and preservation of monuments

Course content: Methods of examining and evaluating existing buildings and existing urban structures as requirement for planning concepts with the keywords of Building in an existing context / Re-use and later use Revitalization / conversion / later densification Preservation of monuments / urban repair Practice of survey of a structure (including practical exercise) Making an approx. one week’s excursion in the free period with subsequent documentation

Learning outcomes: Preparing, considering and substantiating the decisions and process steps when dealing with existing buildings

Developing a feeling for the opportunities and attractions of



extending existing buildings as an alternative to new buildings


Recommended reading: Thomas, Horst (Hg.): Denkmalpflege für Architekten. Vom Grundwissen zur Gesamtleitung, Köln 1998

Kiesow, Gottfried: Denkmalpflege in Deutschland. Eine Einführung, Darmstadt 2000.

Petzet, Michael und Gerd Mader: Praktische Denkmalpflege, Stuttgart/Berlin/Köln 1995

Lampugnani, Vittorio Magnago: Die Modernität des Dauerhaften, Berlin 1995

Huse, Norbert (Hg.): Denkmalpflege. Deutsche Texte aus drei Jahrhunderten, München 1984 u. Neuaufl.

Eckert, Hannes: Nutzt die Bauforschung dem Baudenkmal?, in: Bauaufnahme, Arbeitsheft des SFB 315 (8), Karlsruhe1988

Will, Thomas: Der Schaden als Ereignis. Über das Reparieren von Baudenkmalen, Baumeister 12/2002, S.51-55

6-20 Building Technology 5

Lecturers: Prof. Dr. Bernhard Lenz Prof. Dr. Eberhard Möller



Year of study:


Third

Sixth / summer semester

ECTS credits: 4 cp


4 SWS 4 SWS 8 SWS




Mode of delivery:


Face-to-face


Oral examination + term paper

Courses: B611 Force and Form B612 Ecological Building Technology

Associated Modules: 6-23 Bachelor Thesis + Colloquium

Recommended optional See list below



programme components:

Course content: Force and Form: Simulation of practical cooperation with the planning engineer for supporting structures by static-constructive inspection and optimisation of the drafts to be elaborated within the scope of the Bachelor thesis

Ecological Building Technology: Discussion of questions from the field of building ecology such as energy-saving building, building and water balance, building and health, building with responsible use of resources, building and cycle processes.

Learning outcomes: Force and form: Simulation of practical cooperation with the planning engineer for supporting structures by static-constructive inspection and optimisation of the drafts to be elaborated within the scope of the Bachelor thesis

Building Technology: Essential findings that are necessary today in connection with building in relation to ecology and have to be directly realized in planning and design.

Strong basis on which the constantly varying requirements can be based.

Work placements n/a

Recommended reading: K. Ackermann: Industriebau, Deutsche Verlags-Anstalt Stuttgart, 1985

C. Siegel: Strukturformen der modernen Architektur, Callwey – Verlag, 1970

Daniels, Klaus: Technologie des Ökologischen Bauens; Birkhäuser, Basel

IBO – Österreichisches Institut für Baubiologie und Ökologie; Krems

Schmidt-Bleck, Friedrich: Das MIPS-Konzept, Wuppertal

Eicker, Ursula: Solare Technologie für Gebäude; Tebner, Stuttgart, Leipzig, Wiesbaden

Graupner, Hüske: Nachhaltigkeit im Bauwesen, Ernst und Sohn, Berlin

Achermann, Thomas: Energiesparverordnung



6-21 Architectural Theory / Urban Planning 6

Lecturers: Prof. Florian Burgstaller External instructors



Year of study:


Third


ECTS credits: 5 cp


3 SWS 7 SWS 10 SWS




Mode of delivery:

Lectures + practical exercises

Face-to-face


Study assignment + oral examination

Courses: B 621 Lectures B 622 Design Theory


See list below


Architektenkammer Baden-Württemberg Bund deutscher Architekten BDA Werkbund Faculties of architecture at various universities and universities of applied sciences

Course content: Series of lectures having alternating mottos for each semester – work reports, research projects, current developments in the field of architecture and urban planning, incorporation of marginal field and neighbouring disciplines (e.g. art history, archaeology, design, photography, stage design)

Methods of conceptual, holistic design and planning, incorporation of the entire spectrum of influences and consequences

Learning outcomes: Broadening the horizon with respect to the variety of possibilities and concepts of design and the different outcomes resulting from such variety.




