Overview When you join the Architecture - Green Building program, you are choosing an architectural course devoted to making our environment more livable. Aside from design and planning, you will learn a great deal about the construction of buildings. The focus on future-proof building will qualify you to design structures that are sustainable and energy-producing, and to account for lifecycles even at the planning phase. EU Directive EPBD 2010 on the Energy Performance of Buildings is raising the demand for experts in green building by obliging member states to construct only zero-energy buildings from 2020.Apply nowContact usContact us!Karin Netzer, BAManuela Schriefl Favoritenstraße 226, P.1.07 1100 Vienna T: +43 1 606 68 77-2230 F: +43 1 606 68 77-2239bau@fh-campuswien.ac.atMap main campus Favoriten (Google Maps)Office hours during the semester By arrangementDuration of course6 SemesterOrganisational formFull-Time180ECTSLanguage of instruction German36Study placesFinal degreeBachelor of Science in Engineering (BSc)Application period for the academic year 2022/2318th October 2021 to 15th May 2022tuition fee / semester:€ 363,361+ ÖH premium + contribution2 One time: package of norms ca. € 320-350,- 1 Tuition fees for students from third countries € 727,- per semester 2 for additional study expenses (currently up to € 83,- depending on degree program and year) What you can offer In addition to a solid foundation in mathematics (required as the basis of structural physics), you will ideally have well-developed spatial perception abilities and an interest in design. You are creative with the drawing ability to draft your innovative ideas. You enjoy working with computer programs that can calculate, accurately draw, animate and render your designs. To work as part of a project team, you will need a talent for coordination. What we offer you In the 20 years and more that FH Campus Wien has been running civil engineering programs, the university of applied sciences has built up a wealth of expertise and a broad network that offers you numerous possibilities during your program, when seeking an internship and when embarking on a career. Aside from architect's offices, this network includes reputable construction firms such as STRABAG SE, which cooperates with FH Campus Wien in the further education of its staff and other areas. You will also benefit from the knowledge you acquire in R&D projects. Aside from well-founded theory, practical relevance is our top priority. For this reason the program offers you a chance to apply yourself to a large-scale, future-focused project. One course invites you to develop ideas for expanding Altes Landgut, our main site in the new Verteilerkreis district of the city. There is a real chance that your ideas will be transformed into reality within a few years. We also offer regular training through our series of seminars dealing with selected topics from the construction business. Practical relevance is also guaranteed at our Campus Lecture evenings, which are open to all and feature contributions from prominent experts. What makes this degree program special Architecture degree recognized throughout the EUSkills for design, planning, construction and project managementSustainability requirements, from planning to disposalThis program is all about the future of architecture. At present, buildings account for some 40 percent of total energy consumption. As a graduate of the program, your aim will be to change this situation as creatively as possible. In contrast to the university's traditional architecture course, this practical Bachelor program enables you to specialize in structural engineering projects involving buildings utilized for residential and commercial purposes.Rather than focus on artistic and historical aspects, you will focus on the issue of sustainability; even at the design and planning stage, you will consider the lifecycle of a structure and apply long-term thinking to its construction. This program will give you a high level of professional expertise in both engineering and project management. Graduates of the Bachelor's and Master's Degree Program Architecture - Green Building at FH Campus Wien, as well as university graduates, have the opportunity to use the professional title of “Architect” in the future. What you will learn in this degree program Your field of study will cover the full spectrum of design, planning and construction: principles of green building, location-specific construction, drafting, architectural rendering, architectural theory, structural design, building climate control, building services, law and construction economics. The main objective is to create buildings that are innovative, resource-conserving and energy-efficient while meeting high aesthetic standards. Sustainable means:Economical: You will optimize costs, taking into consideration not just production costs but also those arising throughout the existence of a structure and ultimately the disposal costs (lifecycle costing).Environmentally sound: Throughout the lifecycle, you will pursue resource-friendly solutions (ecological footprint), andSocial: You will ensure the highest satisfaction levels with the building projects you implement, not only from users but also observers (blue building). During the program you will complete wide-ranging internships in which you apply the specific theoretical knowledge you have acquired. Curriculum 1. Semester LectureSWSECTSBuilding Construction 1 ILVBuilding Construction 1 ILVLector: DI. Dr.techn. Anton Pech2SWS4ECTSLanguageGerman24Building Materials ILVBuilding Materials ILVLector: Dipl.-Ing. Dr. Heinrich Bruckner1SWS2ECTSLecture contentsIntroduction, theoretical basis for describing the construction materials, development of characteristics and application in the first material groups. Formulation of basic knowledge (production, essential technical features, product forms) about the individual building materials, i.e. glass, ceramics, plastics, binders, wood, steel, concrete. Information on material standards.Assessment methodsFinal TestTeaching methodsILVLanguageGerman12Building Materials and Green Building VOBuilding Materials and Green Building VOLector: Dipl.-Ing. Dr.techn. Tobias Steiner1SWS1ECTSLecture contents- ecological performance of relevant building materials - different assessment methods für building materials and constructions - alternative construction methods with reduced enviromental footprintAssessment methodsTeaching methodsVO: presentations and independent consolidation of the topic with various exercises and examplesLanguageGerman11CAD UECAD UELector: Andrea Filkova, BSc, Julia Kolm, BSc, DI Lukas Kruczynski, Lukas Mayr, B.Sc., Ing Andreas Vondrasek2SWS2ECTS22Descriptive Geometry 1 VODescriptive Geometry 1 VOLector: DI Dr. Christian Hölzl2SWS2ECTSLecture contents1. Preliminary remarks 2. Types of representation 3. From the foundation to the excavation - orthographic projection 4. Ichnography, elevation and sheer plan of a building 5. Roof design 6. Illustrative images of spatial objects 7. Perspective pictures - the central projection 8. Shadow in parallel lightingAssessment methodsFinal exam. The maximal number of points is 30. Points Mark ===== ==== 27 - 30 1 24 - 26 2 21 - 23 3 18 - 20 4 0 - 17 5Teaching methodsLearning guided by the the worksheets.LanguageGerman22Introduction to Green Building VOIntroduction to Green Building VOLector: Arch. Dipl.-Ing. Ursula Schneider1SWS1ECTS11Design 1 - Exercise UEDesign 1 - Exercise UELector: DI Bence Horvath, Dipl.-Ing.in Elena Mitrenova, MA, Dipl.-Ing.in Aída Santana Sosa, Dipl.-Ing.in Dr.in Hildegard Sint2SWS4ECTS24Freehand Drawing and Sketching 1 UEFreehand Drawing and Sketching 1 UELector: Dipl.-Ing. Hannes Gröblacher, Mag. art Mei-Fang Hsieh, Mag.-Art. Peter Nachtigall, Monika Scheuch, BA1SWS1ECTS11Building Physics 1 - Basics VOBuilding Physics 1 - Basics VOLector: Dipl.-Ing. Dr. Doris Österreicher, MSc3SWS3ECTSLecture contentsIntroduction to Building Physics Basics heat insulation Climate data and user profiles Properties of materials and components, calculation of U-values Heating balance, heating demand, energy certificate Basics in protection against condensation, Glaser diagram Basics in summer overheating and avoidance of overheatingAssessment methodsFinal written Exam 1,5h 45min theoretical part / 45 practical example Grades of the Exam based on correctness and completeness. Due to the Covid 19 situation and the holding of lectures according to the regulations of the BMBWF, the examination modalities can also be adjusted at short notice during the current semester.Teaching methodsLecture supported by single- and group exercises Use of Calculation and Simulation-ToolsLanguageGerman33Planning and Design 1 ILVPlanning and Design 1 ILVLector: Dr. Mag. Architekt Antonio Leonte, Dr. Mag. Arch.1SWS2ECTS12Basics of Public Law VOBasics of Public Law VOLector: Mag.iur. Henriette Huber2SWS2ECTSLecture contentsPublic law: Basics of constitutional and administrative law (e.g. legislation, board of authorities, decree, legal standing) Civil law: Property law (property, right of lien, servitude, cadaster, etc.), law of obligation (basics, contract law general, control of general terms and conditions, impairment of performance such as delay and guarantee, tort, product liability, etc.), basics of corporal law (power of