TABLE OF CONTENTS
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CURRICULUM VITAE
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PROFESSIONAL WORK
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Science Center Kaunas Galleries Lafayette Parc des Exposition Toulouse Green Canyons at Tampines North
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SUSTAINABLE DESIGN Odooproject
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COMPUTATIONAL DESIGN Scaled Pavilion Behavioural Networks Modelling Case Studies
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GRADUATION PROJECT Centro Cultural la Florida
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DRAWINGS
CURRICULUM VITAE
ADRIAN AUTH
PERSONAL DETAILS CONTACT ADRESS: EMAIL:
authadrian@gmail.com
PHONE:
+44 7555 591730
PHONE:
+3620 444 0610
COMPUTER SKILLS AutoCAD, Archicad, Revit, Rhinoceros 5, Grasshopper, Tsplines, Adobe Photoshop, Illustrator, Indesign CS, SketchUp, Vray, Microsoft Office
CONFERENCES AS SPEAKER: LANGUAGES English - fluent
2017 1st Forum of Hungarian Architects,
Spanish - fluent
Imperial College London
Hungarian - mother tongue 2015 For Example / FUGA, Budapest
EDUCATION
2014 SUSCO Budapest
2006-2015
2012 Sustainable Building Symposium with prof.
BUDAPEST UNIVERSITY OF TECHNOLOGY
Tamรกs Varga / British Embassy of Budapest
M.SC. IN ARCHITECTURE
BUDAPEST, HUNGARY
2012 Pecha Kucha Night Budapest vol.27
2009-2010
2012 Behance Portfolio Review / A38 Budapest
UNIVERSIDAD DE SEVILLA / ERASMUS EXCHANGE SEVILLE, SPAIN
2011 TEDxYouth Budapest
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PROFESSIONAL EXPERIENCE
EXTRACURRICULAR ACTIVITIES
2016-
2017
FINTA & PARTNERS / DESIGN ARCHITECT
SHAPES OF LOGIC / WORKSHOP + CONFERENCE
BUDAPEST, HUNGARY
WROCLAW, POLAND
Working on the early stages of cultural and office
Computational design workshop focusing on agent
projects, including competitions like Science
based simulation and network generation.
Center Kaunas and Budapest’s first high-rise office tower as well as the design development
2016
of the 70.000 sqm Budapest Congress Center and
INTELLIGENT TECTONICS V1.0 / WORKSHOP
a large scale office development.
SOFIA, BULGARIA parametric design and fabrication strategies
2015-2016
workshop, 1st place
CMA INTERNATIONAL / DESIGN ARCHITECT BUDAPEST, HUNGARY
2010-2012
Being responsible for the conceptual design and
ODOOPROJECT / FOUNDER & STUDENT
presentation materails of commercial, hospitality
TEAM LEADER
and residential projects.
BUDAPEST, HUNGARY / MADRID, SPAIN solar-powered, sustainable, prefabricated house
2013-2014
designed and built by student team of BME for
OMA / INTERNSHIP
the international Solar Decathlon Europe 2012
ROTTERDAM, THE NETHERLANDS
competition. My tasks included setting up and
Being part of Rem Koolhaas’ world-class
leading a multidisciplinary team of 80 students,
architecture office was a unique experience
architectural design tasks, competition strategy,
to work on ambitious projects with the most
communication with sponsors and the press.
dedicated international team. Projects included the Galeries Lafayette in Paris and PArc des
2014
Expostions in Toulouse, France.
CAMPUS HUNGARY SCHOLARSHIP SHANGHAI, CHINA
2013
College of Architecture and Urban Planning,
GROUP 8 ASIA / INTERNSHIP
Tongji University
HANOI, VIETNAM Working on different projects in Singapore,
2013
Switzerland and Vietnam including competitions,
CAMPUS HUNGARY SCHOLARSHIP
interior design and masterplanning and winning
IRVINE, CA, USA
an international competition of a 2200 unit
Solar Decathlon USA 2013
residential development in Singapore, currently under construction.
2009-2010 SOLARKIT / ARCHITECTURE TEAM MEMBER SEVILLA + MADRID, SPAIN modular, solar house built by the team of University of Seville for Solar Decathlon Europe 2010.
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PROFESSIONAL WORK
SCIENCE CENTER KAUNAS
INTERNATIONAL DESIGN CONTEST SITE AND MASSING the basic volume is defined by the main axis of the urban fabric and the river, resulting in a two storey volume to accommodate the requested 9000 sqm programme.
