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FACULTY OF ARCHITECTURE BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS The Faculty of Architecture at the Budapest University of Technology and Economics focuses on training highly professional experts in architectural engineering who are aware of the social and cultural implications of their profession. Versatility is emphasised so that students will gain fundamental knowledge and abilities in every possible field of architecture and be able to find work in a highly competitive job market, and in any building- or design-related area of consulting, construction, and management. The 5-year program in English leads directly to an M.Sc. degree in Architecture and Architectural Engineering (Dipl. Ing. Arch.), but it is also possible to graduate as a Bachelor of Science in Architecture. Graduates of the Faculty of Architecture are qualified for a broad spectrum of architectural occupations: • Design, construction and maintenance of residential, public, industrial and agricultural buildings; • Reconstruction and the preservation of historical monuments; • Urban design and settlement planning; and • Administration of all these activities. The curricula were organised on Swiss and German models. The Faculty has maintained these traditions for the last 40 years but provides additional European and international dimensions through guest lecturers from abroad, topical short courses, workshop seminars and exchange programs. The five year program of the Faculty of Architecture taught in English is in full conformity with the fiveyear program provided in Hungarian, which after two years practice and experience is accepted for access to EUR-ING title. General Course The year program in English, called the General Course preceides the Degree Program. It is designed to develop the skills of students from abroad so they will be at no disadvantage in meeting the Faculty's exacting educational standards. Students are introduced to various aspects of the profession they have selected, and they concentrate on studying English and basic technical subjects such as mathematics and freehand drawing. Students who show enough skills at the Placement Test can automatically (immediatly) start the Degree Program. Academic Program of the Faculty of Architecture: B.Sc./M.Sc. Studies The two-level B.Sc, M.Sc training in the English speaking section of the Faculty of Architecture is realized in a split-up system, in full comformity with the Hungarian speaking section. For B.Sc degree students has to accumulate min 240 credit points, for M.Sc degree min 300 credit points by accomplishing the obligatory subjects and gathening the remaining credit points by accomplishing elective subjects too. B.Sc degree can be obtained in a minimum of four years, M.Sc degree in a minimum of five years of study. Students, both international and Hungarian, who have a command of both languages can choose from either program. The participation of Hungarian students in the program given in English has obvious advantages. It eases the integration of international students into the society, which surrounds them during the years of their studies. It also attracts students from European, American and other universities world-wide to study in Budapest within the the framework of the International Student Exchange Program and other agreements. Hungarian students likewise gain the opportunity to study at schools of architecture abroad. These exchanges will become a powerful factor in achieving real convertibility among educational systems world-wise and, eventually, mutual international recognition of degrees. Master's Program Students who have earned B.Sc. degrees in other schools of architecture can join the Master's Program. Programs will be tailored to their previous education and special needs. In general they are admitted to the last two years of the five years program, and they have to collect minimum 120 credits. These studies encompass a wide range of complex design topics and elective subjects grouped in three directions: Structural Design - buildings and other structures. Architectural Design - buildings with different functions, their interiors and sorroundings; the preservation of historical buildings. Town Planning - urban design, settlement planning and management. Note: The Faculty of Architecture reserves the right of changing the Curricula. 46 FACULTY OF ARCHITECTURE Graduation Graduation from the University is based on the successful completion of examinations in all subjects and on the successful defence of a diploma project before a Final Examination Board. The examinations are public and the Board consists of professors and eminent specialists in the profession. Diploma projects are prepared in the last semester under departmental guidance and can be submitted only by students with an "absolutorium" (university leaving certificate). The diploma project is expected to reflect its author's familiarity with technical and aesthetic knowledge fundamental to architectural practice, and his/her creativity in applying it. Currently, international agreements make it possible for certain Hungarian students to prepare and defend their diploma projects in the university of another country. Students from abroad can correspondingly prepare and defend their thesis projects under the guidance of the Faculty of Architecture at the Budapest University of Technology and Economics. Departments Department of Construction Technology and Management Department of Architectural Representation Department for History of Architecture and of Monuments Department of Building Energetics and Building Services Laboratory of Thermal Physics Department of Building Constructions Laboratory of Building Acoustics Department of Industrial and Agricultural Building Design Department of Public Building Design Department of Residential Buildings Department of Design Department of Mechanics, Materials and Structures Department of Urban Studies Budapest University of Technology and Economics Faculty of Architecture Faculty Office: Building K, 2nd floor, Room No. 206. Mailing Address: Mûegyetem rakpart 3-9. H-1521 Budapest, P.O. Box 91. Hungary Phone: (+36-1) 463-3984 Fax: (+36-1) 463-3171 Dean of the Faculty: Prof. Dr. Gábor Becker Vice-Dean of the Faculty: Prof. Balázs Balogh DLA Course Director: Mr. Gábor Nemes Program Co-ordinator: Ms. Ágnes Kormos 47 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS General Courses in Architecture Subject Name Requisites hrs/week Code Credits Basic Mathematics 1 Computer Literacy 1 Engineering Sciences Geometrical Construction 1 Freehand Drawing 1 Design Skills 1 Basic Mathematics 2 Computer Literacy 2 Geometrical Constructions 2 Freehand Drawing 2 Fundamental of Structures Basic Tools ofBuilding Constructions Design Skills 2 Fundamental of Architectural Design Compulsory English for Pre-Eng. Students I. BMEGT63A201 Compulsory English for Pre-Eng. Students II. BMEGT63A202 - 1 2 4 4 4 5 6 2 5 2 3 6 4 2 2 2 0/6/0p 0/6/0p Basic Mathametics 1 Computer Literacy 1 Geometrical Constructions 1 Freehand Drawing 1 Freehand Drawing 1 BMEGT63A201 For students of BME Faculty of Architecture only criteria subjects (no credit points) Students can enter the BSc/MSc degree program only after completing all the subjects of the General Course in Architecture. 