attorney, commercial register, corporate law). Building and contract law: The building contract and its basics in general civil law, the basics of the legal doctrine and of ÖNORM B 2110 (general contract regulations for planning and building services) are mastered by the students.Assessment methodsFinal TestTeaching methodslectureLanguageGerman22Plan Generation and Structural Drawing ILVPlan Generation and Structural Drawing ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay2SWS2ECTS22Theory of Statics and Strength of Materials 1 ILVTheory of Statics and Strength of Materials 1 ILVLector: FH-Prof. DI Christian Polzer2SWS3ECTSLecture contentsFundamental theory of statics; the concept of force; calculating the supporting forces in rigid bodies; calculating cutting forces; introduction to kinematics; the concept of virtual work; trusses; stress and strain of bodies and materials; calculating tension; static equilibriumAssessment methodswritten exam after the courseTeaching methodslectureLanguageGerman23Visualization VOVisualization VOLector: Ing Andreas Vondrasek1SWS1ECTS11 2. Semester LectureSWSECTSConstruction- and Regional Planning Law VOConstruction- and Regional Planning Law VOLector: FH-Prof. DI (FH) Karl Kaineder1SWS1ECTSLecture contentsIntroduction to spatial planning, in public construction law and in the legal system in Austria. The relationship of the building lease to other legal matters of public law. The basic provisions of the Building Code for Vienna and its subsidiary legislation (building, town planning, building site creation, resource usage agreements and procedures, authorities and parties). Ancillary provisions for building code for Vienna. Overview of the system of investment law in Austria.Assessment methodsWritten examination after conclusion the lecturesTeaching methodsLectureLanguageGerman11Building Construction 2 - Exercise UEBuilding Construction 2 - Exercise UELector: Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), DI Peter Müller1SWS2ECTSLecture contents.Assessment methods.Teaching methods.LanguageGerman12Building Construction 2 VOBuilding Construction 2 VOLector: DI. Dr.techn. Anton Pech2SWS2ECTS22Construction Management VOConstruction Management VOLector: FH-Prof. DI (FH) Karl Kaineder2SWS2ECTSLecture contentsBasics of construction site organization, building management and the building industry. Methods of costing and cost tracking and cost control. Basics of construction planning and scheduling. Fundamentals of quality and performance control. Introduction to the management of claims. Application of construction and contract law.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Descriptive Geometry 2 VODescriptive Geometry 2 VOLector: DI Dr. Christian Hölzl1SWS1ECTSLecture contentsIntroduction to Rhino3D using the example of curves and surfaces Parametric drawing with Grasshopper Optimization with GalapagosAssessment methodsFinal testTeaching methodsLecture with examplesLanguageGerman11Design 2 - Exercise UEDesign 2 - Exercise UELector: Dipl.-Ing.in Elena Mitrenova, MA, Martin Schachenhofer, BSc3SWS8ECTS38Freehand Drawing and Sketching 2 UEFreehand Drawing and Sketching 2 UELector: Dipl.-Ing. Hannes Gröblacher, Mag. art Mei-Fang Hsieh, Mag.-Art. Peter Nachtigall1SWS1ECTSLecture contentsPresentation techniques in color, schematic representation of buildings and bodies, interpretation of materiality through the use of various analog media.Assessment methodsFinal TestTeaching methodsUELanguageGerman11Planning and Design 2 ILVPlanning and Design 2 ILVLector: DI Dr.techn. Jochen Hoog1SWS2ECTSLecture contentsIntroduction to the respective design task according to the semester program, presentation of the main parameters of the object. I.E., collection and presentation of appropriate analytical methods. How to create a space program, philosophical introduction to the subject.Assessment methodsFinal TestTeaching methodsILVLanguageGerman12Innovative Energy Strategies 1 VOInnovative Energy Strategies 1 VOLector: Dipl.-Ing. Dr. Doris Österreicher, MSc3SWS3ECTSLecture contentsIntroduction to energy concepts Basis in energy concept development Renewable energy systems Heating systems: distribution, storage and generation Electrical systems: storage and generation Ventilation systems: basic concepts and systems Energy certificate, calculation of heating loadsAssessment methodsFinal written Exam 1,5h 45min theoretical part / 45 practical example Grades of the Exam based on correctness and completeness Exam includes Gebäudephysik 1 and Innovative Energiekonzepte 1Teaching methodsLecture supported by single- and group exercises Use of Calculation and Simulation-ToolsLanguageGerman33Steel and Wood Construction VOSteel and Wood Construction VOLector: DI Dr. Karl Heinz Hollinsky2SWS2ECTSLecture contentsBasics, material properties, design based on calculations of torque of shear force, torsion load, trusses, frames, stability, fire protection, connections, wind-bracing, corrosion protection, welding and screw connections, exercises, evidence according to Eurocode 1 of 1993 and 1995-1 EUROCODE.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Reinforced Concrete Engineering VOReinforced Concrete Engineering VOLector: DI Dr. Edmund Spitzenberger2SWS2ECTSLecture contentsEffect of reinforced concrete, material characteristics, plan representation of components and structures made of reinforced concrete, rated on torque of shear force and Torsional stress SPE, stability, reinforcement, components made of unreinforced concrete, training and assessment of fundamental and support buildings, exercises, certificates according to Eurocode 1992-1.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Theory of Statics and Strength of Materials 2 ILVTheory of Statics and Strength of Materials 2 ILVLector: FH-Prof. DI Christian Polzer2SWS4ECTSLecture contentsstress analysis (axial stress, shear stress, bending stress), strain, stability analysis, deformation, Proof of stability, deformation, modeling, load derivation, load influence surfaces, preliminary design, stiffening systems, vocabulary list.Assessment methodswritten exam after the course:Teaching methodslecture24 3. Semester LectureSWSECTSHistory of Architecture and Art 1 VOHistory of Architecture and Art 1 VOLector: DI Irmengard Mayer, Mag. Alexander Potucek2SWS2ECTS22Theory of Architecture VOTheory of Architecture VOLector: Ao.Univ.Prof. Dr. Ing. Dörte Kuhlmann1SWS1ECTSLecture contentsThis course gives an overview and an introduction to the main theories of Western architectural history and explains their position within the larger historical context. The lecture describes the different ideas and theories which ultimately led to modernity and modern architecture of the 20th and 21st centuries. Special attention is paid to developments which deal with the relationship between architecture and the environment, underlining their relevance for the present.Assessment methodsWritten ExamTeaching methodslectureLanguageGerman11Building Construction 3 VOBuilding Construction 3 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTS11Design 3 - Exercise UEDesign 3 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Dipl.-Ing.in Dr.in Hildegard Sint4SWS12ECTS412Building Physics 2 - Energy Certificates VOBuilding Physics 2 - Energy Certificates VOLector: DI Dr. Peter Holzer2SWS2ECTS22Planning and Design 3 ILVPlanning and Design 3 ILVLector: Dipl.-Ing.in Dr.in Hildegard Sint1SWS2ECTS12Regionally Adapted Building and Design 1 VORegionally Adapted Building and Design 1 VOLector: DI Johannes Kislinger1SWS1ECTSLecture contentsIntroduction to the Central European climate zone and its demands on buildings. Traditional and modern solutions in building. Reading sun charts and interpretation into the building design. Relationships of material, material properties, area of application, sunlight, building functions and their synthesis in the building design.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Regionally Adapted Building and Design 1 - Exercise UERegionally Adapted Building and Design 1 - Exercise UELector: Martha C. Enriquez-Reinberg, lic. Arq., vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.2SWS4ECTS24Communication SECommunication SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS1ECTS11Sociology VOSociology VOLector: Barry Jenkins, BSc (Hons)1SWS1ECTS11Residential Building VOResidential Building VOLector: vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.1SWS1ECTS11Residential Building - Exercise UEResidential Building - Exercise UELector: Dipl.-Ing.in Dr.in Hildegard Sint1SWS2ECTS12 4. Semester LectureSWSECTSBuilding Environment Control - Smart Building VOBuilding Environment Control - Smart Building VOLector: DI Dr. Bernhard Lipp1SWS1ECTSLecture contentsIntegrative Building Automation Building automation and networking Building automation and bus systems Integration of storage and generation in building management systems. Possible demands and benefits of the integration with Smart GridAssessment methodsFinal TestTeaching methodsVOLanguageGerman11Planning and Design 4 VOPlanning and Design 4 VOLector: DI David Schwärzler1SWS1ECTSLanguageGerman11Innovative Energy Strategies 2 VOInnovative Energy Strategies 2 VOLector: DI Dr. Peter Holzer3SWS3ECTSLecture contentsCooling components and systems. Systems of water-based cooling distribution, storage and transfer. Cooling load calculation. Ventilation and air-based air-conditioning in non-residential construction. Lighting and imaging techniques. Innovative energy-efficient building concepts in non-residential buildings. Support in design 4Assessment methodsFinal TestTeaching methodsVOLanguageGerman33Regionally Adapted Building and Design 2 VORegionally Adapted Building and Design 2 VOLector: Dr. Mag. Architekt Antonio Leonte, Dr. Mag. Arch.1SWS1ECTSLecture contentsDetailed analysis of the Central European climate and its demands on buildings. Traditional and modern building solutions. Relationships of material, material properties, area of application, wind, precipitation, cooling, humidity, building functions and their synthesis in the building design.