Science Center Kaunas is an iconic and sustainable building; a catalist to rethink and improve Neumas Island while preserving and enchancing its natural beauty. It is a place which invites visitors and the community to meet nature, science and technology. The intensions to preserve the natural areas and to connect the building to the urban fabric and led us to locate the Science Center on the Northeastern side of the Island. The site dictated a triangular shape with a clear distinction of functionality on each side of the building
LOCATION: Kaunas, Lithuania PROGRAM: exhibition space, planetarium, event hall, research labs, restaurant, shop, offices, logistics and amenities space PROJECT TEAM: Adrian Auth, Katalin Csiszar, Peter Docze, Antal Fekete, Maria Magyar, Petra Toth PROJECT PHASE: international design contest
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GRAND ATRIUM lets daylight in,
DYNAMIC SHAPE The spiral slope
SHAPE ARTICULATION final modifications
functions as the entrance hall and
of the volume adds an iconic look to
of the primal shape react to the context
organizes the various functions of the
the design. It also helps to provide
of the site, forming main and secondary
Science Center.
different ceiling heights for different
entrances as well as a more characteristic
functionalunits.
facade towards the city center.
URBAN CONTEXT
SITEPLAN
PROFESSIONAL WORK
SCIENCE CENTER KAUNAS
INTERIORS, EXHIBITIONS
The interior spaces of the Science Center are organized around an exciting, dynamic entrance hall. It is under a full-height atrium providing plenty of daylight. White surfaces make the space even lighter and emphasize the purity of the dynamic form of the hall. The use of wooden surfaces intend to make the interiors more friendly and welcoming.
public circulation LOGISTICS & WAYFINDING
visitor amenities galleries & event spaces office back-of-house visitors staff goods
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The permanent exhibition is concieved
GROUND FLOOR
as a generous and flexible space -
FLOOR PLAN
usable as one undivided exhibition area or manipulated by mobile walls. A key to provide different arrangements is an inteligent element, the Core in the intersection of the three exhibition areas. It can be opened up or closed from any direction, altering the way visitors experience the exhibition.
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PROFESSIONAL WORK
GALERIES LAFAYETTE
AT OMA ROTTERDAM
The project is the refurbishment of a
A production centre at the heart of
late 19th century industrial building
the site underpins the Fondation,
for Fondation d’Entreprise Galeries
while the ground floor becomes a
Lafayette to house exhibition and
passage connecting rue du Plâtre to
production spaces, with a focus on
rue Sainte-Croix de la Bretonnerie and
creation, innovation and research.
hosts the public programs.
The key feature of the concept is to insert an exhibition tower into the courtyard of the building in which two sets of mobile platforms offers a large repertoire of spatial configurations; the programmatic flexibility provided increases the potential of the existing building.
CLIENT: Fondation d’Entreprise des Galeries Lafayette, Citynove
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PROFESSIONAL WORK
GALERIES LAFAYETTE
LOCATION: Paris, France PARTNERS IN CHARGE: Rem Koolhaas, Ellen van Loon PROJECT ARCHITECT: Alejo Paillard
SITE AND MODEL IMAGES
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PROJECT PHASE:
PROGRAM: production center, exhibition spaces,
APD - design
light production spaces, pedagogic room, multimedia room,
development
restaurant/bar, public passage, offices
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PROFESSIONAL WORK
PARC DES EXPOSITIONS TOULOUSE, FRANCE
AT OMA ROTTERDAM concert
The project is conceived as a new gateway to the city and will host exhibitions, conferences, and concerts. It is designed to be a compact minicity – an antidote to the sprawl of a standard exposition park. The project is composed of three major volumes: sport
the expo hall, a multi-storey parking and a Convention Center and Event Hall. I was working on the latter, both on development of the design and details, as well as building the 3D model, working on plans and sections.
Client: Europolia exposition
Project Phase: PRO - construction document
convention & Banquet
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Location: Toulouse, France Program: indoor & outdoor exhibition space, multifunction event hall, logistics and amenities space, parking spaces Partners in charge: Rem Koolhaas, Ellen van Loon, Chris van Duijn Project Leader: Gilles Guyot
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PROFESSIONAL WORK
GREEN CANYONS TAMPINES NORTH
WORKING AT GROUP 8 on projects across Southeast Asia schemes was an exciting challenge. I had to adapt to a surprisingly fast pace, large scale, learned about different typologies and gained a deeper understanding of the asian cultural, climatic and economical environment.