48 FACULTY OF ARCHITECTURE Curriculum of B.Sc./M.Sc. Subjects Subject working hours / week Name Code Credits 1 2 3 4 5 Mathematics 1 Philosophy Descriptive Geometry 1 Introduction to Building construction History of Architecture I. (The Beginnings) Introduction to Structural Design Drawing 1 Introduction to Architecture Space Composition Mathematics 2 Descriptive Geometry 2 Building Constructions 1 BMETE90AX24 BMEGT411099 BMEEPAGA101 BMEEPESA101 BMEEPETA101 BMEEPSTA101 BMEEPRAA101 BMEEPUIA101 BMEEPKOA101 BMETE90AX25 BMEEPAGA201 BMEEPESA201 4 2 5 2 3 2 5 2 5 2 5 4 Statics History of Architechture 2 (Antiquity) Drawing 2 Residential Building Design 1 Basics of Architecture BMEEPSTA201 BMEEPETA201 BMEEPRAA201 BMEEPLAA201 BMEEPLAA202 4 3 4 - Building Materials Architectural Informatics 1 - IT Applications Building Physics Strength of Materials 1 BMEEOEMA301 BMEEPAGA301 BMEEPEGA301 BMEEPSTA301 3 2 2 4 3 1/1/0p 1/1/0p 2/2/0e History of Architecture 3 (Medieval) Drawing 3 Public Building Design 1 BMEEPETA301 BMEEPRAA301 BMEEPK0A301 3 4 2 2/1/0e 0/4/0p 2/0/0e Residential Building Design 2 BMEEPLAA301 6 0/6/0p Building Constructions 2 BMEEPESA301 4 2/2/0e Urban Sociology Architectural Inf. 2 - Digital Representation BMEGT431051 BMEEPAGA401 2 3 2/0/0e 1/2/0p Building Constructions 3 Strength of Materials 2 BMEEPESA401 BMEEPSTA401 4 6 2/2/0e 4/2/0p Strength of Materials Global History of Architecture 4 Drawing 4 Design Methodology BMEEPSTA499 BMEEPETA401 BMEEPRAA401 BMEEPKOA402 3 2 2 2/1/0e 0/2/0p 2/0/0e Architecture of Workplaces 1 BMEEPIPA401 2 2/0/0e Public Building Design 2 BMEEPKOA401 6 0/6/0p Architectural Inf.3 - CAAD for Architects BMEEPAGA501 3 1/2/0p Construction Man. 1 -Basics of Construction Building Service Engineering 1 Building Constructions 4 Global of Building Constructions Basic BMEEPEKA501 BMEEPEGA501 BMEEPESA501 BMEEPESA599 2 2 4 2/0/0p 2/0/0p 2/2/0p 2/2/0e 2/0/0p 5 2/0/0p 2/1/0e 2/0/0e 0/5/0p 2/0/0p 0/5/0p 2 5 2/2/0e 2/2/0e 2/1/0p 0/4/0p - Design of Load-Bearing Structures BMEEPSTA501 6 4/2/0e History of Architeture 5 (19th century) BMEEPETA501 3 2/1/0e Drawing 5 Urban Design 1 BMEEPRAA501 BMEEPUIA501 2 2 0/2/0p 2/0/0e Architecture of Workplaces 2 BMEEPIPA501 6 0/6/0p 6 7 8 Requisites 9 10 BMETE90AX24 BMEEPAGA101 BMEEPESA101 BMEEPSTA101 BMEEPSTA101 BMEEPETA101 BMEEPRAA101 BMEEPUIA101 BMEEPUIA101 BMEEPRAA101 BMEEPK0A101 BMEEPESA101 BMEEPSTA201 BMETE90AX24 BMEEPETA201 BMEEPRAA201 BMEEPLAA201 BMEEPLAA202 BMEEPLAA202 BMEEPAGA101 BMEEPLAA201 BMEEPSTA101 BMEEPAGA101 BMEEPESA101 BMEEPAGA201 BMEEPAGA301 BMEEPESA201 BMETE90AX25 BMEEPSTA301 BMEEPSTA401 BMEEPETA301 BMEEPRAA301 BMEEPLAA301 BMEEPKOA301 BMEEPLAA301 BMEEPK0A301 BMEEPLAA301 BMEEPETA301 BMEEPK0A301 BMEEPAGA401 BMEEPESA301 BMEEPLAA301 BMEEPESA301 BMEEPESA201 BMEEPESA301 BMEEPESA401 BMEEPESA501 BMEEPESA201 BMEEPSTA499 BMEEPETA401 BMEEPETA101 BMEEPRAA401 BMEEPIPA401 BMEEPKOA401 BMEEPKOA401 BMEEPIPA401 BMEEPESA301 49 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS Curriculum of B.Sc./M.Sc. Subjects (contd.) Subject working hours / week Name Code Design Global Basic BMEEPA599 Credits 1 2 3 4 5 6 7 Microeconomics BMEGT43A.. Construction Man.2 -Building Project manag. BMEEPEKA601 Building Service Engineering 2 BMEEPEGA601 Building Constructions 5 BMEEPESA601 Preservation of Historic Monuments * BMEEPETA601 History of Achitecture 6 * BMEEPETA602 Drawing 6 BMEEPRAA601 Department's Design 1 * BMEXXA611 Urban Design 2 BMEEPUIA601 2 4 2 4 2 3 2 3 6 2 2/2/0e 2/0/0e 2/2/0e 2/0/0e 2/1/0p 0/2/0p 3 0/6/0p Special Load-Bearing Structures * Building Materials 2 ** Macroeconomics Construction Management 3 - Planning of Construction Technology Building Constructions 6 Steel and Timber Structures History of Art 1 * Drawing 7 Department's Design 2 Small Complex Design * B.Sc. Diploma Studio ** Building and Architectural Economics CAAD and Architectural Informatics * Reinforced Concrete Structures I. Brief History of Hungarian Achitecture Drawing 8 * Landscape Achitecture * Critical Analysis of Public Buildings * History of Theory of Achitecture 1 * Complex Design 1 * Controlling of Construction Technology ** BMEEPSTA601 BMEEOEMA601 BMEGT43A BMEEPEKA701 4 3 2 4 2/2/0e 3 BMEEPESA701 BMEEPSTA702 BMEEEPETA701 BMEEPRAA701 BMEEPXXA711 BMEPEXXA611 BMEEPXXA735 BMEEPEKA801 BMEEPAGA871 BMEEPST4617 BMEEPETA705 BMEEPRAA801 BMEEPKOA875 BMEEPKO0885 BMEEPEETA875 BMEEPXXA821 BMEEPEKA803 4 4 2 2 3 8 3 2 2 6 2 2 2 2 2 10 4 BMEEPESA702 BMEEPXXA-11 BMEEPEKA901 4 12 2 2 3 2 2 2 2 10 2 30 Building Constructions 7 ** B.Sc. Diploma ** Construction Law Special Building Projects * Soil Mechanics Drawing 9 * Interior Design* Architectural Form * History of Theory of Architecture 2 * Complex Design 2 * Theory of Design * Diploma project studio all subjects and globals BMEOGT72 BMEEPRAA901 BMEEPKOA971 BMEEPRAA981 BMEEPETA975 BMEEPXXA921 BMEEPKOA901 BMEEPXXA-01 * Subjects for MSc course ** Subjects for BSc course Note: all subject can be selected as elective subject for both courses (BSc, MSc) Where the prerequisites are not indicated they will be specified by September 2009. 50 8 Requisites 9 10 BMEEPIPA501 BMEEPRAA401 BMEEPK0A402 BMEEPEKA501 BMEEPEGA301 BMEEPESA401 BMEEPETA501 BMEEPETA401 BMEEPRAA501 BMEEPUIA501 BMEEPKOA401 BMEEPSTA501 2 2/2/0e BMEEPEKA501 2/2/0e 4/0/0e 2 0/2/0p 3 8 3 2/0/0p 0/2/0p 4/2/0e 2 0/2/0p 2/0/0e 2/0/0p 2 10 4 BMEEPESA501 BMEEPRAA501 BMEEPEKA601 BMEEPRAA501 BMEEPXXA721 BMEEPEKA501 BMEEPESA501 BMEEPESA501 2/2/0e 12 2/0/0p** 2/0/0p 2 3** 3 0/2/0p 2/0/0e 2 2 10 2/0/0e BMEEPXXA821 30 Min 270 credits FACULTY OF ARCHITECTURE Description of General Courses in Architecture Design skills 1. Mr. Gábor Nemes The Basic formal components of Buildings: walls, beams, pillars, floors. Their appearance and formal varieties. The Basics of spatial compositions. The idea of the architectural space and its typology. Design skills 2. Mr. Gábor Nemes Developing the skills of students to read 2D architectural drawings. To develop skills to transfer 2D drawings to 3D expression. To develop skills to transformtke 3D reality into 2D projection drawings. Freehand Drawing 1-2. DLA Balázs Balogh, Dr. Balázs Méhes Introduction to the basic laws of perspective, the onevanising-point perspective, cubes and squares; simple body settings, cylindrical bodies, towers viewed from the ground, half-cylindrical rings, and more complicated settings and orthogonal pictures. Life drawing, shadow techniques, curved surfaces and rounded bodies. Tonus drills, draperies, plaster ornaments, flowers in ink, still life (plasters), coloured pencil techniques, aquarell and still-life interiors. Interiors and furniture, corridors, staircases, corridors or exteriors (weather permitting). (Criteria subject) Fundamentals of Architectural Design DLA Balázs Balogh It is an attempt to explain the grammar of architectural design, to describe the basic factors on which the creative process of design depends. The course intends to give students a clear picture of the profession of architecture as they start their training and to give them some guidance on the attitude of mind that will help them in their approach to design problems. (Criteria subject) Basic Tools of Building Constructions Dr. Fülöp Zsuzsanna, Dr. Igaz György Construction is the realization of architecture. Building construction classes will help students master the control of this realization process, through the learning of academic principles behind practical construction theory. Design must be realized through techniques founded on proper methods and principles of building construction. Course develops a basic understanding of building construction vocabulary, drafting symbolism, various building systems and building components and their interactions. To be able to select appropriate building systems and detail solutions for design tasks. Computer Literacy 1 Mihály Szoboszlai PhD General information about computing, computers, and peripheral devices. Input, output and data storage. Methods of problem solving on computers. Algorithms and programs. Basic elements of a programming language, such as symbols, datatypes, statements, control structures and elementary I/O. Practical work on a computer; development and running of small programs. Text editor and translator. Computer Literacy 2 Mihály Szoboszlai PhD Introduction to computers, operating systems and computer networks. Browsing and organizing information through Internet, use of Internet based communication. Computers in architectural office: word porcessing, using spreadsheets, creating presentations. Basics of pixelgraphics and image manipulation. Geometrical Contrsuctions 1 Pál Ledneczki PhD Introduction of drawing instruments, writing letters, text. Special lines and points of a triangle, theorems on right triangle. Parallel transversals. Circle power. Loci problems. Geometrical transformation: congruencies, similarity. Golden ratio, constructions on regular pentagon. Affine mapping, axial affinity, circle and ellipse. Osculating circles at vertices of an ellipse. Central-axial collineation. Geometrical Contrsuctions 2 Pál Ledneczki PhD Apollonian problems. Focal definitions of conic sections, tangents, asymptotes of hyperbola. Spatial elements and their relative positions. Angles and distances. 