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Regionally Adapted Building and Design 2 - Exercise UERegionally Adapted Building and Design 2 - Exercise UELector: Martha C. Enriquez-Reinberg, lic. Arq., vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.1SWS2ECTSLecture contentsApplying the lecture contents in a practical exercise, developing solution proposals for simplifying the connections between wind, precipitation, cooling, humidity in building volumes and low complexity features.Assessment methodsFinal TestTeaching methodsUELanguageGerman12Seminar Parallel to Work Placement SESeminar Parallel to Work Placement SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS1ECTSLecture contentsIn this course the general conditions for the work placement are presented, followed by a discussion of the students' questions. The students have to present their papers for approx. 5 to 8 minutes in class.Assessment methodsFinal presentationTeaching methods1 LPLanguageGerman11Water and Buildings VOWater and Buildings VOLector: Dipl.-Ing. Dr. Andrea Rathmanner1SWS1ECTSLecture contentsTerms and principles in the field of water management and environmental protection. Basics of urban water construction. Drinking water supply and drainage. Alternatives to conventional systems. Stormwater management. Water features. Water fountains, swimming pools.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Introduction to Scientific Work SEIntroduction to Scientific Work SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS5ECTSLecture contentsIntroduction to scientific work: collection of materials; structure; table of contents; citations; remarks; appendices; imaging and bibliography; index; typeface; citation rules. In thesis 1 the students will find a subject on which they will produce a written work, on the basis of their already completed courses, which complies with the formal requirements of scientific work.Assessment methodsBachelor thesisTeaching methods0,75 LP UE + 4,25 LP distance learning (Bachelor thesis)LanguageGerman15Building Construction 4 VOBuilding Construction 4 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTSLanguageGerman11Work Placement PRWork Placement PRLector: FH-Prof. DI Christian Polzer0SWS6ECTSLecture contentsThe theoretically taught expertise is applied to professional practice.Assessment methodsFinal TestTeaching methodsPRLanguageGerman06Design 4 - Exercise UEDesign 4 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Mag. Arch. Veit Pedit3SWS8ECTSLecture contentsConvert a design task: preparation of the general data analysis, sample collection, material collection, study of the parameters defining the essential design criteria, finding the design idea, alternative studies, development and formulation of the draft to the predetermined level of detail, as shown in the required plans and standards, model, perspective sketches, rendering description. Public oral presentation based on the plans and the model.Assessment methodsFinal TestTeaching methodsUELanguageGerman38 5. Semester LectureSWSECTSBuilding Construction 5 VOBuilding Construction 5 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTS11Design 5 - Exercise UEDesign 5 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), Mag. Arch. Veit Pedit, FH-Prof. DI Christian Polzer, Ing. Mag. Arch. Andreas Wörndl, MAS4SWS12ECTS412Building Design ILVBuilding Design ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay1SWS2ECTS12Planning and Design 5 ILVPlanning and Design 5 ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay1SWS2ECTS12Fire Protection VOFire Protection VOLector: DI Dieter Werner, MSc1SWS1ECTSLecture contentsBasics of fire protection and fire protection concepts: legal and technical basics, fire protection planning Contents of fire protection concepts: Fundamentals of structural, technical, organizational fire protection Fire protection concepts in practiceAssessment methodsFinal TestTeaching methodsVO, small work in groupsLanguageGerman11Lighting Technology VOLighting Technology VOLector: Dipl.-Ing. Gudrun Schach1SWS1ECTSLecture contentsBasics of lighting techniques and lighting planning, lamps and lighting technology, visual light perception, economy contemplation of lighting solutions, analytical lighting for the applications office, industry, shop and lighting in outdoor areas.Assessment methodsTeaching methodsVOLanguageGerman11Life-Cycle-Management VOLife-Cycle-Management VOLector: MMag. Philipp Kaufmann, MMAS2SWS2ECTS22Sustainability of Building Components and Constructions VOSustainability of Building Components and Constructions VOLector: Dipl.-Ing. Dr.techn. Tobias Steiner2SWS2ECTSLecture contentsSustainability of components and constructions + Current trends and developments + Durability and serviceability of constructions - guidelines and standards + Assessment of components and constructions - simplified/stationary - detailed/over time + Dimensioning and evaluation of components and constructions + Transient hygric-thermal simulation of components and constructions - Building material parameters and modelling - Climate data - Output sizes - Calculation and assessmentAssessment methodsFinal TestTeaching methodsVOLanguageGerman22Planning and Renovating Existing Structures VOPlanning and Renovating Existing Structures VOLector: Dipl.-Ing. Walter Hüttler, DI Dr. Edmund Spitzenberger2SWS2ECTSLecture contentsBuilding culturally appropriate handling of the inventory Dealing with the historic structures and their time appropriate extension Application of content of preservation, soil mechanics, as well as historical building construction and equipment, Procedures for assessing status, economic measures for the energy-related modernization (building, equipment), Establishment of types of buildings, including their problems, Methods of Foundation studies and ground studies in old buildings, stability calculation of foundations, Methods of Foundation rehabilitation - education Legislative issues, impact of new construction on the Foundation of adjacent buildings, Legal or regulatory provisions in attic-buildings or increases, Examples.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Social Sustainability VOSocial Sustainability VOLector: DI Petra Hendrich, BA1SWS1ECTS11Urban Design and Regional Development VOUrban Design and Regional Development VOLector: Arch. Dipl.-Ing. Dr. Vladimir Vukovic2SWS2ECTSLecture contentsTheoretical topics and practical examples of urban planning and urban design in terms of the historical development of cities, their morphology, scale, environment and the current situation of present towns. Basics of spatial planning, the spatial planning policy and the current situation in Austria. Multidisciplinary topics between spatial planning, urban planning/design and architecture. Application of spatial analysis with the help of instruments for monitoring and evaluation. Presentation of theoretical frameworks and urban planning approaches. • Understanding of the tension between be permanence and change • Understanding of the influence of topography on structures • Understanding of scale. Content: Presentation of typological analysis to the understanding of size and materiality in the cultural expression of the city.Assessment methodsActive participation in the lectures, literature research, final exam.Teaching methodsLectures, literature research, discussions.LanguageGerman22Daylight & Architecture VODaylight & Architecture VOLector: Dr. DI Renate Hammer, MAS2SWS2ECTSLecture contentsIncreasing knowledge about daylight and it’s designing in architecture, light in rooms, relationships between light openings, room sizes, depths of space, surfaces and daylight supply. Influence of window types, sizes, location, frame ratio, quality of glazing on daylight supply. Creating the right atmosphere using different ways to contribute daylight. Light and color, photo physiology. Facade engineering, shading and sun protection, daylight aspects in renovation. Application of simple planning tools.Assessment methodsFinal Test Written final test. Results of defined tasks done during the lecture (measuring protocol or similar) could be added to the test within the first attempt. Assessment criteria: correctness completeness autonomy of approach clear presentationTeaching methodsVO Lecture with practical exercises and application of simulation tools and measuring instrumentsLanguageGerman22 6. Semester LectureSWSECTSDesign 6 - Exercise UEDesign 6 - Exercise UELector: Dr. DI Renate Hammer, MAS, Dipl.