ANDREAS IERIDIS SELECTED PROJECTS 2009-2017
CONTENTS
Realised Projects
1. 2. 3. 4.
Westfield Shopping Centre | London, UK Fondaco dei Tedeschi | Venice, IT Sibling Houses | Nicosia, CY House on a slope | Nicosia, CY
Competitions
5. 6.
Prison-dam Faculty of Science
| Arizona, USA | Zagreb, HR
01 WESTFIELD SHOPPING CENTRE LONDON, UK role: period: RIBA stages: budget: status: publications:
Architect/Revit package leader at Sheppard Robson July 2015 – December 2017 Developed, Technical and Construction (stages 3,4 and 5) £ 1 bn Stage 5 - Construction Sheppard Robson
Sheppard Robson is leading the detailed design and co-ordination of the £1bn expansion plans of Westfield London, at Shepherd’s Bush. The project delivers over a million sq ft of retail space, including a new 230,000 sq ft flagship John Lewis store, and 1500 new homes within the wider development. The retail expansion provides 70 new retail units and kiosks in the first phase, and also includes a major new restaurant wing and additional retail units improving the connection between the retail and the existing public realm. These ambitious plans result in a complex scheme on a site that includes a dense network of London Underground lines and sidings, existing bus routes and bus station, and working around key roads and pedestrian routes. Sheppard Robson has led the process of knitting together retail, residential and public realm elements into a cohesive whole. The Westfield London Phase 2 project is a key component of the regeneration of the White City Development area, encompassing the development of the BBC Development on Wood Lane and the Imperial College masterplan to the north. Responsibilities - Construction site visits - Responsible for producing and delivering tender and construction packages for specific building parts. - Drafting technical drawings in Revit. - Reviewing and amending the Revit 3D model and 2D drawings according the building regulations, code compliance and functionality. - Coordinating M&E services between architects, structural, electrical and mechanical engineers. - Compiling detailed documentation and gathering technical information to assist the specification writing.
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WESTFIELD SHOPPING CENTRE
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WESTFIELD SHOPPING CENTRE
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Section through East and West entrances | Revit 8
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WESTFIELD SHOPPING CENTRE
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Eye-tech mesh car park cladding
WH lobbies rain-screen cladding Glazed roof
Level 60 FFL
Articulated aluminium cladding
Level 55 FFL
Double glazing curtain wall
Level 50 FFL
Articulated stone cladding
ENTRANCE LOBBY Level 40 FFL
BOH CORRIDOR Level 20 FFL
CAR PARK
East entrance Longitudinal Section | Revit 10
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Eye-tech mesh car park cladding
Glazed roof
Level 60 FFL
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2 Articulated aluminium cladding Metal composite panel Level 55 FFL
Double glazing curtain wall
Level 50 FFL
Articulated stone cladding
1 Double glazed doors Level 40 FFL
1 BOH CORRIDOR
Level 20 FFL
CAR PARK
East entrance lobby cross Section | Revit WESTFIELD SHOPPING CENTRE
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Mall East entrance Axonometric Section | Revit 12
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Entrance lobby Glazed roof & Base detail / Revit WESTFIELD SHOPPING CENTRE
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Public room, West entrance and Anchor store during construction | 2017
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Main promenade and glazed roof during construction | 2017
WESTFIELD SHOPPING CENTRE
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02 FONDACO DEI TEDESCHI VENICE, IT role: period: RIBA stages: status: publications:
Intern architect at OMA July - December 2013 Developed Design (Stage 3) Completed Office for Metropolitan Architecture
First constructed in 1228, the Fondaco dei Tedeschi was a trading post for German merchants before becoming a customs house under Napoleon in 1806. Depicted by Canaletto and other masters, and photographed numberless times as the impressive but anonymous backdrop for the Rialto, the Fondaco - at 11,000m2 one of Venice’s largest buildings - now stands as a muted icon of the Venetian mercantile era. Twice destroyed by fire and rebuilt in the 16th century, the Fondaco was radically altered again in the 1930s, its structure almost completely replaced by reinforced concrete to allow its new use as a post office. The Fondaco has constantly reshaped itself, accumulating many layers of ‘authenticity’: its preservation is a history of change. The Fondaco’s current role as a post office has diminished in tandem with the native population of Venice: an annual decline of 1.2 percent mirrors the gradual emptying out of the building. Today, it is largely unused for the first time in centuries. The latest evolution of the Fondaco will reactivate the building a thriving contemporary trading post, in the form of a modern department store. In tandem with the department store, the renovation will create three major areas of commerce-free public space. Inside the building, 75% of the Fondaco’s structure will remain untouched. Occasional interventions in the 1930s structures will consolidate rooms into larger spaces while crucial historic elements like the corner rooms will be preserved. Some uses of the building, lost for centuries, will be resurrected: the walls of the gallerias will once again become a surface for frescoes, reappearing in a contemporary form. Department stores have historically been incubators for the arts, collaborating with graphic designers, fashion designers, musicians and artists in a very public venue. With the Cultural Masterplan for the Fondaco, our ambition is to resurrect this relationship between art and commerce - a classically Venetian mixture. OMA’s renovation scheme - composed both of architecture and public programming - continues the Fondaco dei Tedeschi’s tradition of vitality and adaptation. Venice will acquire a landmark that will become a shared civic facility and a crucial element in the cultural fabric of the city.