3D lici problems. Constructions in 3D, axonometric sketch. Orthogonal projection. Multi-view system. Recontruction of 3-dimensional object from 2-dimensional images. Development of polyhedral surfaces, paper models. Platonic solids. Calculation on angles distances, surface area and volume. Fundamentals of Structures BMEEPSTA001 Dr András Draskóczy, Dr Gábor Domokos Introduction: requirements of the built environment. 1st site visit: an existing, functioning building. Parts of buildings. Discussion of experiences of the 1st site visit: functions and requirements of parts of buildings. 2nd site visit: a construction site. Loadbearing parts of buildings. Discussion of experiences of the 2nd site visit: functions and requirements of loadbearing parts of buildings. The notion of safety. 3rd site visit: laboratory testing of structural members (brickwork column, reinforced concrete beam). Loads and responses when beeing loaded. Discussion of experiences of the 3rd site visit: structural members; ways of becoming unfit for use: rupture, loss of stability (overturning, sliding, buckling), excessive cracking and deformations. 4th site visit: laboratorxy testing of structural materials. Yield and rupture. Collection of strength measurement data. Discussion of experiences of the 4th site visit: statistical evaluation of measurement data. The notion of safety, safety factors of materials and loads. 5th site visit: a project buro. Graphical presentations of buildings. Architecture and structure. Results of structural analysis. Discussion of experiences of the 5th site visit: Parts and kinds of documentations. Scales and graphical symbols. Modelling of structures, structural projects. 6th site visit: ready structure construction site. Discussion of experiences of the 5th site visit: modelling of structures. The static model. 51 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS Description of B.Sc/M.Sc Subjects Mathematics EP1 BMETE90AX24 Dr. Béla Barabás Integration: Applications of definite integrals. Areas between curves. Volumes of solids of revolution. Areas of surfaces of revolution. Centers of mass. Differential equations. Seperable equations. Homogeneous equations. First order linear equations. Bernoulli-equations. Exact-equations. Integrating factors. Second order linear differential equations. Equations with constant coefficients. Method of undetermined coefficients. Numerical methods for solutions. Multiple integrals. Double integrals. Area, moments and center of mass. Double integral in polar form. Triple integrals. Descriptive Geometry 1 BMEEPAGA101 Concentrated and distributed, static and dynamic, permanent and variable loads, standard loads and the safety factor? permanent load, live load, wind load, snow load, earth pressure, earthquake. Equilibrium of coplanar forces, moment, components, resultant, conditions of equilibration. Structural materials: the notion of stress and strain, stiffness, tension and compression strength, failure modes, comparison of steel, concrete, timber, brickwork and composits, elastic and plastic behaviour, ambiental effects. Notion of loadbearing capacity and safety, strengths, stability, fatigue, rigid failure. Questions of modelling: decomposition into elements, ways of loadbearing of structures of buildings, idealized support, spans, the hierarchy of structures, planar structural model, linearity, the principle of superposition. Modelling of structures for vertical loads, column and beam, equilibrium of coplanar forces. Investigation of beams, ways of failure of beams, the notion of bending, shear and torsion. Behaviour and failure modes of columns. Modelling of structures subjected to horizontal loads, stiffenning of the building, spatial way of loadbearing. Mihály Szoboszlai Analisys of relative position of spatial elements in multiview system; intersection of line and plane, pair of planes. Auxiliary projections, intersection of polyhedron and plane, pair of polyhedrons, Representation of regular polyhedron by means of transformations. Revoluttion of plane, metrical problems. Contruction of shadow. Oblique and orthogonal axonometry. Perspective. Images of circle and sphere. Intersection of sphere and plane. DLA Balázs Balogh Representation in a single colour of simple geometric and organic forms with schematic surfaces and surface texture. (5 credits) Introduction to Building construction Introduction to Architecture BMEEPESA101 Vörös Ferenc DLA This subject introduces all major building construction components (walls, foundations, floors, roofs, skeleton frames, stairs, ramps, doors and windows) and primary building engineering service systems. During lectures, the building is considered as a composition of spaces with different functions, separated by special surfaces. The course aims to introduce and explain the grammar of architectural design through practical tasks, such as the survey of one's own flat. Concurrently, the basic dependant factors of the creative design process are described. Students are acquanted with technical terminology as well as the role and use of various construction solutions including their classifications. The above shall assist students with both starting independent design exercise work and the continuing of building construction studies in greater detail. History of Architechture I. (The beginnings) BMEEPETA101 Dr. Gyula Istvánfi, Dr. Péter Rabb What are Prehistory and Vernacular architecture ? Freehand way of sketching. Neolithic Near East. Huts, hourses, villages. Neolithic Europe. Houses, villages. First Test. Model task, planning. Vernacular African architecture. Completion of the model plan. Vernacular American architecture. Vernacular Asian architecture. Vernacular European architecture. Recapitulation, model construction. Special Literature: Banister Fletcher: History of Architecture, London, Athlone pr. 1975. (3 credits) Introduction to Structural Design BMEEPSTA101 Dr András Draskóczy Dr Kollár László Introduction: Construction and loadbearing structure of buildings, modelling of the structure. Notion of load: 52 Drawing 1 BMEEPRAA101 BMEEPUIA101 Benkõ Melinda PhD The subject of founding character which consists of 12 lectures strives to embrace every important domain of the architecture, but at the same time it can't undertake full detailing of certain aspects. This course deals generally with the architecture and its aim is to present its complexity and at the same time its beauty as well. Most important object of the theme is to arouse the professional interest, and to maintain this interest, and to increase the architectural basic culture, and to prepare for the reception of the later special architectural courses. The possible reachable aim is to open the students' aspect, to increase their intellectual capacity and to make conscious of the multi-coated process of the architecture. Subject matters of the lectures are the followings: Architect, Construction, Nature, City, Man, Time, Form, Techniques, Science and Art. Space Composition BMEEPKOA101 Prof. Ferenc Cságoly DLA Space composition is the creative course of the first semester, during which the students study the basics of the composition of (architectural) space. The aim of the course on one hand is to develop one's creativity, on the other hand getting a deeper knowledge about the nature of creating architectural space through space-composition exercises. This knowledge will be the basis of the process of architectural design in the forthcoming semesters. Mathematics 2 BMETE90AX25 Dr. Béla Barabás Vector-valued functions and curves in space. Derivatives and integrals. Directed distance. Unit tangent vector, curvature. Torsion and Frenet - formulas. Line integrals. Surface integral. Divergence and rotation. Gauss-theorem and Stokes FACULTY OF ARCHITECTURE - theorem. Probability - theory. Calculus of probabilities. Conditional - probability. Bayes - theorem. Random variables and probability distribution. Binomial - Poisson - and geometric distributions. Normal - distribution. Exponential - distribution. Elements of mathematical statistics. (4 credits) organic forms with schematic surfaces and surface texture. Modelling in space. Various graphic techniques. (4 credits) Descriptive Geometry 2 Dr. Zsuzsanna Józsa Origin, texture and main technical properties of natural rocks used as building stones or aggregates. Choices of appropriate rock types and their surface processing and maintenance. The main groups and basic mechanical, physical, and thermotechnical properties of building materials. Inorganic binders, portland cements, influencing factors