Recommended reading: Giedion, Siegfried: Raum, Zeit, Architektur, Zürich, München 1976

Posener, Julius: Vorlesungen zur Geschichte der Architektur 1750 – 1930, ARCH+ Verlag

Pehnt, Wolfgang: Die Architektur des Expressionismus , Hatje-Cantz

Kruft, Hanno-Walter: Geschichte der Architekturtheorie, 3.Aufl. München 1991



6-22 General Principles / Management 2

Lecturers: Prof. Andreas Meissner Dipl.-Ing. Renner-Motz



Year of study:


Third


ECTS credits: 6 cp


4 SWS 8 SWS 12 SWS




Mode of delivery:


Face-to-face


Written exam + term papers

Courses: B631 Building Management B632 Cost Planning + Fee Regulation


See list below

Course content: Apart from reflecting on the role of all parties involved in planning and building in different contractual constellations, the following items are treated in particular:

Management tasks in LPH 1 - 9 Scheduling AVA / VOB Change management Sigeko Cost planning HOAI (Fee Regulation)

Learning outcomes: Broadening the findings obtained in Module 4-17 and the practical experience in theory and in practical exercises

Basic knowledge for implementing planning and building processes and fundamental role perception of the parties involved in the planning and building process

Extended knowledge of crucial regulations in the building sector




Recommended reading: Fröhlich, Peter J.: Hochbaukosten, Flächen, Rauminhalte; Vieweg 2008

Kochendörfer; Liebchen; Viering: Bau-Projekt-Management; Teubner 2007

Volkmann, Walter: Projektabwicklung für Architekten und Ingenieure; 2.Aufl., Verlag für Wirtschaft und Verwaltung Hubert Wingen 2003

Hankammer, Gunter: Abnahme von Bauleistungen; 3.Aufl., Rudolf Müller 2007

H. Ingenstau, H. Korbion, H. Locher, K. Vygen von Werner: VOB, Teile A und B, Kommentar; 17. Auflage 2009


Seifert; Preussner: Praxis des Baukostenmanagements, Werner Verlag 2003

Simeon: HOAI-Praxis bei Architektenleistungen, Vieweg-Verlag 2004

BKI Baukosten Daten

Schmitz u.a.: Baukosten 2008: Band 1 + 2; Verlag für Wirtschaft und Verwaltung Hubert Wingen, Essen 2008

Plümecke: Preisermittlung für Bauarbeiten; Rudolf Müller Verlag, 26. Auflage, Köln 2008



6-23 Bachelor Thesis + Colloquium

Lecturers: 6 alternating professors



Year of study:


Third


ECTS credits: 15 cp


4 SWS 26 SWS 30 SWS




Mode of delivery:

Applying the learnt skills by independent treatment of a design task, with supervision

Independent work


Bachelor Thesis + oral examination

Associated modules: 6-20 Building Technology

Courses: B641 Bachelor Thesis


n/a

Course content: Independent treatment of a design task usually defined by the course of studies; students may choose their own subjects according to agreement. Integration of aspects relating to the working world, especially construction supporting structure cost planning and time schedule building physics

Learning outcomes: Gaining insight into the job practice of an architect: A minor but complex task is to be solved independently and defended vis-à-vis a jury of lecturers and possibly external critics.





Recommended optional programme components

BW01

MW01

Architectural Photography

Lecturer: Prof. Adrian Adrianowytsch Dipl.-Ing. Dirk Altenkirch

Type of course unit: Elective

Level of course unit: First-cycle, second-cycle

Year of study:


n/a

summer semester, winter semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS

Prerequisites: Bachelor’s studies



Mode of delivery:


Face-to-face


Independently creating and presenting a series of photographs


n/a

Course content: Introduction to architectural photography by exemplary pictures, overview over different cameras used routinely in architectural photography and their operation, practical exercises with different camera systems, large size, medium format, 35 mm film, interior or exterior shots, of a chosen object, either digitally or with analog instant image or film material.