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FONDACO DEI TEDESCHI
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FONDACO DEI TEDESCHI
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SECTION EAST-WEST. OMA PROPOSAL 1:300 0
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20M
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FONDACO DEI TEDESCHI
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FONDACO DEI TEDESCHI
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03 SIBLING HOUSES NICOSIA, CY role: period: RIBA stages: budget: status:
Project Architect at IMA 2011 - 2014 from Concept Design to Handover (Stages 2 - 6) € 1.000.000 Built
This housing project was my first responsibility as a project architect. 2 siblings who share the same plot own a house each. Each dwelling has an average gross floor area of 350 m². The project was completed in 2 phases, the first completed in 2012 and the second one in 2016. Responsibilities: - Overseeing the project through all RIBA stages from Concept to Construction. - Liaising meetings with the client, reviewing site information and initial project brief. - Preparing the Concept Design and working on different options to accommodate the client’s needs. - Developing documents for the planning application and submitting drawings to planning authorities. - Preparing Developed Design, drafting technical drawings and compiling packages for tender. - Finalizing tender documentation and evaluating subcontractor proposals. - Liaising with Structural and Mechanical engineers. - Overseeing the project through the Construction stage until the handover to the clients.
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SIBLING HOUSES
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SIBLING HOUSES
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ALEXANDROU
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ALEXANDROU
PANAYOULI STR
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UNDERGROUND
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GROUND FLOOR
Plans | AutoCAD, Adobe Illustrator
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PAN
ALEXANDROU
NAYOULI STREE
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PANAYOULI STR
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FIRST FLOOR
SIBLING HOUSES
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Exploded Axonometric | Sketch-Up, Adobe Illustrator
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SIBLING HOUSES
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Section | Sketch-Up, Adobe Illustrator
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Section | Sketch-Up, Adobe Illustrator
SIBLING HOUSES
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First floor stairs and corridor during construction/nearing completion | 2016
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Main entrance and kitchen during construction/nearing completion | 2016
SIBLING HOUSES
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04 HOUSE ON A SLOPE NICOSIA, CYPRUS
role: period: RIBA stages: budget: status:
Project Architect at IMA 2011 - 2014 Concept Design - Handover (Stages 2 - 6) â‚Ź 200.000 Built
The house serves the needs of a 3 member family, a young couple and their daughter and took its nickname from its location, a sloped-terrain plot in a small town on the outskirts of Nicosia. In respect to the mountain the house adapts to the landscape and disruption of the topography is kept to the minimum. The simplistic morphology and materiality is derived from the owners’ needs to reduce the building cost. Any ornamentation is omitted and more attention is given to the internal space quality and comfort. The solid and open parts of the envelope are oriented in relation to the sun path and air circulation. This maximizes the sun gain during winter and assists natural ventilation during summer. Therefore climate sustainability is praised and mechanical heating and cooling is kept low throughout the year. The functions of the house are split in two categories: the living and sleeping areas. This is expressed formalistically as well by two rectangular volumes placed perpendicular to each other forming an L shape. The larger rectangular volume orientated from North to South contains the living category: seating, dining, kitchen, guest WC, office and the parking area. This volume is split in three levels: the lower ground, the ground floor and the mezzanine. Its external walls are predominantly solid except the narrow side facing South. This side is transparent to offer views of the mountain across the house and to allow the natural light permeate all the way to the back of the volume. All living areas are very well lit naturally by the double height glass facade and are celebrated by the double height space which creates a pleasant and comfortable atmosphere to spent the day in. Other than the two parking areas on the lower ground floor, there is also a small studio which serves as a guest house from time to time or can accommodate a potential future member of the family. The parking and the small studio are aligned with the street level and have separate access from the rest of the house making them ideal to be used as an independent unit if necessary. The rest of the rooms, the sleeping areas and amenities are positioned in a smaller single level volume which is oriented from East to West. Its external walls are also predominantly solid with a few openings to the South for natural light. An outdoor space is created above the parking area in the junction of the two volumes, with undisturbed views to the village and surrounding area.