of concrete's strengths, durability, shrinkage, etc. Admixtures. Architechnical concrete. Steels, timber, ceramics, plastics, heat insulating and waterproofing materials in architecture. Laboratory practical work complements the lectures. (1+4 credits) BMEEPAGA201 Mihály Szoboszlai Curved lines and surfaces; guadratic surfaces, surfaces of revolution; developable surfaces, screw surfaces, ruled surfaces. Representation in multi-view system, axonometry and perspective. Construction of tangent plane, contour and shadow. Intersection of surface and plane, intersection of a pair of surfaces. Topographic map, projection with elevation, sections, earth works platform, road, cuts and fills. Building Constructions 1 BMEEPESA201 Dr. Ottó László -Dr. Ottó Czeglédi The subject presents the details of the main load-bearing constructions (walls, floors, stairs) and the joints between them. Wall supported / skeleton frame, or mixed construction. Walls: Effects on walls, and how to fulfil the requirements. Sorting the walls by function, position, material, by layerorder. Walls built from elements, the development of walling elements. Floors: Functions, effects on floors, how to fulfil the requirements. Elements of floor construction. Types: plain floors (in details), arches (overview). The materials, construction lines, building methods, About the future of floors. Joints between walls - floors, skeleton frames - floors. Methodology of the floor design. Stairs: Functions, effects on stairs, how to fulfil the requirements, principles of stressing and how to choose construction. Sorting the constructions by material, load bearing method, building method, etc. Design possibilities. Statics BMEEPSTA201 Dr Tamás Laki Dr Gábor Domokos Coplanar force systems, support reactions of plane structures. Member forces of plane trusses. Internal forces in beams, statically determinate frames and composite structures. Extreme values of internal forces. Stability of structures. Fundamentals of space force systems and 3D structures. History of Architechture 2 (Antiquity) BMEEPETA201 Dr. Tamás Mezõs Basic topics: Ancient civilizations. The Sumer millenium. From Old Babylon to Parthians. Millenium of pyramids. New Kingdom, Ptolemaic age. Greek temenos, temple, town. Greek public buildings. Roman town, house types. Roman temples. Roman public buildings. Roman palaces. Practical themes: simplified column-orders, Ur house, zikkurat, temple, apadana - its elevation, akhaimendian rock grave, pyramid ansamble, Khonsu temple, Egyptian house. Ur towertemple - axonometric view Khonsu temple - half-axonometric view Greek Doric order - detaile. Greek temple - halfaxonometric view Greek Ionic order - detaile. Colosseumtype elevation, house-types Greek Korinthian order - detaile Roman vaults and domes. Panteon. Basilical construction. Drawing 2 BMEEPRAA201 DLA Balázs Balogh Representation in a single colour of simple geometric and Building Materials BMEEOEMA301 Architectural informatics 1 BMEEPAGA301 Pál Ledneczki Informatics in the architectural office. Solving common tasks of the architectural practice with the extemsive use of word-processors, spreadsheets, and other applications. Numerical solutions of mathematical problems in the architectural practice. Communications through Internet-based applications. Presence on the Internet. The subject excpects ECDL-level knowledge in Word processing and Spreadsheets. Building Physics BMEEPEGA301 Heat and moisture transfer: Concept of conduction coefficient, thermal resistance, surface convection, overall heat transfer coefficient. Calculation of temperature distribution and overall heat transfer coefficient of multilayer walls. Calculation of the necessary insulation breath. Thermal bridges, two dimensional heat transfer. Concept of linear heat transfer coefficient. Calculation of temperature distribution of thermal bridges. Estimation of critical surface temperatures. Heat flow paths to the ground. Calculation of equivalent U-value. Radiant heat exchange. Spectral distribution of solar radiation, green house effect, energy balance of transparent and opaque elements. Sun path, sun path diagrams. Calculation of shading. Shadowing devices. Energy collecting walls. Mass walls, Trombe walls, transparent insulation, sunspaces, Heat storage capacity, heat loss, heat gain. Effective thickness. Calculation of a heat storage capacity. Air gaps. Concept of equivalent thermal resistance of air-gaps Psychometrics. Daltons's Law, moisture content, Relative humidity. Energy content of moist air. Dry and wet bulb temperature. Psychometric chart. Saturation-temperature diagram Vapour transfer through walls, the Glaser model. Distribution of saturation pressure and partial pressure distribution of multilayer walls. Capillary and surface condensation, mould growth, moisture balance of room, sorption isotherms. Design consideration, place of the moisture resistant and thermal resistant. Acoustics External and internal noise sources. Radiation and propagation of sound, sound pressure level, sound power level, "level arithmetics", sound field around a point source, sound field around an infinite line source; The characteristics of environmental noise: A weighted sound pressure level, equivalent. A weighted sound pressure level; Sound insulation against airborne sound, sound reduction index, weighted sound reduction index, product data, field 53 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS data; Sound insulation against impact sound, normalised impact sound pressure level, weighted normalised impact sound pressure level; product data, field data; Sound insulation requirements, analyse the plan of a multi-storey dwelling. Strength of Materials 1 BMEEPSTA301 Dr István Sajtos Introduction; Geometrical properties of plane areas: area, statical moment of area, moments of inertia, product of inertia; Fundamental conceptions: stress, strain, constitutive law, bar model, safety concept; Simple tension; Simple shear and joints; Bending stresses: elastic and plastic symmetrical bending, elastic unsymmetrical bending; Eccentric loading for materials having tensile strength: eccentric tension and compression for elastic stress state, core of section, eccentric tension and compression for plastic stress state; Eccentric loading for materials not having tensile strength: eccentric compression for elastic stress state, eccentric compression for plastic stress state; Bending combined with shear; Torsion; Plane stress state: principal stresses, strength theories, interaction curves. History of Architecture 3 (Medieval) BMEEPETA301 László Daragó, Dr. Tamás Mezõs Students are to get acquainted with the most important historic monuments of the European medieval architecture. They should understand the relationship between pieces of art, learn the most important cultural influences manifest in architecture of their age. The architecture of the Late Roman Empire and its cultural background. The born of Christianity and its "Necessity architecture". The born of the monumental Christian architecture - in Rome, in the eastern Provinces: Palestine, North Africa, Syria. Early Byzantine architecture in Thessalonica and in Constantinople. Load bearing structures of the Early Christian period. Different types of barrel vaults, Roman-type cross vault.Syrian influences in Armenia. The "Iconoclasm" and the aftermath in Greece. Architecture in the radius of influence of Byzantium. Ravenna - the summary of the Early Christian and Byzantine architecture. The penetration of Christian architecture into barbarian Europe - "Scattered monuments". Byzantine vaulting systems - the different kind of domes. The Carolingian architecture with the "evangelizer" Benedictine movements. The three periods of the GermanRoman Empire. The Lombard architecture in North-Italy. The Romanesque vaulting systems : Romanesque cross vault, Sexpartite vaulting, "groin-rib" vaulting. Squire-bayed and free vaulting systems - the pointed arch. Basilica and "false basilica" type space organization. The retrospective interregional influences in Romanesque architecture. - Antique influences. Byzantine influences. The progressive interregional influences in Romanesque architecture - monastic movements II. : Benedictine and Cistercian, and the Norman "Imperial" Romanesque architecture. Morphology of Medieval detailing. The Early French Gothic cathedrals. The flourishing