AT GROUP 8 ASIA HANOI, VIETNAM
WINNER of an international competition, Green Canyons at Tampines North included the urban planning proposal of 80ha and the architectural design of the first construction phase, 2’300 apartments.
Client: The Housing THE MASTERPLAN is offering five types of diverse, innovative housing typologies. Each has a very specific character meanwhile they all follow the same logic: contextual typology to enjoy natural ventilation and maximizing open views, natural light, a landscape deck and multi-storey car parking, an efficient typical floor and good orientation.
and Development Board (HDB)
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Vietnamese landscape
Competion year: 2013 Location: Singapore
Group 8 office, Hanoi
Program: housing, facilities and urban park Leading partners: Manuel Der Hagopian, GrĂŠgoire Du Pasquier Local architects: LAUD Architects Pte. Ltd, Singapore
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PROFESSIONAL WORK
GREEN CANYONS TAMPINES NORTH
RESIDENTIAL TYPOLOGIES
LANDSCAPE CONCEPT is an allegory of a leaf. whereas the generous, lush Boulevard Park represent the main membrane of the leaf. Linked with and crossing the Park, a series of green arterial structures organizes and sets pace for the new development. The open space concept provides a diverse and ecological landscape accessed through a walkable and well connected pedestrian cycle network.
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SUSTAINABLE DESIGN
ODOO PROJECT SOLAR DECATHLON
SOLAR DECATHLON EUROPE is an international competition among universities which promotes research in ODOOPROJECT is the first hungarian
the development of efficient, sustainable
team participating on the Solar Decathlon
houses. During the final phase of the
competition. We worked together in a
competition, 20 selected teams from
multidisciplinary team of more than
all around the world shall assemble
80 students to design and build a solar
their houses in Madrid to compete in
powered, sustianable house.
ten different contests: Architecture, Engineering & Construction, Energy
It was an amazing experience to
Efficiency, Electrical Energy Balance,
work on this project from the first
Comfort Conditions, House Functioning,
sketches till the last detail, building it
Communication & Social Awareness,
ourselves, transporting it to Madrid,
Industrialization & Market Viability,
competing and winning awards. In
Innovation and Sustainability. All of the
this two years I learned a lot not
teams are supported by one or more
only about technical matters, but
universities and have the economic
also developed important skills for
and technical support from institutions
professional life, such as working in
and companies.
a team, improving organization and communication skills.
AWARDS IN THE COMPETITION: Engineering & Construction II. place Comfort Conditions II. place Energy Efficiency III. place Honorable Mentions for Interior Design Honorable Mentions for Lighting Design Honorable Mentions for Sustainability FURTHER AWARDS: Junior Prima award for Architecture Junior Prima award for Sustainabllity and Environmental Awareness
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SUSTAINABLE DESIGN
ODOO PROJECT SUSTAINABLE LIVING INTERIOR DESIGN
Interior design the house is defined
Our goal was to design a house, where
by the double characteristics of being
as much time as possible can be spent
both a residential building and an easily
outdoors, leading to a new sustainable
presentable pavilion. Hence the interior
way of life. To minimize the
is free of walls, it can be manipulated
environmental impact of construction
by mobile and flexible built-in furniture,
and functioning, the conditioned living
lighting and shading to make the most
unit is small and compact.
out of the small space. Using the same
On the other hand, the spacious
materials and design principles inside
terrace provides an intensively used
and outdoors enhances a feeling of
living area. We created the possibility
equality among the two.
of the indoor activities to be carried out at a great level of comfort outdoors. Such functions are the kitchen, the dining room, a sitting and resting area with adequate lighting and shading. The different areas of the house are used in different intensities depending on the season; resembling to the traditional Hungarian lifestyle.
SUMMER WALL a unique component of the house, which hosts a lot of different features. It designates the space of the terrace, and incorporates the summer kitchen, the resting area and mechanical spaces. On the southern side it is covered by integrated, thin-layer photovoltaics. winter
spring autumn
summer
5m 1m
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TRANZVERSAL SECTION SCALE 1:50
HVAC OUTDOOR CABINET
BATHROOM
MECHANICAL ROOM
COOKING/ DINING
ENTRANCE AREA
OUTDOOR LIVING
ELECTRIC CONTROL
WORKING
LIVING AREA
TERRACE
SUMMER KITCHEN
OUTDOOR DINING
SLEEPING
THERMAL MASS
1m
FLOOR PLAN
SCALE 1:50
N
5m
INTERNATIONAL COMPETITION
ODOO PROJECT SOLAR DESIGN
Solar design the house achieves a positive energy balance by focusing on and optimizing both passive and active solutions. The surfaces facing south were doubled, letting us use actively the solar power by the cells on the southern side of the summer wall while the house can exploit the heat gains in winter. Because of the lightweight construction we designed a unique semi-passive system using water as dynamic thermal mass.