Learning outcomes: Gaining an overview of the medium of architectural photography.Knowledge of basic technical concepts and context in photography. Knowledge about creative possibilities of photography and their influence on the effect of the picture. Improved perception of the built environment.





BA02

MW02

Colour

Lecturer: Prof. Adrian Adrianowytsch Dipl.-Ing. Ulrike Hiller von Gaertringen



Year of study:


n/a

winter semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Term paper, examination


n/a

Course content: As a basis to dealing with colours, elementary elements of colour and their context is introduced, e.g. orders of colour, seeing, theory, harmony, emotions… Practical exercises in the architecture laboratory are carried out to learn how to use and control aesthetic and emotional effects of colour. These deal with surface, object and spatial dimensions of colour interacting with material, structure, texture and light.

At the end of the course will be an exhibition, discussion and documentation.

Learning outcomes: The ordinary experience of seeing is analysed, theory and context can be evaluated. Students have gained, by practical exercises, the skill to use colour purposefully and in manifold and innovative ways during the creative process, thus increasing the expression of their architectural position. Here, objective and subjective colour factors are related in a way that a meaningful object originates.




Recommended reading: Albers, Josef – Interactions of Color, Du Mont Taschenbücher Köln

Elger, Dietmar – Donald Judd Farbe, Hatje Cantz Stuttgart

Gekeler, Hans – Handbuch der Farbe, Du Mont Verlag Köln

Klee, Paul – Kunst-Lehre, Reclam Leipzig

Küppers, Harald – Das Grundgesetz der Farbenlehre, Du Mont Taschenbücher Köln

Pawlik, Johannes – Goethes Farbenlehre, Du Mont Dokumente Köln

Pawlik, Johannes – Theorie der Farbe, Du Mont Dokumente Köln

Rüegg, Arthur – Le Corbusier, Polychromie Architecturale, Birkhäuser Bern

Wick, Rainer K. – Bauhaus Kunstschule der Moderne, Hatje Cantz Stuttgart



BW03

MW03

Free Figuration

Lecturer: Prof. Adrian Adrianowytsch Dipl.-Ing. Dirk Altenkirch



Year of study:


n/a

summer semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment, written exam


n/a

Course content: Aspects of sculptural design will be in the focus of guided exercises. Experiences with new materials and formal principles the human being will be in the focus as a relation to the architectural context. Topics are: head, hand, figure, torso… Discussions on composition, brainstorming, techniques, contemporary positions and visitations to studios go along with the exercises. Drawing excursions are rotationally offered to deepen the ability of freehand drawing. Perception and analysis of the seen as well as the abstraction and reduction of the drawing process toward fundamentals structures are main issues in the exercises. The results will be presented and discussed in a common exhibition.

Learning outcomes: The aim of the lecture is to improve to personal artistic skills and espressiveness. Fantasy and creativity of the student will be increased as well as the artistic methods. The development of his/her artistic judgement is one focal point.




Recommended reading: Heerich, Erwin - Skulptur und architektonischer Raum, W. König Verlag Köln

Peichl, Gustav - Fritz Wotruba, Wiener Akademie Reihe, Edition Tusch Wien

Schuster, Peter Klaus - Fritz Koenig (Skulptur + Zeichnung), Prestel Verlag München

Shadowa, Larissa - Kasimir Malewitsch, Schirmer-Mosel Verlag München



BW04 Free Figuration

Lecturer: Dipl.-Ing. Achim Lennarz



Year of study:


n/a

winter semester, summer semester

ECTS credits: 2 cp




Mode of delivery:


Face-to-face




n/a

Course content: Will be communicated at the start of term

Learning outcomes: Will be communicated at the start of term





BW05

MW05

Art History

Lecturer: Prof. Adrian Adrianowytsch Dr. Sabine Heilig



Year of study:


n/a

summer semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment


n/a

Course content: The comparative methodology of graphical material and originals is the focal point of the seminar. Fundamental of fine arts from the middle ages till now will be delivered. Besides formal aspects of art (painting, graphics, sculptures) also a stylistic classification of the selected work is discussed, e. g. its position in the historical context. Overall aspects such as composition, perspective, colour, material, light, time, motion etc. are carved out. The students will formulate their observations in a written work.