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HOUSE ON A SLOPE
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HOUSE ON A SLOPE
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First floor plan | AutoCAD, Illustrator
Ground floor plan | AutoCAD, Illustrator
Underground plan | AutoCAD, Illustrator 40
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HOUSE ON A SLOPE
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External views during construction | 2013
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Internal views after completion | 2016
HOUSE ON A SLOPE
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05 PRISONDAM
ARIZONA, USA period: status: publications: awards: with:
January - February 2016 Competition Combo Competitions Shortlisted Maria Prodromou
The idea of the building is influenced by the neighbouring Navajo Nation which is created along the banks of San Juan River. Because of the water people have created small settlements which are sustained by the productive landscapes. In our case we make a radical approach. We introduce the idea of a dam to collect the water from two main water steams. This way we want to create new potentials for the area and influence its future development. We use the typology of a gravity dam in combination with a hydroelectric dam to contain the water, provide irrigation and create a self-sustain building. The functions of the building are cascading in front of the massive concrete volume. This way we maximize the sun gain and create terraces of productive landscapes. These are cultivated and sustained by the prison’s inmates. The connections inside the building are achieved by the sloping floors which run from the top to the base of the building. This creates a continuous route and an ease access between the floors. Additionally, two cores create vertical connectivity with stairs and elevators in case of emergency. These cores accommodate as well the WC and showers. In plan the building is unfolded along a 5 meter wide corridor. This corridor provides access to the cells which are directly connected to the terrace with the productive landscape. Inmates have natural sunlight and ventilation and are directly connected to nature. This plan typology creates maximum flexibility and with the abolishment of a few walls a space can be transformed from a cell to a public space and vice versa.
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PRISONDAM
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PRISONDAM
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Plan | Rhino, Adobe Illustrator
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Section | Rhino, Adobe Illustrator
PRISONDAM
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06 FACULTY OF SCIENCE ZAGREB, CROATIA
period: status: with:
September - October 2014 Competition Frane Stancic
Due to increased number of students and the lack of space the city of Zagreb announced a competition to enlarge and improve its current facilities. Our proposal started as an analysis of the needs and aimed to create a new improved typology building in the existing University campus. In order to create an improved communication between the functions of the Science Faculty we are proposing and horizontal and vertical communication which is inspired by the “Cardo and Decumanus” in ancient Rome and “The Forum”, the vertical Tower in our proposal, as the center piece of the development. A new special quality is created at the campus which connects functionally and aesthetically the areas of the building and the rest University buildings of the campus. A funk-tional whole. The resulting volume creates direct and harmonious connection between the neighborhood, the campus and city. Communication fits into the existing infrastructure, connects and improves pedestrian routes within the campus and connects with the rest of city. The tower makes public a visual and functional link within the campus itself as a visual focus and link within the University.
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FACULTY OF SCIENCE
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FACULTY OF SCIENCE
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Section through entrance lobby & auditoriums | AutoCAD, Adobe Illustrator
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B2.1.34. LAB. ZA PALINOLOG.
B2.1.32. B2.1.30. LAB. ZA LAB. ZA PCR I ELEKTROFOR. I RT PCR SPEKTOMETRIJU
B2.1.33. LAB. ZA MIKROSK.