BUILT BY OURSELVES constructing the house in less than three months helped to understand our own design, the process to develop a project, giving lot of practical experience for the future.
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PREFABRICATION & TRANSPORT a major challenge of Solar Decathlon is to assemble the house on the competition site in only ten days after transportating it from 2500 kms. To have transportable sized elements, the house was divided into four plus two highly prefabricated modules.
COMPUTATIONAL DESIGN
SCALED PAVILION
INTELLIGENT TECTONICS V1.0 was an international workshop for parametric design and fabrication strategies.
PARAMETRIC WORKSHOP
The workshop focused on the practical implementation of computational design methods in real-life architecture to the various facets of computational design thinking: from the early design phase, through the schematic planning,
Rendering
projects, introducing the participants
to the fabrication and the assembly of the physical artifact. As a product of the workshop, an exhibition booth was designed incorporating a modular,
Model photo
re-usable performative plate structure.
Our proposal won the 1ST PLACE in the competition of the workshop and is scheduled to be realized in January 2017 at BAU MUNICH, GERMANY.
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COMPUTATIONAL DESIGN
SCALED PAVILION
1
base surface
DESIGN CONCEPT
The project is based on a system of customised elements aligned on a surface that defines the space of the pavilion. The components are made from bended sheets of ETALBOND, which have been perforated and manifactured according to an algorithm that defines their dimensions and orientation according to the curvature of the surface at any given point.
The structural resistance of the pavilion has been achieved by the overal shape, the connections between the components and the physical properties of the material. The perforations on each element are designed in a way that allows visualization of branding only from certain points of observation and perspective deformation.
Structural system
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2 surface populated with
3 curvature analyzis
folded panels
4 elements scaled and rotated according to curvature
Panel folding strategies
Pavilion Arrangement Option A
Pavilion Arrangement Option B
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COMPUTATIONAL DESIGN
BEHAVIOURAL NETWORKS PROJECT: Computational design workshop,
SIMULATION METODOLOGY
urban design LOCATION: Wroclaw, Poland
The workshop pro足posed new models of
TEAM:
infrastructural self-organisa足tion, urban
Adrian Auth, Juan Lee, Monika Kalinowska,
automation and mobility systems.
Peeradon Warithkorasuth
Adaptive networks based on multi-agent
TUTORS:
principles and crowd simulation are used to solve
Marvin Bratke, Paul Clemens Bart,
complex architectural and programmatic conditions
Matthijs La Roi
in a three-dimensional urban environment. Our design process is driven by a direct feed足back loop of different simulation software, each in足forming another as input for emerging connectivity networks and interrelated urban systems, driven by site specific urban and topographical parameters.
20 Steps
40 Steps
SPATIAL NETWORK ANALYSIS
01
With the use of Depth Map X, we set a series of experiments and tests to get a more comprehensive analysis of the site and sorroundings,
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focusing on connectivity and view corridors.
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View Corridors
160 Steps
TRAIL NETWORK GENERATION
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Connectivity
320 Steps
Based on the survey, we created a linear connection network according to the usage intensities. Agents followed their destinations, but also gravitated towards each other, similarly to ants pathfining patterns. The final network is a result of the simulations set up using Processing.
COMPUTATIONAL DESIGN
BEHAVIOURAL NETWORKS Our intention was to unite and reconnect the fragmented urban fabric. Three university campuses withouot access to proper outdoor facilites and separated by heavy traffic, disconnected, somewhat abandoned blocks and an outdated podium-parking structure are calling for improvement.
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Initial Urban Setup Site Visit / Analysis Lineal connection between access points
02
Agent Behaviour Simulation Agent simulation Connectivity network
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The resulting intervention is a continous topographic landscape for pedestrians and cyclists with strategically positioned program facilies (open-air theatre, ...). It is a space to enhance interaction between university students of three different campuses and also aims to bring together diverse cultural groups to develop their daily activities.
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Network Generation Physical network Spatial development
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Infrastructural Intervention Zoning Open space development
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COMPUTATIONAL DESIGN
MODELLING CASE STUDIES 1.0
RHINO GRASSHOPPER
Having a strong interest in varoius aspect of architectural design including projects with a focus on sustainablity and prefabrication; the last few years I got more and more fascinated about the posibilities parametric design has to offer.