Learning outcomes: Seeing, identificaiton and systematic description are in the focus of the seminar. The examination of the original as well as visitations of art studios shall help to understand creation of art, presentation of art and commercialisation of art.


Recommended reading: Kunstgeschichte. Eine Einführung. Hrsg. v. H. Belting, H. Dilly, W. Kemp, W. Sauerländer, M. Warnke. Berlin, 5. überarb. Aufl. 1996

DuMonts Kunstlexikon des 20. Jahrhunderts. Künstler, Stile und Begriffe. Hrsg. v. Karin Thomas, Köln, 2. überarb. Aufl.



2006, Karin Thomas: Bis Heute: Stilgeschichte der bildenden

Kunst im 20. Jahrhundert. Köln, 8. erweiterte und überarb. Aufl. 1988

E. H. Gombrich: Kunst & Illusion. Zur Psychologie der bildlichen Darstellung. Berlin, 2. Aufl. 2004



BW06

MW06

Documentation Project SMAKH

Lecturer: Dipl.-Ing. Alke Hickel



Year of study:


n/a


ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment


n/a

Course content: Architectural promotion and architectural journalism are the main issues of the seminar. Besides editorial meetings the seminar offers workshops and lectures. The students will gain basic knowledge of professional layout production pre-press and text production. But also self-reflection and the ability to take a greater view will be encouraged.

Learning outcomes: The task will be to create an article for the upcoming issue of the magazine MAKH. The elaboration and collection of interesting contents will be fundamental for the task. The research activities will be discussed, guided and assisted.


Recommended reading: http://www.hs-karlsruhe.de/hochschule/ueber-uns/publikationen/smakh.html http://email.specialmachine.com/T/ViewEmail/r/D26D81EFC394840B/6C9C210F0FC93DA30F8C96E86323F7F9#body_item3 http://www.typolexikon.de http://www.cleverprinting.de/downloads.html extra: Enzyklopädie der experimentellen Druckveredelung von Franziska Morlok und Till Beckmann, BIRKHAEUSER VERLAG (Gebundene Ausgabe - 2. Oktober 2009), ISBN-10: 3034600828, ISBN-13: 978-3034600828



Mit Schrift denken: Ein kritischer Ratgeber für Grafiker, Autoren, Lektoren und Studenten [Taschenbuch] , Ellen Lupton, ISBN-10: 1568986939, ISBN-13: 978- 1568986937 Ralf Turtschi, Making of , Kreative Wege und Konzepte in der visuellen Kommunikation, Niggli, ISBN 978-3-7212-0539-8 Willi Kunz Typografie: Makro- und Mikroästhetik (deutsche Ausgabe) Grundlagen zur typografischen Gestaltung 2. Auflage, ISBN 978-3-7212-0342- Layout Basics: Die wichtigsten Prinzipien für die Verwendung von Rastern [Gebundene Ausgabe] Beth Tondreau, Stiebner, ISBN: 978-3830713753



BW08

MW08

Furniture and Design

Lecturer: Prof. Randolph Liem



Year of study:


n/a

winter semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment


n/a

Course content: The preoccupation with the function, construction, design, material and colour in the fields of furniture and product design for building equipment are the focal points of the seminar. Serial production is one issue. The pursuit of interdisciplinary cooperation between industry and university.

Learning outcomes: The deepening composition of a detail in the field of interior fitting.


Recommended reading: Einschlägige Fachzeitschriften zur Thematik wie beispielsweise AIT, Designreport, Form usw.



BW35

MW35

Traffic Planning

Lecturer: Prof. Hupfer



Year of study:


n/a

summer semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment


n/a

Course content: Road construction and archticture have many intersections.

- Dependencies of city planning and traffic planning - Integration of traffic spaces into urban spaces - exploitation of parking areas - Different claims of utilisation due to traffic, urban life and

environment Regarding infrastructural planning the principles of urban road design will be elaborated. Intersections, especially roundabouts – design, structure and areas of application -, are discussed The design of parking areas is another main issue.