period of the French cathedrals, and its influences in South-France, in England, in Germany and in Italy. Interregional influences in gothic architecture: Cistercian gothic formations, the Franciscan and Dominican movements. The special characteristics of English and German gothic architecture. Late gothic vaulting systems: Cylindrical (or net vaults) and Spherical (or stellar) vaults. Halls and false-halls. Civic movements in Late gothic in Germany and the proto-renaissance in Italy. Medieval secular architecture. Drawing 3. BMEEPRAA301 Dr. István Balogh, DLA Balázs Balogh Reepresentation of imaginary basic architectural forms, based on the knowledge acquired in previous semesters. Conscious use fo perspective representation. (4 credits) Public Building Design 1 BMEEPKOA301 Prof. Ferenc Cságoly DLA Our basis for public building design methodology, the function of public buildings and technical requirements, achieved via a knowledge of architectural history and precedent of type. The course pattern will analyse impor-tant examples of Hungarian and International public buildings regarding architectural space, architectural form, the use of materials and structures, in relationship to various environmental factors. Building Constructions 2 BMEEPESA301 Dr. Bálint Petró, Ferenc Vörös DLA, Sándor Horváth The subject deals mainly with pitched roof constructions, roof coverings and different types of foundations - the latter with consideration to waterproofing solutions. During seminar lectures the principles and details of shallow and deep foundations are introduced, according to functional and load bearing requirements of various building constructions as well as subsurface water and soil type effects. Also introduced are the functions and primary principles of different pitched roof constructions such as: traditional roof, rafter type (modern) roof, purlin and truss type roof as well as contemporary methods of carpentry. Further explanation is provided on occupied (built-in) attic constructions with focus on principles, layers, ventilation, windows and lighting. The main types of roof coverings are shown, such as concrete and clay tiles, flashings and metal roof coverings with special attention to principles and details. Urban Sociology BMEGT431051 Dr. János Farkas, Dr. Adrienne Csizmady Benefits of sociology. Origins of sociology as a science. Principles and concepts of sociology. Formal organisations in the extension of human capabilities. Interaction in formal organisations. Culture, modernism, and computerisation. Public opinion. Statistical analysis. Change from country life to modern city life. Housing and public policy. Political ideology and housing policy. The home and social status. (2 credits) Architectural informatics 2 BMEEPAGA401 Mihály Szoboszlai Fundamentals of vector graphics, two-dimensional (2D), and three-dimensional (3D) Computer Aided Design (CAD) systems. Application of Cartesian and polar coordinate systems. CAD principles from simple 2D drafting to the developing of architectural drawings with the use of layers and library elements (blocks). 3D, modelling of geometrical shapes and architectural details. Building Constructions 3 BMEEPESA401 Dr. Gábor Becker, Dr. Katalin Preisich General and detailed review of the structures of the eleva- 54 FACULTY OF ARCHITECTURE tion constructions. The most important aim of the subject is the analysis of the external separating constructions. Principles of the continuity of the protecting levels depending on the position in the structure. Multi-layer external separating walls, construction methods of the elevation claddings and elevation coverings, the ordinary and special external doors and windows. Complementary structures for the external doors and windows, especially the shading devices. Requirements for the external separating structures and performances of the different constructions. Building physics: heat and vapour physics, acoustic features of the external separating structures. Strength of Materials 2 BMEEPSTA401 Dr Tamás Laki Dr Gábor Domokos Deformation of beams. Energy methods: the virtual work method; theorems of Castigliano. Statically indeterminate structures; degree of indeterminacy. The force method. Stiffness of straight members. The displacement method. The moment distribution method: no-sway frames; environmental effects; frames with side-sway; simplification in case of symmetrical structures. Columns: influence of the deformation ont he internal forces in case of eccetric compression; bucklimg. History of Architecture 4 BMEEPETA401 Dr. János Krähling Brunelleschi and the early renaissance architecture in Tuscany. The evolution of the renaissance palace in Florence and in the Northern regions of Italy. The architect and scholar Leon Battista Alberti. Bramante and and the influence of his circle in the first half of the 16th century. Michelangelo Buonarroti architect. Renaissance in Lombardy and Venice. Mannerist architecture. The late sixteenth century: Palladio and Vignola. Urban development and early baroque architecture in Rome under Pope Sixtus V. The architecture of Lorenzo Bernini and Francesco Borromini. Baroque in Venice and in Piemont. Architecture in France in the 16-17th centuries. Baroque in central Europe: Austria, Bohemia and Germany. Drawing 4 BMEEPRAA401 Dr. István Balogh, DLA Balázs Balogh Representation in two colours of composite geometric and organic forms with surface texture. (2 credits) Design Methodology BMEEPKOA402 Prof. Ferenc Cságoly DLA Design Methodology is the theoretical course of the fourth term, dealing with theoretical and practical metodology of architectural design. The point of Theoretical Design Metodology is the design as a modellable process. The process of architectural design thus can be compared to an informatical system, so for making the methodics more clear the devices of informatics can be used here as well. Practical Design Metodology closely connected with the design process itself shows the process of architectural design. The practical part is to simulate reality, while widening the borders of the methodology. Through designing a fictional building some practical problems and solutions can be discussed. Special Design Processes go along with solving special exercises, designing special buildings. Special methods of building-reconstructions are discussed, along with the design of technologigally or structurally determined buildings. Because of its importance a special lecture is on ecological design. Public Building Design 2 BMEEPKOA401 Bálint Marosi Target of the exercise, how to realise the general architectural design of a public building without loss of focus regarding the types collective characteristic. What does the studio hope to achieve? The architectural design of a smaller public building, with assistance from architect consultants. The student should learn the process from within regarding the architectural design process and the unusual stress placed upon development of space / manipulation of form whilst considering their approach to solving real environmental problems. Architectural informatics 3 BMEEPAGA501 Mihály Szoboszlai Use of state-of-the-art CAAD software to develop professional architectural solutions. Extensive use of 3-D computer model development. Architectural documentation with computers. Computer animation and fly-throught pictures for architectural space analysis. Basic of Construction BMEEPEKA501 Dr. Gyulay Judit, Lepel Adrienn, Vidovszky István Stimulating introduction of construction processes. The subject shows how to share tasks among participants of construction projects. Introducing the steps of performance. The students learn the basics of cost estimation, time schedule, quality design and site organisation. There are case studies in the field of substructure works, choice of appropriate building technology. Building Service Engineering 1 BMEEPEGA501 Dr. András Majoros, Dr. Tamás Csoknyai, Mr. János Viczai Water supply The physical and chemical properties of water. Obtaining of water from the nature. Mechanical, chemical and biological treatment of water. Water treatment process of swimming pools. Transport of water. Characteristics of water pumps. Fresh water demand and production, hydrofors and hydroglobes. Cold water distribution network in a building. Metering of water consumption. Pipe materials and appliancies: valves and taps, safety equipments. Fire protection networks. Domestic hot water demand and production. Domestic hot water networks in a building. Boiler types. Circulation. Appliancies: toilets, baths, showers, washing machines, etc. Legionella. Waste water systems Requirements of waste water networks. Traps and syphons. Sanitary rooms for disabled people. Waste water networks. Rain water networks. Pipe materials and fittings. Gas supply Physical properties of natural and PB gas. Dangers of gas supply. Safety requirements. Gas supply networks outside and inside the building. Gas meters. Materials and fittings of gas networks. Gas appliancies: boilers, stoves, ovens. Categorisation and safety requirements of appliancies. Chimneys: types and requirements. Parameters of drought. Drought diverter. Artificial lighting Visual environment and its components. Characteristics of the human vision. Essential ideas of lighting technique: luminous flux, luminous intensity, illuminance, luminance. Characterisation of surfaces: reflection and transmission, 55 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS spreading of light, colour. Requirements concerning the lighting. Average illuminance and its uniformity. Colour rendering. Modelling - shadows effect. Limitation of glare. Colour appearance. Balanced ratio of luminance. Cost efficiency. Artificial light-sources. Incandescent lamps. Fluorescent tubes. Compact tubes. HID lamps: mercury lamps, metal halide lamps and sodium lamps. Meeting of requirements. Efficiency-method. Proposed setting of luminaries. Electric network of buildings Parts of the network. Characteristics of the network: form, nominal voltage. Typical installations: lighting, building services and technology. Connection of building to public network. Transformers and its placing. Required areas of switchboards and transformers. Indirect contact. Building Construction 4 BMEEPESA501 Dr. Andrea Koronkay, Dr. Katalin Preisich, Sándor Horváth General design principles of flat roofs. Basic construction principles (inclination and geometry of the water collecting areas). Requirements concerning to the different constructions, layers, materials, building physics. Ordinary and up-todate waterproofings (coatings, dispersals, sheets, membranes), features of the different materials. Tracking type and terrace roofs, green roofs. Floor covering constructions for terrace roofs. Waterproofing against terminal and industrial wet effects. Separating structures: lightweight partition walls, suspended ceilings, double floors. Internal structures: floor constructions, internal claddings, coverings. Construction for safety usage of the buildings: chimneys, ventilation shafts, handrails, security systems. Building physics analysis of the rooms. Design of Load-Bearing Structures BMEEPESTA501 Dr István Sajtos Design principles of load-bearing structures: Design principles; Loads; Process of load-bearing structure design; Design of arches; Design of plates and deep beams; Design of shells; Design of cable and tent structures; Design of folded plates and space frames; Design of stiffening system of buildings; Design of foundations and sub-structures; Design of load-bearing structures for fire. Calculation of load-bearing structures: Steel structures: bolted and welded joints, design of beams and columns; Reinforced concrete structures: design of beams for bending and shearing, design of columns; Timber structures: nailed and bolted joints, design of beams and columns; Masonry structures: design of walls for compression, bending and shearing. History of Architeture 5 (19th century) BMEEPETA501 Dr. Ágnes Gyetvai-Balogh, Dr. Tamás Mezõs - Different periodizations in different countries and eras - New structures and materials in the architecture - New functions in the architecture - Neo-Classicism and Romanticism in France - Neo-Classicism and Romanticism in Great Britain - Neo-Classicism and Romanticism in the United States - Neo-Classicism and Romanticism in Germany - Neo-Classicism and Romanticism in Russia - Hungarian architecture in the 19th century and at the turn of the century - Eclecticism; 56 - Iron and steel structures - Turn of the 20th century in Europe - Pre-Modern style - Chicago School - Final test Drawing 5 BMEEPRAA501 Dr. István Balogh, DLA Csaba Molnár Representation of the interpretation of spaces and masses, and also spaces between spaces, with surface textures and building structures. (2 credits) Urban Design 1 BMEEPUIA501 Gábor Locsmándi , Árpád Szabó DLA, Sándor Pálfy DLA The subject is the theoretical course of the fifth semester, with 2 hours lecture weekly. Man during historical times has always lived in communities, so his life has been determined by his relation to the rest of the community, while at the same time a house erected is also determined by its built environment. The same way as a man cannot be separated from his community, a building cannot be separated from its urban environment. The architectural quality can be well described by relation of the building to its environment. The main scenes of the lives of communities are the settlements, where the most developed examples are cities. Why are settlements formed or deserted, why are they developing or declining? What should be the ratio of planned and unplanned elements in a settlement? What is the role of private and public interests, of private and public properties in the development of a settlement? How is a city functioning and what are the most efficient means of its operation? We are looking for the answers to these - sometimes philosophical - questions and looking for the relation between the inseparable categories of building and city, architecture and urban development. Macroeconomics Dr. Edit Romvári, Dr. Dietmar Meyer Selected topics and analytical techniques in macro, micro, economics tailored for engineering students. Macroeconomics. Government policy and business. GDP, inflation, unemployment. Fiscal and monetary policy: tools and effects. Economic growth and productivity. Exchange rate and exchange rate policy. (2 credits) Building project management BMEEPEKA601 Dr. Gyulay Judit, Lepel Adrienn, Vidovszky István The subject introduces the investment process from emerging the idea through tendering until the hand-over and use. It shows the role and tasks of an architect in different phases of a construction process. It gives an introduction of real estate investment, basics of project management. The relationship between costs, time and quality: scheduling, planning and estimating and the procurement methods are revealed. There are case studies in the field of construction projects, their preparation and performance, planning, organising leading and commanding of works. Individual task: planning of a project. FACULTY OF ARCHITECTURE Building Constructions 5 BMEEPESM601 Dr. Ádám Pattantyús, Dr. Zoltán Hunyadi This subject is about the efficient structural design methods of the load bearing systems built by silicate (r.c.) pre-cast big block or built with monolithic industrial techniques and its special additional structures. Procedures for structural design. Energetic, vapour protecting, acoustical, fire protecting aspects of the design and its legal background. Modular planning, rules of the synthesis, structural connections. Monolithic and pre-cast wall and frame structures. Special foundation and isolation techniques, deep foundations. Pre-cast r.c. façade elements. Pre-cast r.c. stairs. Solutions for structural dilatation gaps. Placing mechanical trajectories. Aim is showing the structural set-up of the entire building. Preservation of Historic Monuments * BMEEPETA601 Dr. Tamás Mezõs Fundamentals, methodology and practical knowledge involved in preservation of monuments and complexes of historic monuments. The born of the concept of monuments preservation. The establishment of the organised preservation of monuments. The theory and practise of preservation in Europe in the 20th century. The content of preliminary researches - scientific documentation. Building-study "Bauforschung", Building diagnostics. Special difficulties in introducing ruined monuments. Historic districts, historic towns. History of Achitecture 6 * BMEEPETM602 Dr. Mariann Simon / András Szalai Modernism, Modernity and Modern Movement. Modernity and Post-Modernity - historical background and theoretical aspects. Pre-modern