-Ing.in Dr.in Hildegard Sint3SWS12ECTSLecture contentsConvert a design task: preparation of the general data analysis, sample collection, material collection, study of the parameters defining the essential design criteria, finding the design idea, alternative studies, development and formulation of the draft to the predetermined level of detail, as shown in the required plans and standards, model, perspective sketches, rendering description. Public oral presentation based on the plans and the model.Assessment methodsFinal TestTeaching methodsUELanguageGerman312Integral Planning ILVIntegral Planning ILVLector: DI Lukas Antoni, Isabella Dornigg, MSc, Dipl.-Ing. Mag. Cristina Florit Schmid, Dipl.Ing. Manfred Gräber, Architekt, DI Monika Ilg, Ing. Robert Jungwirth, FH-Prof. DI (FH) Karl Kaineder, Dipl. Ing. Hubert Kirchberger, Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), DI Michael Löschenbrand, Arch. Dipl.-Ing. Simon Oberhammer, FH-Prof. DI Christian Polzer, Dipl.-Ing. Christian Salzer, Dipl.-Ing.in Dr.in Hildegard Sint3SWS8ECTSLanguageGerman38Open Space Planning VOOpen Space Planning VOLector: Dipl.-Ing. Dominik Scheuch, DI1SWS1ECTSLecture contentsIn the center of the work free space planning is the mediation between landscape architectural planning and action. At the beginning is the clarification of key terms. The landscape as the actual field of action, landscape architecture rather than man-made structures, which have always been transformed. In the city, as well as, in the country, and in between. Types of open spaces and the degree of public opinion contribute to the debate. The next focus is the introduction to the landscape architectonic design. Basics of space education are discussed, as well as the shape of the elements of the free space. Then contemporary projects will be presented and analyzed together. Basis for the planning of • private parcels in the city, • the courts of the country, • neighborhood garden and community gardens, • International Garden and • public open spaces.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Open Space Planning - Exercise UEOpen Space Planning - Exercise UELector: DI Srdan Ivkovic1SWS2ECTSLecture contentsThe architectural design is based on issues of the named context, the scenic inventory and checking free space-planning requirements. These can be conveyed within the framework of the design exercises and project-oriented exercise. Methodology of designing for freedom Application of the theoretical foundations of the lecture in individual projects Presentation techniques for the presentation.Assessment methodsFinal TestTeaching methodsUELanguageGerman12Building Certification Systems VOBuilding Certification Systems VOLector: Isabella Dornigg, MSc, Dipl.-Ing. Mag. Cristina Florit Schmid2SWS2ECTSLecture contentsIntroduction to certification systems, their history, development and future significance. Objectives, structure and composition, evaluation methods, aggregated figures, criteria sets of individual methods in comparison, calculation examples.Assessment methodsSeminar paperTeaching methodsVOLanguageGerman22Analysis of the Interior VOAnalysis of the Interior VOLector: Dipl.-Ing. Peter Tappler1SWS1ECTSLecture contentsIntroduction to indoor environmental analysis, air pollutants (VOC, formaldehyde, mold) and room air examination methods, indoor climate, electromagnetic fields, house dust, building hygiene rating, sick building syndrome, airflow measurements. Recording of parameters, measurements and evaluations for living and working.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Ecology in Tender, Award and Settlement VOEcology in Tender, Award and Settlement VOLector: DI Monika Ilg, Dipl.-Ing. Stefan Perschy2SWS2ECTSLecture contentsPublic Procurement and tendering with the service description for constructions. You learn about the basics of the current BVergG (federal act on public procurement) and common standards. Contents of the LB-HB 021 Examination of offers according to the BVergG Element method of ÖNORM B1801-1 Building Information Modeling and tenderingAssessment methodsMoodle-Test and tutorials Due to the Covid 19 situation, the examination modalities can also be adjusted at short notice during the current semester.Teaching methodsBring your notebook and create the specifications with the softwaretools of ABKLanguageGerman22Project Management VOProject Management VOLector: Dipl.-Ing. (FH) Carmen Dilch, MSc. MRICS, FH-Prof. DI (FH) Karl Kaineder2SWS2ECTSLanguageGerman22Number of teaching weeks 15 per semester Language of instructionGermanTimesMon to Fri, from 8.45 a.m. ElectivesSelection and participation according to available places. There may be separate selection procedures. How you benefit Demand for green building experts is rising as buildings are required to meet ever more stringent environmental standards. EU Directive EPBD 2010 on the Energy Performance of Buildings has accelerated the trend by obliging member states to construct only zero-energy buildings from 2020. New buildings will have to be almost energy self-sufficient in the way they are built and operated through high energy efficiency standards and renewable sources of energy. This target will apply to public sector buildings as early as 2018. As a graduate of the program, you will be equipped to meet that challenge. In your capacity as an expert, you will be qualified to pursue a broad range of creative duties for engineering and architect's offices, the construction industry and building trade, consulting firms, private property developers, public contract awarders and supervisory authorities. You can use the job title of “Architect” after completing your Bachelor's and Master's Degree in Architecture - Green Building at FH Campus Wien once you have three years of practical experience and have successfully passed the civil engineering exam.Engineering and architect's officesThe construction industry and building tradeConsulting firmsPublic and private property developers Building inspection authorities and public administration bodiesReal estate services Construction departments of private clients (chain stores, insurance companies, banks) Master's degree progams Architecture - Green Building Master, full-timemoreCivil Engineering and Construction Management Master, part-timemoreBuilding Services Engineering Master course for advanced professional training, part-timemore Admission Admission requirements General higher education entrance qualification University entrance qualification or degree from a general or vocational secondary schoolUniversity entrance exam (Berufsreifeprüfung)Equivalent certification from abroad Equivalence is determined by international agreements, validation or in individual cases a decision by the head of the academic section. In specific cases the head of the program may formally recognize a qualification. Qualification to study examinationUniversity entrance exam (Studienberechtigungsprüfung)Relevant professional qualification with additional exams Minimum age 20 (with three years of vocational school) or 22 years. You may have obtained your vocational qualification through a pertinent apprenticeship, foreman exam or verifiable occupation within the construction sector. If you choose this method of admission, please contact the Secretary's Office. There you will receive the necessary forms.Regulation for the admission of third country citizens (PDF 233 KB)Information for applicants with non-Austrian (school) certificates (PDF 145 KB) Application The first step in your application is the online application. You will then receive an automated confirmation e-mail with your application form attached. This form must be signed by hand and sent by mail with the following copied documents:Fully completed and signed application formBirth certificateCopy of the passport or Personal IDUniversity entrance certificate or university entrance exam (Studienberechtigungsprüfung) or proof of professional qualificationfor non-German speaking applicants: Proof of German language skills level B2Diploma of the 7th grade (AHS, BRG, etc.) or the 4th grade (HTL, HAK, etc.) - all pages of the diploma!Please send the mentioned documents in paper form only to the following address:FH Campus Wien Bachelor Architecture – Green Building Favoritenstraße 226, P.1.05 1100 ViennaPlease note: It is not possible to save incomplete online applications. You must complete your application in one session. After completing the online application, you will automatically receive a confirmation e-mail to your e-mail address. If you have not received this within an hour, please contact the secretary's office of the Department of Building and Design at bau@fh-campuswien.ac.at or +43 1 606 68 77-2230. Admission procedure The admission procedure includes a written text and an interview with the admission committee and takes place at FH.Aim The aim of the admissions process is to offer a place to those persons who complete the multi-stage admissions procedure with the best results. It leads to a ranking of the applicants. The test methods are based on the skills required for the desired profession.Procedure The written entrance test includes tasks from logic, general knowledge, spatial awareness, English and German and a drawing test part. Furthermore, a portfolio folder must be prepared in advance. Details about the portfolio folder (PDF, 88 KB, content only available in German). Send the portfolio folder in PDF format (maximum 10 MB) by e-mail to Ms. Manuela Schriefl (manuela.schriefl@fh-campuswien.ac.at) at least 14 days before the assigned interview date and also bring the folder to the interview. Electronic submission is a prerequisite for participation in the admission interview. If you need assistance with the preparation and/or creation of your portfolio folder, we recommend that you attend our portfolio course. Details about the course (PDF 89 KB, content only available in German). After the written test, applicants have an admission interview that gives a first impression of their qualifications. This includes professional motivation, professional understanding, performance behavior, problem solving, and reflective ability. Each part of the test is evaluated with points.Criteria The criteria leading to admission are exclusively performance-related. The geographical origin of the applicant has no influence on the admission decision. The admission requirements must be fulfilled. The final ranking of applicants is determined after completion of the above-mentioned admission procedure.The Admissions Committee, which also includes the Head of Studies and the Lecturers' Association, allocates the study places on the basis of the ranking. The overall process as well as all evaluations of the admission procedure are documented in a comprehensible manner. You will be notified at the end of June/beginning of July 2022 whether we are able to offer you a place in the degree program, whether you have been placed on the waiting list or whether you have not passed the admission procedure. Dates Admission procedure You will receive an invitation to the admissions procedure after positive examination of all relevant documents. You will receive the exact date and schedule for the admission interviews approximately one week before the date. Due to the increased amount of time required for the admission interviews, it is possible that additional admission appointments will be postponed - this depends on the number of applicants.Wednesday, 20th April 2022Monday, 23rd May 2022Tuesday, 21st June 2022The dates are assigned and cannot be freely chosen. Studying with disabilities If you have any questions regarding accessibility or if you have a specific need in the admission procedure due to an impairment, please contact Ursula Weilenmann for organizational reasons as early as possible at barrierefrei@fh-campuswien.ac.at.Since we try to take into account individual needs due to disabilities when conducting the written admission test, we ask you to indicate in your online application to Weilenmann in which form you require support.Your contact person in the department Gender & Diversity ManagementMag.a Ursula Weilenmann, Mitarbeiterinbarrierefrei@fh-campuswien.ac.athttp://www.fh-campuswien.ac.at/barrierefrei International Take the opportunity to do an internship or study semester abroad as part of your studies. The degree program and the International Office will be happy to support you.More information on studying abroad Contact > FH-Prof. DI Christian Polzer Head of Bachelor's Degree Program Architecture - Green Building, Academic Staff T: +43 1 606 68 77-2231christian.polzer@fh-campuswien.ac.at Secretary's office Karin Netzer, BAManuela Schriefl Favoritenstraße 226, P.1.07 1100 Vienna T: +43 1 606 68 77-2230 F: +43 1 606 68 77-2239bau@fh-campuswien.ac.atMap main campus Favoriten (Google Maps)Office hours during the semester By arrangement Teaching staff and research staff > FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay Academic Staff> DI Dr. Christian Hölzl Academic Staff> Dipl.-Ing.in Dr.in Hildegard Sint Academic Staff> FH-Prof. Mag. Dr. Manfred Steiner Academic Staff> FH-Prof. DI Dr.techn. Markus Vill Head of Academic Course Technical Building Equipment, Structural Engineering and Rehabilitation Technology for the Real Estate Industry, Academic Staff Cooperations and Campusnetzwerk We closely cooperate with renowned companies in commerce and industry, universities, institutions and schools. This ensures that you have points of contact for professional internships, job opportunities or your participation in research and development activities. Major players in the construction industry such as the PORR Group, STRABAG SE or ÖBB-Infrastruktur AG will support you in various funding programs, provide insights into professional practice, offer the chance of rare part-time jobs or accompany you with professional expertise and collegial advice. You can find many of our cooperations on the website of our Campusnetzwerk. A look at them is always worthwhile and may lead you to a new job or to an interesting event of our cooperation partners! Welcome to our Campusnetzwerk Find suitable job offers, build valuable mentoring relationships and expand your professional network - become part of our community!Register now for free
1. Semester LectureSWSECTSBuilding Construction 1 ILVBuilding Construction 1 ILVLector: DI. Dr.techn. Anton Pech2SWS4ECTSLanguageGerman24Building Materials ILVBuilding Materials ILVLector: Dipl.-Ing. Dr. Heinrich Bruckner1SWS2ECTSLecture contentsIntroduction, theoretical basis for describing the construction materials, development of characteristics and application in the first material groups. Formulation of basic knowledge (production, essential technical features, product forms) about the individual building materials, i.e. glass, ceramics, plastics, binders, wood, steel, concrete. Information on material standards.Assessment methodsFinal TestTeaching methodsILVLanguageGerman12Building Materials and Green Building VOBuilding Materials and Green Building VOLector: Dipl.-Ing. Dr.techn. Tobias Steiner1SWS1ECTSLecture contents- ecological performance of relevant building materials - different assessment methods für building materials and constructions - alternative construction methods with reduced enviromental footprintAssessment methodsTeaching methodsVO: presentations and independent consolidation of the topic with various exercises and examplesLanguageGerman11CAD UECAD UELector: Andrea Filkova, BSc, Julia Kolm, BSc, DI Lukas Kruczynski, Lukas Mayr, B.Sc., Ing Andreas Vondrasek2SWS2ECTS22Descriptive Geometry 1 VODescriptive Geometry 1 VOLector: DI Dr. Christian Hölzl2SWS2ECTSLecture contents1. Preliminary remarks 2. Types of representation 3. From the foundation to the excavation - orthographic projection 4. Ichnography, elevation and sheer plan of a building 5. Roof design 6. Illustrative images of spatial objects 7. Perspective pictures - the central projection 8. Shadow in parallel lightingAssessment methodsFinal exam. The maximal number of points is 30. Points Mark ===== ==== 27 - 30 1 24 - 26 2 21 - 23 3 18 - 20 4 0 - 17 5Teaching methodsLearning guided by the the worksheets.LanguageGerman22Introduction to Green Building VOIntroduction to Green Building VOLector: Arch. Dipl.-Ing. Ursula Schneider1SWS1ECTS11Design 1 - Exercise UEDesign 1 - Exercise UELector: DI Bence Horvath, Dipl.-Ing.in Elena Mitrenova, MA, Dipl.-Ing.in Aída Santana Sosa, Dipl.-Ing.in Dr.in Hildegard Sint2SWS4ECTS24Freehand Drawing and Sketching 1 UEFreehand Drawing and Sketching 1 UELector: Dipl.-Ing. Hannes Gröblacher, Mag. art Mei-Fang Hsieh, Mag.-Art. Peter Nachtigall, Monika Scheuch, BA1SWS1ECTS11Building Physics 1 - Basics VOBuilding Physics 1 - Basics VOLector: Dipl.-Ing. Dr. Doris Österreicher, MSc3SWS3ECTSLecture contentsIntroduction to Building Physics Basics heat insulation Climate data and user profiles Properties of materials and components, calculation of U-values Heating balance, heating demand, energy certificate Basics in protection against condensation, Glaser diagram Basics in summer overheating and avoidance of overheatingAssessment methodsFinal written Exam 1,5h 45min theoretical part / 45 practical example Grades of the Exam based on correctness and completeness. Due to the Covid 19 situation and the holding of lectures according to the regulations of the BMBWF, the examination modalities can also be adjusted at short notice during the current semester.Teaching methodsLecture supported by single- and group exercises Use of Calculation and Simulation-ToolsLanguageGerman33Planning and Design 1 ILVPlanning and Design 1 ILVLector: Dr. Mag. Architekt Antonio Leonte, Dr. Mag. Arch.1SWS2ECTS12Basics of Public Law VOBasics of Public Law VOLector: Mag.iur. Henriette Huber2SWS2ECTSLecture contentsPublic law: Basics of constitutional and administrative law (e.g. legislation, board of authorities, decree, legal standing) Civil law: Property law (property, right of lien, servitude, cadaster, etc.), law of obligation (basics, contract law general, control of general terms and conditions, impairment of performance such as delay and guarantee, tort, product liability, etc.), basics of corporal law (power of attorney, commercial register, corporate law). Building and contract law: The building contract and its basics in general civil law, the basics of the legal doctrine and of ÖNORM B 2110 (general contract regulations for planning and building services) are mastered by the students.Assessment methodsFinal TestTeaching methodslectureLanguageGerman22Plan Generation and Structural Drawing ILVPlan Generation and Structural Drawing ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay2SWS2ECTS22Theory of Statics and Strength of Materials 1 ILVTheory of Statics and Strength of Materials 1 ILVLector: FH-Prof. DI Christian Polzer2SWS3ECTSLecture contentsFundamental theory of statics; the concept of force; calculating the supporting forces in rigid bodies; calculating cutting forces; introduction to kinematics; the concept of virtual work; trusses; stress and strain of bodies and materials; calculating tension; static equilibriumAssessment methodswritten exam after the courseTeaching methodslectureLanguageGerman23Visualization VOVisualization VOLector: Ing Andreas Vondrasek1SWS1ECTS11