Learning outcomes: Assured management of different claims of utilization of urban traffic spaces as well as the design of road-traffic systems.


Recommended reading: FGSV (Hrsg., 2006): Richtlinien für die Anlage von Stadtstraßenm (RASt 06)

FGSV (Hrsg., 2005): Empfehlungen für die Anlage von Anlagen des ruhenden Verkehrs (EAR 05)

FGSV (Hrsg., 2006): Merkblatt für die Anlage von Kreisverkehrsplätzen



BW41

MW41

Preservation of monuments

Lecturer: Prof. Florian Burgstaller Dipl.-Ing. Christoph Schwarzkopf



Year of study:


n/a


ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:

Lectures

Face-to-face


Study assignment


n/a


Regierungspräsidium Karlsruhe, Referat Denkmalpflege Denkmalschutzamt Hamburg Specialised offices for research and status analysis of built structures Specialised companies for refurbishment and built heritage conservation.

Course content: Introduction in the history, theory and practise of modern built heritage conservation. Demonstration of contemporary examples, methods and developments in the forms of visitations, guided tours and guest lectures. Topics are: built heritage conservation – what for? – Basic principles history of built heritage conservation further construction – artistic handling of built heritage Methodological fundamentals of contemporary built heritage

conservation Examples of built heritage conservation practise Urban design and built heritage conservation

Learning outcomes: Basic knowledge of built heritage structures




Recommended reading: Thomas, Horst (Hg.): Denkmalpflege für Architekten. Vom Grundwissen zur Gesamtleitung, Köln 1998

Kiesow, Gottfried: Denkmalpflege in Deutschland. Eine Einführung, Darmstadt 2000.

Petzet, Michael und Gerd Mader: Praktische Denkmalpflege, Stuttgart/Berlin/Köln 1995

Huse, Norbert (Hg.): Denkmalpflege. Deutsche Texte aus drei Jahrhunderten, München 1984 u. Neuaufl.

Lampugnani, Vittorio Magnago: Die Modernität des Dauerhaften, Berlin 1995



BW51

MW51

Cultural Sciences 1

Lecturer: Prof. Dipl.-Ing. Florian Burgstaller Dipl.-Ing. Koop



Year of study:


n/a

winter semester

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:

Lectures (block course)

Face-to-face


Oral exam


n/a

Course content: Introduction in the practical philosophy for all students of all departments and of all semesters. Overview of important sourcesof human orientation from the European ancient world to modernity, including ethics and development of the world’s great religions.

Learning outcomes: The students will learn about the main principles and methods of ethics; analysis and defence of morally determined position will be trained in an argumentative manner.


Recommended reading: Singer, Peter: Praktische Ethik Reclam 1994 Pieper Annemarie: Einführung in die Ethik, Utb 2003 Nagel, Thomas: Was bedeutet das alles? Eine ganz kurze

Einführung in die Philosophie, Reclam 1990 Russel, Betrand: Denker des Abendlandes, Gondrom 2005



BW52

MW52

Cultural Sciences 2

Lecturer: Prof. Wörz



Year of study:


n/a


ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:

Lectures (block course)

Face-to-face


Oral exam


n/a

Course content: Social skills are necessary to communicate on the job. The theory of communication of Niklas Luhmann which contains the modern aspects of ethics in communication, will be elaborated.

Learning outcomes: With the theory of Niklas Luhmann the process of communication and directing it shall be analysed.


Recommended reading: Niklas Luhmann: Einführung in die Systemtheorie, Carl-Auer-Systeme 2006

Margot Berghaus von Utb: Luhmann leicht gemacht. Einführung in die Systemtheorie, 2004



BW55

MW55

Special Fields of Architecture 1

Lecturer: Prof. Florian Burgstaller



Year of study:


n/a


ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face




n/a


Communal planning and building authorities

Course content: The general methodology of designing single objects is delivered to greater measures into urban planning and deepened. Brainstorming, concept development and techniques of implementation are discussed using contemporary topics of urban restructuring, urban deconstruction as well as urban rebuilding.