B2.3.3. KABINET
B2.1.24. ALGOLOŠKI LABORATORIJ
B1.3.12. KOMBINIRANI ALGOLOŠKI PRAK. S ALGE DEPOOM
B3.1.9. KABINET
B2.2.5. SPREMIŠTE ALGOLOŠKIH UZORAKA
A2.1.4. LAB. ZA ELEKTRONSKU MIKROSKOPIJU II
A2.1.1. LAB. ZA PRIPREMU UZORAKA
B3.1.9. KABINET
B3.1.9. KABINET
A2.1.2. LAB. ZA ELEKTR. MIKROSKOPIJU I
A2.1.5. UREĐAJ ZA HLAĐENJE
B1.3.17. PRAKTIKUM IZ FIZIOLOGIJE BILJA B2.1.25. LAB. ZA FIZIOLOGIJU BILJA
A2.1.3. TAMNA KOMORA
B1.4.2.2. ALGOLOŠKA ZBIRKA
B2.1.29. LAB. ZA PR. UZ. ZA PCR I RT PCR
TAMNA KOMORA
A1.8.9. SANITARIJE
B1.4.2.3. BOTANIČKA, HERB. I KARP. ZBIRKA
B3.1.7. KABINET
B3.1.7. KABINET
B3.1.7. KABINET
B3.1.7. KABINET
B3.1.7. KABINET
B3.1.7. KABINET
B3.1.7. KABINET
A1.8.7. SOBA ZA URUDŽBENI ZAPIS
A1.8.5. FOTOKOPIRAONICA
A1.8.8. TELEFONSKA CENTRALA
A1.8.6. PROSTORIJA S VELIKIM SKENEROM PRINTEROM I PLOTEROM
A1.8.4. CENTRALNA GARDEROBA
A1.2.1. STUDENTSKA REFERADADODIPLOMSKI STUDIJ
A1.2.2. STUDENTSKA REFERADAPOSLIJEDIPLOMSKI STUDIJ
A1.8.1. VJETROBRAN
A1.8.3. PORTIR
A1.8.1. VJETROBRAN
A1.8.2. ULAZNI PROSTOR
A1.8.9. SANITARIJE
B2.1.1. LAB. ZA BIO. MORA
B2.1.6. LAB. ZA MIKROFAUNU
B2.1.7. LAB. ZA LIMNOLOGIJU
B2.1.8. LAB. ZA KEM. ANALIZE
B2.2.2. SUŠIONICE, MUFOLNE PEĆI
B2.2.1. IZLAGANJE ŽIVOTINJA
B2.1.2. LAB. ZA EKOTOKSIKOLOG.
B2.1.13. IZOLACIJA DNA
B2.1.16. LAB. ZA ISTR. KRALJEŠNJAKA
B2.1.17. LAB. ZA ISTR. SISAVACA
B2.2.18. DEPO A3.4.1. SOBA ČISTAČICA I SPREM.
B2.1.5. LAB. GRUPE ZA SIS. ZOO. I ENTOM.
B2.1.12. LAB. ZA EVOLUCIJU
B2.1.14. PROSTOR ZA PCR
A1.8.9. SANITARIJE
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
A1.8.9. SANITARIJE INVALIDA
B2.2.15. CENTRIFUGE
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
C1.1.1. PREDAVAONICA (40)
C1.1.1. PREDAVAONICA (40)
B2.1.9. LAB ZA HISTOLOGIJU/ HISTOKEMIJU
B1.3.4. ZOOLOGIJSKI PRAKTIKUM
B1.3.21. PREDPR. ZA IZOLACIJU I PR.
B1.3.4. ZOOLOGIJSKI PRAKTIKUM
B1.3.1. RAČUNALNI PRAKTIKUM
B1.3.3. EKOLOŠKI PRAKTIKUM
B1.3.10. PRAKTIKUM IZ KULTURE BILJNIH I ANIM. ST.
B1.4.2.1. ZOOLOGIJSKA ZBIRKA ZA UČENJE B2.2.3. PRANJE I STERIL.
B3.1.3. KABINET
A1.8.9. SANITARIJE
B3.1.3. KABINET
B3.1.2. KABINET
B3.1.2. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B3.1.1. KABINET
B2.3.2. KABINET
B3.1.6. KABINET
D2.1.8. LAB. ZA IZOTOPNE ANALIZE
D2.1.9. LAB. ZA GEOKEMIJU OKOLIŠA
B3.1.6. KABINET
B3.1.1. KABINET
D1.1.3. PREDAVAONICA - UČIONICA (32)
D1.4.7. SPREMIŠTE MODELA
D1.4.6. PETROLOŠKA ZBIRKA
D2.2.2. VAGAONICA
D2.1.6. KEMIJSKI LAB.
D2.1.7. LAB. ZA RENTGENTSKU DIFRAKCIJU
D2.1.5. MINERALOŠKO PETROGRAFSKI LAB.
D2.2.3. SPREMIŠTE ZA KEMIKALIJE
A1.8.9. SANITARIJE
D3.1.6. KABINET
D3.1.7. KABINET
D3.1.8. KABINET
D2.3.2. KABINET
D1.4.8. VODITELJ ZBIRKE D2.3.1. KABINET
D3.1.1. KABINET
D3.1.1. KABINET
D3.1.1. KABINET
Plan | AutoCAD, Adobe Illustrator
FACULTY OF SCIENCE
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Section through main circulation corridor | AutoCAD, Adobe Illustrator 56
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andreasierides@gmail.com
Andreas Ieridis Architect ARB, RIBA Dip. Arch, MSc London UK