2. Semester LectureSWSECTSConstruction- and Regional Planning Law VOConstruction- and Regional Planning Law VOLector: FH-Prof. DI (FH) Karl Kaineder1SWS1ECTSLecture contentsIntroduction to spatial planning, in public construction law and in the legal system in Austria. The relationship of the building lease to other legal matters of public law. The basic provisions of the Building Code for Vienna and its subsidiary legislation (building, town planning, building site creation, resource usage agreements and procedures, authorities and parties). Ancillary provisions for building code for Vienna. Overview of the system of investment law in Austria.Assessment methodsWritten examination after conclusion the lecturesTeaching methodsLectureLanguageGerman11Building Construction 2 - Exercise UEBuilding Construction 2 - Exercise UELector: Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), DI Peter Müller1SWS2ECTSLecture contents.Assessment methods.Teaching methods.LanguageGerman12Building Construction 2 VOBuilding Construction 2 VOLector: DI. Dr.techn. Anton Pech2SWS2ECTS22Construction Management VOConstruction Management VOLector: FH-Prof. DI (FH) Karl Kaineder2SWS2ECTSLecture contentsBasics of construction site organization, building management and the building industry. Methods of costing and cost tracking and cost control. Basics of construction planning and scheduling. Fundamentals of quality and performance control. Introduction to the management of claims. Application of construction and contract law.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Descriptive Geometry 2 VODescriptive Geometry 2 VOLector: DI Dr. Christian Hölzl1SWS1ECTSLecture contentsIntroduction to Rhino3D using the example of curves and surfaces Parametric drawing with Grasshopper Optimization with GalapagosAssessment methodsFinal testTeaching methodsLecture with examplesLanguageGerman11Design 2 - Exercise UEDesign 2 - Exercise UELector: Dipl.-Ing.in Elena Mitrenova, MA, Martin Schachenhofer, BSc3SWS8ECTS38Freehand Drawing and Sketching 2 UEFreehand Drawing and Sketching 2 UELector: Dipl.-Ing. Hannes Gröblacher, Mag. art Mei-Fang Hsieh, Mag.-Art. Peter Nachtigall1SWS1ECTSLecture contentsPresentation techniques in color, schematic representation of buildings and bodies, interpretation of materiality through the use of various analog media.Assessment methodsFinal TestTeaching methodsUELanguageGerman11Planning and Design 2 ILVPlanning and Design 2 ILVLector: DI Dr.techn. Jochen Hoog1SWS2ECTSLecture contentsIntroduction to the respective design task according to the semester program, presentation of the main parameters of the object. I.E., collection and presentation of appropriate analytical methods. How to create a space program, philosophical introduction to the subject.Assessment methodsFinal TestTeaching methodsILVLanguageGerman12Innovative Energy Strategies 1 VOInnovative Energy Strategies 1 VOLector: Dipl.-Ing. Dr. Doris Österreicher, MSc3SWS3ECTSLecture contentsIntroduction to energy concepts Basis in energy concept development Renewable energy systems Heating systems: distribution, storage and generation Electrical systems: storage and generation Ventilation systems: basic concepts and systems Energy certificate, calculation of heating loadsAssessment methodsFinal written Exam 1,5h 45min theoretical part / 45 practical example Grades of the Exam based on correctness and completeness Exam includes Gebäudephysik 1 and Innovative Energiekonzepte 1Teaching methodsLecture supported by single- and group exercises Use of Calculation and Simulation-ToolsLanguageGerman33Steel and Wood Construction VOSteel and Wood Construction VOLector: DI Dr. Karl Heinz Hollinsky2SWS2ECTSLecture contentsBasics, material properties, design based on calculations of torque of shear force, torsion load, trusses, frames, stability, fire protection, connections, wind-bracing, corrosion protection, welding and screw connections, exercises, evidence according to Eurocode 1 of 1993 and 1995-1 EUROCODE.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Reinforced Concrete Engineering VOReinforced Concrete Engineering VOLector: DI Dr. Edmund Spitzenberger2SWS2ECTSLecture contentsEffect of reinforced concrete, material characteristics, plan representation of components and structures made of reinforced concrete, rated on torque of shear force and Torsional stress SPE, stability, reinforcement, components made of unreinforced concrete, training and assessment of fundamental and support buildings, exercises, certificates according to Eurocode 1992-1.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Theory of Statics and Strength of Materials 2 ILVTheory of Statics and Strength of Materials 2 ILVLector: FH-Prof. DI Christian Polzer2SWS4ECTSLecture contentsstress analysis (axial stress, shear stress, bending stress), strain, stability analysis, deformation, Proof of stability, deformation, modeling, load derivation, load influence surfaces, preliminary design, stiffening systems, vocabulary list.Assessment methodswritten exam after the course:Teaching methodslecture24
3. Semester LectureSWSECTSHistory of Architecture and Art 1 VOHistory of Architecture and Art 1 VOLector: DI Irmengard Mayer, Mag. Alexander Potucek2SWS2ECTS22Theory of Architecture VOTheory of Architecture VOLector: Ao.Univ.Prof. Dr. Ing. Dörte Kuhlmann1SWS1ECTSLecture contentsThis course gives an overview and an introduction to the main theories of Western architectural history and explains their position within the larger historical context. The lecture describes the different ideas and theories which ultimately led to modernity and modern architecture of the 20th and 21st centuries. Special attention is paid to developments which deal with the relationship between architecture and the environment, underlining their relevance for the present.Assessment methodsWritten ExamTeaching methodslectureLanguageGerman11Building Construction 3 VOBuilding Construction 3 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTS11Design 3 - Exercise UEDesign 3 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Dipl.-Ing.in Dr.in Hildegard Sint4SWS12ECTS412Building Physics 2 - Energy Certificates VOBuilding Physics 2 - Energy Certificates VOLector: DI Dr. Peter Holzer2SWS2ECTS22Planning and Design 3 ILVPlanning and Design 3 ILVLector: Dipl.-Ing.in Dr.in Hildegard Sint1SWS2ECTS12Regionally Adapted Building and Design 1 VORegionally Adapted Building and Design 1 VOLector: DI Johannes Kislinger1SWS1ECTSLecture contentsIntroduction to the Central European climate zone and its demands on buildings. Traditional and modern solutions in building. Reading sun charts and interpretation into the building design. Relationships of material, material properties, area of application, sunlight, building functions and their synthesis in the building design.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Regionally Adapted Building and Design 1 - Exercise UERegionally Adapted Building and Design 1 - Exercise UELector: Martha C. Enriquez-Reinberg, lic. Arq., vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.2SWS4ECTS24Communication SECommunication SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS1ECTS11Sociology VOSociology VOLector: Barry Jenkins, BSc (Hons)1SWS1ECTS11Residential Building VOResidential Building VOLector: vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.1SWS1ECTS11Residential Building - Exercise UEResidential Building - Exercise UELector: Dipl.-Ing.in Dr.in Hildegard Sint1SWS2ECTS12
4. Semester LectureSWSECTSBuilding Environment Control - Smart Building VOBuilding Environment Control - Smart Building VOLector: DI Dr. Bernhard Lipp1SWS1ECTSLecture contentsIntegrative Building Automation Building automation and networking Building automation and bus systems Integration of storage and generation in building management systems. Possible demands and benefits of the integration with Smart GridAssessment methodsFinal TestTeaching methodsVOLanguageGerman11Planning and Design 4 VOPlanning and Design 4 VOLector: DI David Schwärzler1SWS1ECTSLanguageGerman11Innovative Energy Strategies 2 VOInnovative Energy Strategies 2 VOLector: DI Dr. Peter Holzer3SWS3ECTSLecture contentsCooling components and systems. Systems of water-based cooling distribution, storage and transfer. Cooling load calculation. Ventilation and air-based air-conditioning in non-residential construction. Lighting and imaging techniques. Innovative energy-efficient building concepts in non-residential buildings. Support in design 4Assessment methodsFinal TestTeaching methodsVOLanguageGerman33Regionally Adapted Building and Design 2 VORegionally Adapted Building and Design 2 VOLector: Dr. Mag. Architekt Antonio Leonte, Dr. Mag. Arch.1SWS1ECTSLecture contentsDetailed analysis of the Central European climate and its demands on buildings. Traditional and modern building solutions. Relationships of material, material properties, area of application, wind, precipitation, cooling, humidity, building functions and their synthesis in the building design.