Learning outcomes: Independent development and critical implementation of methods and concepts for urban built structures, whereas new ways for realisation have to be found.


Recommended reading: Wohnen im Zentrum - Strategien für attraktive Stadt- und Ortskerne, Stuttgart 2006

OBB München (Hg.): Innerstädtische Einkaufszentren, München 2006

Flagge; Pesch: Stadt und Wirtschaft, Das Beispiel 2004 Frick, Dieter: Theorie des Städtebaus. Zur baulich-

räumlichen Organisation von Stadt, Wasmuth 2006

Philipp Oswalt: Shrinking Cities 2, Hatje Cantz 2006



BW61

MW61

Force + Form 1

Lecturer: Prof. Dr. Eberhard Möller



Year of study:


n/a

NN

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face


Study assignment / written exam


n/a

Course content: Building- Bionics The fundamentals of the relation force and form are physically valuable all around the world. This concept will be explained and proved for natural „constructions“. Lectures will be followed by exercises, resulting in the independent fulfilment of a given task. The aim is to present the effect of a form using models.

Learning outcomes: Building-Bionics – Insight in the construction laws of natural constructions, comprehension of greater physical relations.


Recommended reading: E. Torroja: Logik der Form – Die statischen Grundlagen der Bauformen, Callwey Verlag, München 1961

Frei Otto: Natürliche Konstruktionen, Deutsche Verlags-Anstalt, Stuttgart, 1982

W. Nachtigall: Bau – Bionik, Springer – Verlag, Berlin, 2002 J.S. Lebedew: Architektur und Bionik, Verlag für Bauwesen,

Berlin, 1983 Frei Otto: Natürliche Konstruktionen, Deutsche Verlags-

Anstalt, Stuttgart, 1982 Frei Otto: Gestalt finden – Auf dem Weg zur Baukunst des



Minimalen, Edition Axel Menges, 2001 K. Teichmann, J. Wilke (Hrsg.): Prozess und Form

„Natürlicher Konstruktionen“, Berlin, 1999 G. Blüchel, F. Malik: Faszination Bionik – Die Intelligenz der

Schöpfung, Management Zentrum St. Gallen, 2006 S. Hildebrandt, A. Tromba: Kugel, Kreis und Seifenblasen –

Optimale Formen in der Natur, Birkhäuser Verlag, Berlin 1996



MW71 Building Damages

Lecturer: Prof. Andreas Meissner


Level of course unit: Second-cycle

Year of study:


n/a

NN

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face




n/a

Course content: Typical damages (e. g. roofs, outer walls and windows, constructions in conact with soil, floor slabs)

Selected fields of building physics (heat, humidity, acoustics)

standards (e. g. failure definition, technical standards)

Learning outcomes: Identification and comprehension of effects and mechanisms resulting in building damage. Strategies for structural design, main principles of standards and damage management


Recommended reading: Bauschädensammlung Bd. 1 - 14 IRB Verlag Jürgen Blaich: Bauschäden, EMPA 1999, IRB Verlag R. Oswald, R. Abel: Leitfaden über hinzunehmende

Unregelmäßigkeiten bei Neubauten, Vieweg, 3.Auflage 2005

Frank Frössel: Lehrbuch der Kellerabdichtung und –sanierung, 3. Auflage Expert Verlag 2009

Michael Bonk (Hrsg.): Lufsky Bauwerksabdichtung, 7. Auflage Teubner 2010

G. Hankammer, W. Lorenz: Schimmelpilze und Bakterien in Gebäuden, Rudolf Müller 2003

Frank Frössel: Risse in Gebäuden, Baulino 2009 G. Hankammer: Abnahme von Bauleistungen; R. Müller, 2.