I developed most of my skills via online tutorials of Thinkparametric, Studio Air and computational methods courses of University of North Carolina, limited tasks in daily architectural practice and by attending DesignMorphine’s Intelligent Tectonics V1.0 parametric design and fabrication workshop.
Heydar Alijev Centre by ZHA
Stereotomy study
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Heydar Alijev Centre by ZHA
Pompidou metz by Shigeru Ban
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COMPUTATIONAL DESIGN
MODELLING CASE STUDIES 2.0 BIRD’S NEST STADIUM HERZOG & DE MEURON
1
Columns
My aim working on the case study of Herzog & de Meuron’s Beijing Olympic Stadium was not to precisely follow and copy the building as it is, but rather to recreate the underlying logic of the geometry and the creative process, similar to having a work-in-progress model during design development.
2 Floor slabs
3 Bowl Tribun
Basic Geometry Basecurves and Shell Surface
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8 Secondary Structure
8 Secondary Structure
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COMPUTATIONAL DESIGN
MODELLING CASE STUDIES 2.0
4 Primary Columns 4-6 Baselines
4 Primary Columns 3D
5 Roof Beams
6 Surface Beams 3D
5 Roof Beams
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PRIMARY STRUCTURE
The seemingly complex geometry of the stadium is achieved by a layered design, and can be broken down to a series of relatively simple parametric operations.
6 Surface Beams
7 Zig-zag Support
7 Zig-zag Support Baselines
7 Zig-zag Support 3D
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GRADUATION PROJECT
CULTURAL CENTER SEVILLE, SPAIN
LA FLORIDA BLOCK
CONTEXT the famous La Florida block lies in the intersection of Sevilla’s two major traffic arterias. Menendez Pelayo sorrounds the historic center connecting the site to the Real Alcazar, Plaza de Espana and other monuments. The perpendicular Luis de Montoto is connecting the airport, the railway station, industrial zone and new residential areas to the city center. Plaza de la Reincarnación, the hub of the contemporary renewal of the city is also nearby. The plot itself is a scar, a reminder of the economic crisis: a protected, classicist facade sorrounds the empty, abandoned construction site of a cancelled development.
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Aerial view
Traffic analysis
City context
SITE the famous La Florida block is located in a key position on the border of two remarkably different urban fabrics - the historic center of Sevilla and Nervión, developed in the 60’s.
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GRADUATION PROJECT
CULTURAL CENTER SEVILLE, SPAIN
CONCEPT & FUNCTION DIAGRAMS
TRADITION the concept of the cultural center was inspired by spanish patios and walled gardens, the outdoor spanish lifestyle as well as activated open air areas of contemporarycultural buildings.
The focal point of the project is the flexible plaza - the place of a wide range of cultural activites - sorrounded by the preserved facade, serving as a filter from noise and visual distractions of heavy traffic.
To maximize its surface, the necesarry functions are organized in two compact volumes: library, exhibition places, workshops, café and administration on the northern side; auditorium on the south.
0 Cultural Plaza, Foyer, Café
Temporary Exhibition
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1
Workshops, Open Library
2 Open Library, Group rooms,
Digital Library
3 Children Library,
Administration Offices
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GRADUATION PROJECT
CULTURAL CENTER SEVILLE, SPAIN SECTION DETAILS
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CONTRAST the real challenge of the project was to figure out the building’s relationship with the exisiting historical facade. Contrary to the heavy, solid masonry work the new building is transparent and translucent, light and flexible. The top floors appear to float over the facade. They are clad in perforated metal sheets, providing the necessary shading while still allowing generous views from the inside out. The glass volume of ground and the first is fully glazed, appearing to be the continuation of the central outdoor plaza. Similarly to the floating box, the facade of the lower floors is detached from the existing walls, enhancing the contrast of the two structures. The overhanging volume of the floating box provide the necessary natural shading against the strong Andalusian sunshine. During the nigth the perforated facade turns the otherwise closed floating box into a glowing, transparent object, a fresh contemporary addition to the existing urban fabric.
EXTRACURRICUL AR
DRAWINGS
UNFINISHED COMPOSITIONS
I was always interested in drawing, recognising it as a powerfool design and communication tool for an architect. During my studies I was chosen to the elite drawing classes of the University. As I felt the need to develop my skill not just in architectural drawing, I also learned in private schools Corvin Rajziskola and Szuterén Studio from painter Tamás Szigeti.
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