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Regionally Adapted Building and Design 2 - Exercise UERegionally Adapted Building and Design 2 - Exercise UELector: Martha C. Enriquez-Reinberg, lic. Arq., vis.Prof., Architekt Dipl.-Ing. Georg W. Reinberg, M.Arch.1SWS2ECTSLecture contentsApplying the lecture contents in a practical exercise, developing solution proposals for simplifying the connections between wind, precipitation, cooling, humidity in building volumes and low complexity features.Assessment methodsFinal TestTeaching methodsUELanguageGerman12Seminar Parallel to Work Placement SESeminar Parallel to Work Placement SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS1ECTSLecture contentsIn this course the general conditions for the work placement are presented, followed by a discussion of the students' questions. The students have to present their papers for approx. 5 to 8 minutes in class.Assessment methodsFinal presentationTeaching methods1 LPLanguageGerman11Water and Buildings VOWater and Buildings VOLector: Dipl.-Ing. Dr. Andrea Rathmanner1SWS1ECTSLecture contentsTerms and principles in the field of water management and environmental protection. Basics of urban water construction. Drinking water supply and drainage. Alternatives to conventional systems. Stormwater management. Water features. Water fountains, swimming pools.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Introduction to Scientific Work SEIntroduction to Scientific Work SELector: FH-Prof. Mag. Dr. Manfred Steiner1SWS5ECTSLecture contentsIntroduction to scientific work: collection of materials; structure; table of contents; citations; remarks; appendices; imaging and bibliography; index; typeface; citation rules. In thesis 1 the students will find a subject on which they will produce a written work, on the basis of their already completed courses, which complies with the formal requirements of scientific work.Assessment methodsBachelor thesisTeaching methods0,75 LP UE + 4,25 LP distance learning (Bachelor thesis)LanguageGerman15Building Construction 4 VOBuilding Construction 4 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTSLanguageGerman11Work Placement PRWork Placement PRLector: FH-Prof. DI Christian Polzer0SWS6ECTSLecture contentsThe theoretically taught expertise is applied to professional practice.Assessment methodsFinal TestTeaching methodsPRLanguageGerman06Design 4 - Exercise UEDesign 4 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Mag. Arch. Veit Pedit3SWS8ECTSLecture contentsConvert a design task: preparation of the general data analysis, sample collection, material collection, study of the parameters defining the essential design criteria, finding the design idea, alternative studies, development and formulation of the draft to the predetermined level of detail, as shown in the required plans and standards, model, perspective sketches, rendering description. Public oral presentation based on the plans and the model.Assessment methodsFinal TestTeaching methodsUELanguageGerman38
5. Semester LectureSWSECTSBuilding Construction 5 VOBuilding Construction 5 VOLector: DI. Dr.techn. Anton Pech1SWS1ECTS11Design 5 - Exercise UEDesign 5 - Exercise UELector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay, Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), Mag. Arch. Veit Pedit, FH-Prof. DI Christian Polzer, Ing. Mag. Arch. Andreas Wörndl, MAS4SWS12ECTS412Building Design ILVBuilding Design ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay1SWS2ECTS12Planning and Design 5 ILVPlanning and Design 5 ILVLector: FH-Prof.in DIin(FH) Mag.a Dr.in Andrea Bódvay1SWS2ECTS12Fire Protection VOFire Protection VOLector: DI Dieter Werner, MSc1SWS1ECTSLecture contentsBasics of fire protection and fire protection concepts: legal and technical basics, fire protection planning Contents of fire protection concepts: Fundamentals of structural, technical, organizational fire protection Fire protection concepts in practiceAssessment methodsFinal TestTeaching methodsVO, small work in groupsLanguageGerman11Lighting Technology VOLighting Technology VOLector: Dipl.-Ing. Gudrun Schach1SWS1ECTSLecture contentsBasics of lighting techniques and lighting planning, lamps and lighting technology, visual light perception, economy contemplation of lighting solutions, analytical lighting for the applications office, industry, shop and lighting in outdoor areas.Assessment methodsTeaching methodsVOLanguageGerman11Life-Cycle-Management VOLife-Cycle-Management VOLector: MMag. Philipp Kaufmann, MMAS2SWS2ECTS22Sustainability of Building Components and Constructions VOSustainability of Building Components and Constructions VOLector: Dipl.-Ing. Dr.techn. Tobias Steiner2SWS2ECTSLecture contentsSustainability of components and constructions + Current trends and developments + Durability and serviceability of constructions - guidelines and standards + Assessment of components and constructions - simplified/stationary - detailed/over time + Dimensioning and evaluation of components and constructions + Transient hygric-thermal simulation of components and constructions - Building material parameters and modelling - Climate data - Output sizes - Calculation and assessmentAssessment methodsFinal TestTeaching methodsVOLanguageGerman22Planning and Renovating Existing Structures VOPlanning and Renovating Existing Structures VOLector: Dipl.-Ing. Walter Hüttler, DI Dr. Edmund Spitzenberger2SWS2ECTSLecture contentsBuilding culturally appropriate handling of the inventory Dealing with the historic structures and their time appropriate extension Application of content of preservation, soil mechanics, as well as historical building construction and equipment, Procedures for assessing status, economic measures for the energy-related modernization (building, equipment), Establishment of types of buildings, including their problems, Methods of Foundation studies and ground studies in old buildings, stability calculation of foundations, Methods of Foundation rehabilitation - education Legislative issues, impact of new construction on the Foundation of adjacent buildings, Legal or regulatory provisions in attic-buildings or increases, Examples.Assessment methodsFinal TestTeaching methodsVOLanguageGerman22Social Sustainability VOSocial Sustainability VOLector: DI Petra Hendrich, BA1SWS1ECTS11Urban Design and Regional Development VOUrban Design and Regional Development VOLector: Arch. Dipl.-Ing. Dr. Vladimir Vukovic2SWS2ECTSLecture contentsTheoretical topics and practical examples of urban planning and urban design in terms of the historical development of cities, their morphology, scale, environment and the current situation of present towns. Basics of spatial planning, the spatial planning policy and the current situation in Austria. Multidisciplinary topics between spatial planning, urban planning/design and architecture. Application of spatial analysis with the help of instruments for monitoring and evaluation. Presentation of theoretical frameworks and urban planning approaches. • Understanding of the tension between be permanence and change • Understanding of the influence of topography on structures • Understanding of scale. Content: Presentation of typological analysis to the understanding of size and materiality in the cultural expression of the city.Assessment methodsActive participation in the lectures, literature research, final exam.Teaching methodsLectures, literature research, discussions.LanguageGerman22Daylight & Architecture VODaylight & Architecture VOLector: Dr. DI Renate Hammer, MAS2SWS2ECTSLecture contentsIncreasing knowledge about daylight and it’s designing in architecture, light in rooms, relationships between light openings, room sizes, depths of space, surfaces and daylight supply. Influence of window types, sizes, location, frame ratio, quality of glazing on daylight supply. Creating the right atmosphere using different ways to contribute daylight. Light and color, photo physiology. Facade engineering, shading and sun protection, daylight aspects in renovation. Application of simple planning tools.Assessment methodsFinal Test Written final test. Results of defined tasks done during the lecture (measuring protocol or similar) could be added to the test within the first attempt. Assessment criteria: correctness completeness autonomy of approach clear presentationTeaching methodsVO Lecture with practical exercises and application of simulation tools and measuring instrumentsLanguageGerman22