Aufl. 2004

BGB, VOB



MW82 Order Simulation (AVA)

Lecturer: Prof. Andreas Meissner (A) Dipl.-Ing. Andreas Ringle (A) Prof. Dr. Hermann Hütter (BM) Prof. Dr. Gerhard Bergweiler (BB)



Year of study:


n/a

NN

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:

Practical exercises

Face-to-face



Associated modules: M111, M211 or M311; MW83, MW84


n/a


Degree program in Construction Management (BM) and Construction Engineering (BB)

Course content: In a interdisciplinary simulation in the fields of AVA the architects have to calculate the tender documents for companies in cooperation with the project managers. The offers will be examined and negogiated. After the commissioning the revised tenders will be given. At the end the services will be accounted and to be compared with the original budget. The program ARRIBA along with the dynamic building data (STLB-Bau) is used for the calculations. The communication with the other persons involved in the project takes place on the PKM-Server.

Learning outcomes: Understanding of the process of an entire project including becoming acquainted with different roles. Experience with computer-based communication in the field of AVA




Recommended reading: Kochendörfer; Liebchen; Viering: Bau-Projekt-Management; Teubner 2004

Volkmann, Walter: Projektabwicklung für Architekten und Ingenieure; 2.Aufl., Verlag für Wirtschaft und Verwaltung Hubert Wingen 2003

Rösel, Busch: AVA-Handbuch, Vieweg 2004 Schmitz u.a.: Baukosten 2006: Band 1 + 2; Verlag für

Wirtschaft und Verwaltung Hubert Wingen, Essen 2006 BKI Baukosten Bücher Plümecke: Preisermittlung für Bauarbeiten; R. Müller, 25.

Auflage 2004

VOB, HOAI



MW83 Public Bidding

Lecturer: Prof. Andreas Meissner Dipl.-Ing. (FH) Uwe Schmidt N.N.



Year of study:


n/a

NN

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face



Associated modules: MW82 AVA – Planspiel, MW84 VOB, VOF and VOL intensiv


n/a

Course content: A bidding for one lot including the special documents is to be elaborated. Topics covered:

Award procedures according to VOB/A Contract documents according to VOB/B und BGB Lot-related DIN-standard of the VOB/C Procurement manual Composition and structure of standard conditions and

contract GAEB – interfaces STLB-Bau / Dynamic Building data Cost estimate and cost control Interfaces and liability risks

Learning outcomes: Secure handling of bidding documents and contracts especially in their legal framework (VOB/B). Secure handling of a computer-program for biddings (ARRIBA)


Recommended reading: VOB, BGB H. Ingenstau, H. Korbion, H. Locher, K. Vygen von Werner:

VOB, Teile A und B, Kommentar; 2006



Norberg Herig: Praxiskommentar VOB Teile A, B, C; Werner Verlag 2007

Motzke, Pietzcker, Prieß: Beck´scher VOB/Kommentar, Teil A; C.H. Beck 2007

Franke, Kemper, Zanner, Grünhagen: VOB-Kommentar, Bauvergaberecht, Bauvertragsrecht; Werner Verlag 2007


von der Damerau; Tauterat; u.a.: VOB im Bild - Hochbau und Ausbauarbeiten; R. Müller 2003

von der Damerau; Tauterat; u.a.: VOB im Bild - Tiefbau und Erdarbeiten; R. Müller 2003

Rösel, Busch: AVA-Handbuch, Vieweg 2004



MW84 VOB VOF VOL intensive

Lecturer: Prof. Andreas Meissner Dipl.-Ing. Dieter Keck



Year of study:


n/a

NN

ECTS credits: 2 cp


2 SWS 2 SWS 4 SWS




Mode of delivery:


Face-to-face




n/a

Course content: Overview of the different award procedures.

Learning outcomes: Insights in VOB/A, VOL, VOF


Recommended reading: VOB/A, VOL, VOF BGB Motzke, Pietzcker, Prieß: Beck´scher VOB/Kommentar, Teil

A; C.H. Beck 2007 H. Ingenstau, H. Korbion, H. Locher, K. Vygen von Werner:

VOB, Teile A und B, Kommentar; 2006 Norberg Herig: Praxiskommentar VOB Teile A, B, C; Werner

Verlag 2007 Motzke, Pietzcker, Prieß: Beck´scher VOB/Kommentar, Teil

A; C.H. Beck 2007 Franke, Kemper, Zanner, Grünhagen: VOB-Kommentar,

Bauvergaberecht, Bauvertragsrecht; Werner Verlag 2007

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