architecture - A. Loos, P. Behrens and others. Architecture between the two world wars - De Stijl, Bauhaus, Russian Constructivism, Le Corbusier and others. The Nordic Classicist Tradition - E. G. Asplund, S. Lewerentz, A. Aalto and the modern Finnish and Scandinavian architecture. The International Style after the 2nd World War - Mies van der Rohe, Louis Kahn and others. Brutalism, Structuralism, Metabolism. Crisis and criticism of modern architecture - R. Venturi, A. Rossi and others. Postmodern classicism - different approaches. Decostructivist architecture - philosophy and practice: P.Eisenman, F. Gehry, B. Tschumi and others. Neomodern tendencies. Architecture at the turn of the Millennium. Bibliography: Diane Ghirardo: Architecture after Modernism - World of Art series; Thames and Hudson, 1996; Peter Gössel - Gabriele Lenthäuser: Architecture in the Twentieth Century; Taschen, 1991; William J. R. Curtis: Modern Architecture since 1900; Phaidon, 1996, (1997, 1999, 2000); etc. Drawing 6 Dr. István Balogh, DLA Csaba Molnár Representation of the interpretation of spaces and masses, and also spaces between spaces, with surface textures and building structures. (2 credits) Department's Design 1 * BMEXXA611 György Major DLA This is the design exercise in the sixth semester for the students. The aim of the course is to experiment the complexity of an achitectural problem through several smallscale exercises in architecture, interior design, environmental design, object design and graphics. There are three exercises in this term, based on the theme of: object and form, space and function, environment. All three of these exercises are based on a part or a continuation of a building, an unbuilt project or on an ongoing project, the aim is to solve or develop parts of these. Urban Design 2 BMEEPUIA601 Árpád SZABÓ DLA, Sándor PÁLFY DLA Based on the basic profile of the Department of Urban Planning and Design, the Urban Design II. is the integrate continuation of the Urban Design I. course and its main goal is to use in practice the theories learnt formerly. The design task: After the analysis of a bigger urban environment, the task is to prepare an urban design concept for a bigger urban unit in group work of at least 3-4 students, and later develop it into an urban scaled architectural design (public space design or development plan) by individual work. The tasks can deal with urban renewal programs like rehabilitation of inner city areas, restoration of historic quarters or upgrading the grey zone between the peripheries of the densely built urban core and the suburban settlements. The site of the design task is the same settlement of urban environment for all the students, since the studio work is accompanied by common site visits, lectures and project presentations, where the possibility to learn from each other is also an important factor. Microeconomics Dr. Edit Romvári, Dr. Dietmar Meyer Selected topics and analytical techniques in macro, micro, economics tailored for engineering students. Microeconomics. Basic economic concepts and analytical tools. Scarcity, choice, opportunity crost. How the product market works? Consumer choice. Business goal and forms. Basics of accounting and finance. Cost and profit. Competition and market form. (2 credits) Planning of construction technology BMEEPEKA701 Dr. Gyulay Judit, Vidovszky István, Lepel Adrienn The subject introduces how to apply recent innovations of building technologies during design and performance. It gives a basic knowledge to evaluate construction options and make appropriate decisions about technology. There are case studies of building technologies used in super-structure, finishing or cladding works. Assignment: choice of building technologies, planning of performance (quality, cost, time, building site). Building Constructions 6 BMEEPESM701 Mr. Sándor Horváth, Dr. László Kakasy This subject introduces the students to the steel and the timber loadbearing construction systems and their special additional structures by a system- and performance-based approach. - Small-span, single- and multi-storey steel frames - Steel hall structures - Hall roofs, skylights, glass roofs - Steel and aluminium facade wall-panels - Curtain walls - Timber single- and multi-storey, skeleton frame and wall loadbearing systems - Prefabricated sandwich-type and in-situ assembled external wall panels - Special methods of foundation and waterproofing - Special partition walls and roof constructions. It is also an objective to present the special construction rules 57 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS and the service system aspects of the buildings of lightweight system and their particularities in the terms of building physics and fire protection. History of Art I. BMEEEPETA701 András Szalai Beginnings of the art: the pictures of the cavemen. Ancient art of the East: Egypt. - Classical art of the Antiquity: Greek and Roman art. - Early Christian and Medieval art. Renaissance and Baroque art. - The art at the age of Enlightenment: Gothic revival, Classical revival, Classicism. Romanticism, Realism, Impressionism, Post-Impressionism. Bibliography: Ernst H. Gombrich: The Story of Art, Phaidon, 1995; Michael Levey:A History of Western Art; and other (selected) books of WORLD OF ART series: Thames and Hudson, Oxford University Press; etc. (2 credits) Drawing 7 BMEEPRAA701 Dr. Ístván Balogh, DLA Balázs Balogh Representation of sevaral colours of spaces, streets, and building ensembles with surface textures and of building structures; designing in colour. (2 credits) Department's Design 2 BMEEPXXA711 The course is in strong relationship with the sixth semester's other course "Department's Design I". There are three small exercises in this term, based on the theme of: modeingl, construction, visuality. All three of these exercises are based on the exercises made during "Department's Design I", by solving or developing some parts of those. Thus the studens has the opportunity to experience more the richness of the desing process. The first exercise deals with the question of creating a mode and its role in the architectural praxis and in the experience in the human cognition. The second exercise is construction, this one is examining the relationship between the already made model and the main space-structure of the ongoing design "small complex". he third small exercise is called visuality, during which the student makes a detailed drawing of an ornament chosen by the consultant and the student together. Small Complex Design* BMEPEXXA611 Péter Sugár DLA This is the design exercise in the seventh semester for the students. The aim of the course is to experiment the complexity of an achitectural design excluselively within the boundaries of architecture. During the semester a smaller scale (600-1200 m2) public building is to be designed, focusing on three main principles, which are: contextuality, spatial organisation and ornament. Thus the course is divided into three parts, each closed by a study plan. The focus of the first part is contextuality, which means the relationship between the building and its surroundings. The motto for the second part is spatial organisation, the aim of this part is focusing on the function, its identity. The closing part of the semester deals with ornament, namely two aspect of this: stuctural ornament and the ornament of the surfaces. Building and architectural economics BMEEPEKA801 Dr. Mályusz Levente 1. Basics of Engineering Economics, NPV, IRR 2. Hungarian real estate market and construction sector 58 3. Trends in construction market 4. Cost estimating, life cycle costing, cost indexes 5. Building cost, cost of planning, construction and maintenance 6. Predicting the total cost and duration of a construction project 7. Cash flow of a construction projects CAAD and architectural informatics * BMEEPAGA871 Mihály Szoboszlai Advanced use of CAAD applications to build 3-dimensional digital models of buildings and objects. Software integration of architectural office applications. Generating list and databases. Reinforced concrete structures I. BMEEPST4617 Dr András Draskóczy, Dr Kollár László Introduction, loads, concrete and steel, modelling of reinforced concrete, historical review? Modelling, stress states 1, 2 and 3, inertia in stress states 1 and 2. Bending of rectangular sections, 3rd state of stresses, flanged