6. Semester LectureSWSECTSDesign 6 - Exercise UEDesign 6 - Exercise UELector: Dr. DI Renate Hammer, MAS, Dipl.-Ing.in Dr.in Hildegard Sint3SWS12ECTSLecture contentsConvert a design task: preparation of the general data analysis, sample collection, material collection, study of the parameters defining the essential design criteria, finding the design idea, alternative studies, development and formulation of the draft to the predetermined level of detail, as shown in the required plans and standards, model, perspective sketches, rendering description. Public oral presentation based on the plans and the model.Assessment methodsFinal TestTeaching methodsUELanguageGerman312Integral Planning ILVIntegral Planning ILVLector: DI Lukas Antoni, Isabella Dornigg, MSc, Dipl.-Ing. Mag. Cristina Florit Schmid, Dipl.Ing. Manfred Gräber, Architekt, DI Monika Ilg, Ing. Robert Jungwirth, FH-Prof. DI (FH) Karl Kaineder, Dipl. Ing. Hubert Kirchberger, Dipl.-Ing. Dipl.-Ing. Gunther Koppelhuber, M.Arch.(AA), DI Michael Löschenbrand, Arch. Dipl.-Ing. Simon Oberhammer, FH-Prof. DI Christian Polzer, Dipl.-Ing. Christian Salzer, Dipl.-Ing.in Dr.in Hildegard Sint3SWS8ECTSLanguageGerman38Open Space Planning VOOpen Space Planning VOLector: Dipl.-Ing. Dominik Scheuch, DI1SWS1ECTSLecture contentsIn the center of the work free space planning is the mediation between landscape architectural planning and action. At the beginning is the clarification of key terms. The landscape as the actual field of action, landscape architecture rather than man-made structures, which have always been transformed. In the city, as well as, in the country, and in between. Types of open spaces and the degree of public opinion contribute to the debate. The next focus is the introduction to the landscape architectonic design. Basics of space education are discussed, as well as the shape of the elements of the free space. Then contemporary projects will be presented and analyzed together. Basis for the planning of • private parcels in the city, • the courts of the country, • neighborhood garden and community gardens, • International Garden and • public open spaces.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Open Space Planning - Exercise UEOpen Space Planning - Exercise UELector: DI Srdan Ivkovic1SWS2ECTSLecture contentsThe architectural design is based on issues of the named context, the scenic inventory and checking free space-planning requirements. These can be conveyed within the framework of the design exercises and project-oriented exercise. Methodology of designing for freedom Application of the theoretical foundations of the lecture in individual projects Presentation techniques for the presentation.Assessment methodsFinal TestTeaching methodsUELanguageGerman12Building Certification Systems VOBuilding Certification Systems VOLector: Isabella Dornigg, MSc, Dipl.-Ing. Mag. Cristina Florit Schmid2SWS2ECTSLecture contentsIntroduction to certification systems, their history, development and future significance. Objectives, structure and composition, evaluation methods, aggregated figures, criteria sets of individual methods in comparison, calculation examples.Assessment methodsSeminar paperTeaching methodsVOLanguageGerman22Analysis of the Interior VOAnalysis of the Interior VOLector: Dipl.-Ing. Peter Tappler1SWS1ECTSLecture contentsIntroduction to indoor environmental analysis, air pollutants (VOC, formaldehyde, mold) and room air examination methods, indoor climate, electromagnetic fields, house dust, building hygiene rating, sick building syndrome, airflow measurements. Recording of parameters, measurements and evaluations for living and working.Assessment methodsFinal TestTeaching methodsVOLanguageGerman11Ecology in Tender, Award and Settlement VOEcology in Tender, Award and Settlement VOLector: DI Monika Ilg, Dipl.-Ing. Stefan Perschy2SWS2ECTSLecture contentsPublic Procurement and tendering with the service description for constructions. You learn about the basics of the current BVergG (federal act on public procurement) and common standards. Contents of the LB-HB 021 Examination of offers according to the BVergG Element method of ÖNORM B1801-1 Building Information Modeling and tenderingAssessment methodsMoodle-Test and tutorials Due to the Covid 19 situation, the examination modalities can also be adjusted at short notice during the current semester.Teaching methodsBring your notebook and create the specifications with the softwaretools of ABKLanguageGerman22Project Management VOProject Management VOLector: Dipl.-Ing. (FH) Carmen Dilch, MSc. MRICS, FH-Prof. DI (FH) Karl Kaineder2SWS2ECTSLanguageGerman22
Admission requirements General higher education entrance qualification University entrance qualification or degree from a general or vocational secondary schoolUniversity entrance exam (Berufsreifeprüfung)Equivalent certification from abroad Equivalence is determined by international agreements, validation or in individual cases a decision by the head of the academic section. In specific cases the head of the program may formally recognize a qualification. Qualification to study examinationUniversity entrance exam (Studienberechtigungsprüfung)Relevant professional qualification with additional exams Minimum age 20 (with three years of vocational school) or 22 years. You may have obtained your vocational qualification through a pertinent apprenticeship, foreman exam or verifiable occupation within the construction sector. If you choose this method of admission, please contact the Secretary's Office. There you will receive the necessary forms.Regulation for the admission of third country citizens (PDF 233 KB)Information for applicants with non-Austrian (school) certificates (PDF 145 KB)
Application The first step in your application is the online application. You will then receive an automated confirmation e-mail with your application form attached. This form must be signed by hand and sent by mail with the following copied documents:Fully completed and signed application formBirth certificateCopy of the passport or Personal IDUniversity entrance certificate or university entrance exam (Studienberechtigungsprüfung) or proof of professional qualificationfor non-German speaking applicants: Proof of German language skills level B2Diploma of the 7th grade (AHS, BRG, etc.) or the 4th grade (HTL, HAK, etc.) - all pages of the diploma!Please send the mentioned documents in paper form only to the following address:FH Campus Wien Bachelor Architecture – Green Building Favoritenstraße 226, P.1.05 1100 ViennaPlease note: It is not possible to save incomplete online applications. You must complete your application in one session. After completing the online application, you will automatically receive a confirmation e-mail to your e-mail address. If you have not received this within an hour, please contact the secretary's office of the Department of Building and Design at bau@fh-campuswien.ac.at or +43 1 606 68 77-2230.
Admission procedure The admission procedure includes a written text and an interview with the admission committee and takes place at FH.Aim The aim of the admissions process is to offer a place to those persons who complete the multi-stage admissions procedure with the best results. It leads to a ranking of the applicants. The test methods are based on the skills required for the desired profession.Procedure The written entrance test includes tasks from logic, general knowledge, spatial awareness, English and German and a drawing test part. Furthermore, a portfolio folder must be prepared in advance. Details about the portfolio folder (PDF, 88 KB, content only available in German). Send the portfolio folder in PDF format (maximum 10 MB) by e-mail to Ms. Manuela Schriefl (manuela.schriefl@fh-campuswien.ac.at) at least 14 days before the assigned interview date and also bring the folder to the interview. Electronic submission is a prerequisite for participation in the admission interview. If you need assistance with the preparation and/or creation of your portfolio folder, we recommend that you attend our portfolio course. Details about the course (PDF 89 KB, content only available in German). After the written test, applicants have an admission interview that gives a first impression of their qualifications. This includes professional motivation, professional understanding, performance behavior, problem solving, and reflective ability. Each part of the test is evaluated with points.Criteria The criteria leading to admission are exclusively performance-related. The geographical origin of the applicant has no influence on the admission decision. The admission requirements must be fulfilled. The final ranking of applicants is determined after completion of the above-mentioned admission procedure.The Admissions Committee, which also includes the Head of Studies and the Lecturers' Association, allocates the study places on the basis of the ranking. The overall process as well as all evaluations of the admission procedure are documented in a comprehensible manner. You will be notified at the end of June/beginning of July 2022 whether we are able to offer you a place in the degree program, whether you have been placed on the waiting list or whether you have not passed the admission procedure.
Dates Admission procedure You will receive an invitation to the admissions procedure after positive examination of all relevant documents. You will receive the exact date and schedule for the admission interviews approximately one week before the date. Due to the increased amount of time required for the admission interviews, it is possible that additional admission appointments will be postponed - this depends on the number of applicants.Wednesday, 20th April 2022Monday, 23rd May 2022Tuesday, 21st June 2022The dates are assigned and cannot be freely chosen.
> FH-Prof. DI Christian Polzer Head of Bachelor's Degree Program Architecture - Green Building, Academic Staff T: +43 1 606 68 77-2231christian.polzer@fh-campuswien.ac.at
> FH-Prof. DI Dr.techn. Markus Vill Head of Academic Course Technical Building Equipment, Structural Engineering and Rehabilitation Technology for the Real Estate Industry, Academic Staff