beams. Plastic design, continuous beams, substitutive loading. Deformations, crack width, 1st and 2nd state of stresses; Load combinations. Shear and torsion. Slabs, oneway slabs, stair slabs. Two-way slabs, flat slabs, punching. Deflection of slabs. R.c. sections subjected to eccentric compression. R.c. columns, buckling. Walls, tie-beams, local compression. Composite structures. Deep beams. R.c. walls, bracing..Joints of r.c. structures. Prefabricated r.c. structures. Prestressed r.c. structures. Basements. Fire protection of r.c. structures. Brief History of Hungarian Achitecture BMEEPETA705 Dr. János Krähling The beginnings of architecture in the Carpathian Basin; Roman architecture in Hungary. The early medieval architecture in Hungary. Christian Architecture between West and East. The flourishing Romanesque and the beginings of Gothic Architecture. The rise of Gothic Architecture. The architecture in the city. The Gothic architecture of the orders. The beginning and the first period of the renaissance till the middle of th 16th century. The architecture of fortified palaces and fortifications. The renaissance architecture in Transylvania. The beginnings of the baroque in Western Hungary in the 17th century. The High Baroque in Hungary. The architecture of Classicism in Hungary in the 19th Century in Hungary. The architecture of Historicism in the second part of the 19th century Hungary. Between modernism and tradition: tendencies in the first half of the XX. century. Drawing 8* BMEEPRAA801 Dr. Ístván Balogh, DLA Balázs Balogh Representation of sevaral colours of spaces, streets, and building ensembles with surface textures and of building structures; designing in colour. (2 credits) History of Theory of Achitecture * BMEEPEETA875 Dr. János Krähling The beginnings of the history of theory of architecture in the aAntiquity. The treatise of Vitruvius. Architecture theory in the middle ages from early christianity to late gothic period. Humanism and the revival of antique architecture in the 15th. FACULTY OF ARCHITECTURE The theory in the 15 th italian renaissance. The Theory of Alberti. The column orders and commentaries on Vitruvius; the theory of the ideal city. The treatise of Palladio. The Baroque theory of architecture - Guarino Guarini. Academic movement in France and Classicism in Italy in the 17th. Theory of architecture in France in the 18th century. Enlightenment and revolutionary architecture. 19th century theories in England, France and Germany. The interpretation of medieval and classical heritage in the 19th. Century. The dilemma of ecclecticism. Pioneers of modernism and their manifests. The pluralism in the interpretation of architectural space; architecture and philosophy. Complex Design 1 * BMEEPXXA821 Péter Fejérdy DLA The studios first semester target is to realise the design of a public building to such a level that it could be submitted for town planning approval based upon a real location. The design being developed both in drawings at a scale of 1:100 and written specification documents with the assistance of architectural consultants. The students work should fit the requirements of a given brief and be proved by academic research into buildings and functions of similar type. With the assistance of Tutors from the associated teaching departments the design should be proved from the point of view of Structural Engineering, Construction Technology, Mechanical Engineering and Environmental Engineering solutions choice of tutors open to student. At the semesters end the design should be presented on drawn design boards accompanied by a bound specification document. These should present the analysis, design solutions, technical solutions and required proposals for development of the project. A scale model of the building will also be required. Grades for this project will be distributed as follows: Architectural Design 60%, Structural Engineering 10%, Construction Technology 10%, Mechanical Engineering 10 % and Environmental Engineering 10%. Controlling of Construction Technology ** BMEEPEKA803 Dr. Gyulay Judit, Vidovszky István, Lepel Adrienn The subject introduces how to avoid failures in construction. It shows the basics of supervision, the requirements of quality work, standards. There are case studies in the field of sub-structure, super-structure, finishing and cladding works. Individual task: Technoogcal design of a building. Soil Mechanics Dr.Géza Petrasovics, Dr. József Farkas Fundamentals of soil mechanics, including information indispensable to architectural practice such as the interaction between subsoil and building, the importance of testing the subsoil, foundation costs, essential soil properties, soil exploration methods, the design of spread foundations, drainage of working pits and deisgn of deep foundations. (3 credits) Drawing 9 * Gábor Nemes, Dr. Gábor Tari Lecturing and practising the architecture oriented use of colours. Introduction to the theory of colours. Effect of colours on human beeings. Investigation of relation between architectural forms and colours. Princciples of colour design of the built environment. (2 credits) Interior Design * BMEEPKOA971 Mr. Imre Batta Introduced fundemantal concepts and methods for planning organizing, and arraging spaces in the interior environment. Students examine an existing or planned building in terms of human needs, activities, and priorities, and create large scale design solution of a selected space, illustrating the applied materials or finishes, lighting, furniture and fixtures. (3 credits) Complex Design 2 * BMEEPXXA921 Péter Fejérdy DLA The second semester will focus on the development of project from Complex Design I. to a level that could be used a production information ( Construction) documents. Plans at a scale of 1:50 accompanied by detail drawings at a larger scale (1:10,1:5...), with details regarding interior design and landscape elements. In addition to the architectural solutions the design should be detailed regarding Structural Engineering, Construction Technology, Mechanical Engineering and Environmental Engineering with assistance from tutors at respective departments. The target being to realise a complex comprehensive design solution that could be realised onsite as a real project. Theory of Design* BMEEPKOA901 DLA József Kapitány The subject has a design-oriented goal, trying to articulate to an understanding the role of architecture in pursuit of the more meaningful surroundings illustrated by the prominent variants of fundamental vocubulary. It is illustrated by the efforts informational goals and continuous reactions, in the forefront with neo-classicism, functionalism, post-modernism, and after. (2 credits) Building Constructions 7 ** BMEEPESA702 Dr. Erzsébet Lányi, Dr. László Kakasy The purpose is to present methods assisting in structural design, which students can practise in problems of facades of precast reinforced concrete panels, curtain-walls and mounted partitions. Design rules of facades of reinforced concrete elements, trends of development. Detailing rules of displacement joints. Facades of halls of light-weight construction: construction principles, trends of development. Design rules of curtain-walls, special glass-walls and glass roofs, trends of development. Design rules, practical questions and acoustic problems of dry partitions. Design principles and design assisting techniques of building structures. Fire protection of building structures. Energetic design of buildings and building constructions, calculation of moisture balance of internal spaces, acoustic design of external walls. (4 credits) Architecture of Workplaces I-II Dr. Anikó Simon Presentation of single-storey and multi-storey, industrial, welfarel and office buildings. Role of technology; aspects and conditions of sites, emplacement of industrial plants. Modes of interplant transport; general features of industrial buildings; the standardization; the theory of flexibility and its conditions. Services required for these buildings, including natural and artificial lighting, heating and ventillation, noise control, colour dynamics and storage facilities. Constructions of sin- 59 BUDAPEST UNIVERSITY OF TECHNOLOGY AND ECONOMICS gle- and multi-storey industrial buildings. Foundations, roof structures, intermediate floors, external wall systems, ground floor structures and finishes. 60