Curriculum vitae education Ion Mincu University of Architecture and Urban Planning- Bucharest M.Arch - Architecture Department
2008 - 2014
University of Stuttgart - Germany Erasmus scholarship
2010 - 2011
Work Experience GXN / 3XN - COPENHAGEN, DENMARK Internship
09.2013 – 01.2014
PORT Franczok + Kolanus - WROCLOW, POLAND Internship
07.2013 – 08.2013
VAN Project & Design - BUCHAREST, ROMANIA Collaborator
07.2012 – 10.2012
Workshops SMARTGEOMETRY 2013 - London Computer Vision and Freeform Construction Cluster Roberto Molinos, Juan Manuel Perez & Julian Garcia
Bunesti Summer School Worked with traditional materials: wood, masonry, adobe Coordinator: arh. Ana-Maria Goilav, Petre Guran, www.bunesti.ro
Santa’s Digital Workshop Softwares: Grasshopper, Weaverbird, Galapagos, Arduino, Firefly. Hardware: 3D Printer, laser, Arduino, Pulse and movement sensors http://santasdigitalworkshop.tumblr.com/
Grasshopper Workshop - Product Design The goal was to build a parametric desk for the Prouct Design Department in my University http://www.facebook.com/groups/232494136811542/photos/
15-20 April 2013
24 july – 1 august 2012
12 – 18 december 2011
27 october – 1 november 2011
Contact Silvia Funieru
Date of Birth : 04.02.1989 Nationality: Romanian Str.Prometeu, nr. 32, bl.14F, sc.1, ap.3, sector 1, cod 014225 Bucharest, Romania
silvia.funieru@yahoo.com +40 740595327 00
Hello, My name is Silvia Funieru and I am a master’s of architecture graduate student from “Ion Mincu” University of Architecture and Urban Planning, Bucharest, Romania. My design focus is in the area of buildings and structures that optimally perform in complex physical environments. Therefore my interests lie in sustainable design approaches, innovative material technologies and the use of digital design tools in architectural conceptualization and detailing. During my studies and work experience I have developed expert skills in 3D modeling, 2D drafting, digital design representation, physical model making, and parametric design. My work experiences have taught me the values of effective time-management, communication with team members and superiors, respecting deadlines, how to correctly implement my vision in a project, and most importantly, to respect the clients’ needs and wishes. As an architect, I want to foster a building culture that reconciles the contradictory needs and desires of my generation. My academic formation, my work and research experience and my experience in international environments qualify me for professional practice. My goal is to become the architect of a future I’m proud to inhabit. I will be available to work from October 2014. Best regards, Silvia Funieru
Skills Software Autocad 80% Rhino 3D 90% with Rhino Membrane, Rhino Lands design and render plugins 3D studio Max 40% Archicad 70% Revit 50% Adobe Photoshop 95% Adobe Illustrator 90% Adobe InDesign 90% Office suite 95%
Scripting/Parametric modeling Grasshopper Rhino VB Script Rhino Python Processing
90% 60% 45% 45%
Languages Romanian (native) English German
100% 90% 50%
Other Multitasking Management Problem recognition Understanding and use of new design methods/ strategies 01
Reference
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Projects
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Professional work SplineTEX Table Design / GXN Team: Kasper Guldager Jørgensen, Silvia Funieru Company partners: SuperTEX
Urban Green Biotopes / GXN
Diploma
Team: Kasper Guldager Jørgensen, Silvia Funieru, Peter Villenoes Company partners: Nissen Consult, 3kanten A/S Salespartner: Byggros A/S
Belgrade Opera House
Academic work
04 07 10
Prof. S. Scafa-Udriste, G. Costachescu. Ing. A. Iordachescu U.a.u.i.m. 2014
Office Tower
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Prof. S. Scafa-Udriste, G. Costachescu, V. Thiery U.a.u.i.m. 2012
Moebius House - Single family house Prof. M. Ochinciuc, A. Panait, H. Zeki U.a.u.i.m. 2010
Collective Housing - Berzei-Buzesti Prof. S. Scafa-Udriste, G. Costachescu, V. Thiery U.a.u.i.m. 2011
Emergent promenade - kiseleff Prof. S. Scafa-Udriste, G. Costachescu, V. Thiery U.a.u.i.m. 2011
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Competitions Unknown - Housing as an open problem Prof. S. Scafa-Udriste, G. Costachescu, V. Thiery U.a.u.i.m. 2012-2013
Workshops Models Drawings
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1
SplineTex Table Design
FURNITURE DESIGN
GXN team: Kasper Guldager Jørgensen, Silvia Funieru. Company Partners: SuperTEX
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SPLINETEX TABLE DESIGN
OLD PROTOTYPE
R = 70 cm
TABLE PROPOSALS _DIFFERENT
GXN have been collaborating with superTEX on designing a table using the properties of splineTEX. GXNs design philosophy is to make a design that brings together form in a unique dialogue between material potentials and possibilities in new ways of production. In the splineTEX table design the free form ability of the tubes is utilized to create a structure made of reciprocating parts that lock together to give the strength and stability needed for a table. Design methodology The design was driven by an intention to utilise the properties of splineTEX and designing a table with a shape and expression that could only be achieved through the use of the splineTEX tubing and the associated manufacturing technique. The final design brings together the production method and the material property in a design that plays with the idea of continues three dimensional splines.
STRUCTURAL PROBLEMS OF THE OLD DESIGN
Plan
71 cm
Elevation
CONNECTION TYPES S
Connector
T
T
C
C
BM
DEFORMATION PROBLEMS
direct load transfer (ideal)
current load transfer (problematic)
S
Bolted
T
T
C
C
BM
ITERATIONS
existing prototype new prototypes
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AESTHETICS 3 person table prototype
R = 70 cm 6 person table prototype
Plan
STRUCTURAL PERFORMANCE
Displacement F=600 kg
Normal forces in X-axis
Torsion moments in X-axis
BUILT PROTOTYPE - 6 PERSON TABLE
6mm spacing
FUNCTIONALITY
74 cm
Connections between table legs Elevation
Connections between table legs and table top
0.8141 cm
Before optimization Optimized geometry
200 kg
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Urban Green Building Green Fair 2013 - Copenhagen, Denmark
CONCEPT DEVELOPMENT
GXN 3Xn team: Kasper Guldager Jørgensen, Silvia Funieru, Peter Villemoes Company Partners: Nissen Consult, 3kanten A/S Salespartner: Byggros A/S
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CONCEPT & BOOTH DESIGN
urban GREEN
DISTRIBUTION
Urban Green ® brings the wild nature into the city and creates lush, wild nature on green roofs, facades, wet beds and road systems. It is an interdisciplinary project where gardeners, biologists and architects have combined their best skills to make the city greener, healthier and more beautiful. Urban Green ® offers more than 100 different wild Danish plant species in seven different biotopes that consists of; beach, salt marsh, heath, grasslands, meadows, forests and fens. By using locally adapted plant species instead of foreign Sedum species, biodiversity is increased and the choice of Danish wild species promotes all the scents, colors and wildlife of wild Danish nature.
Walking area
Biotop box
Biotop Info box
BOOTH
Biotop Info box
Biotopes will increase the biodiversity of flora and fauna, and will attract butterflies and pollinating bees and birds. The plants are supplied in plugs. Several species can be planted together in groups, or they can be planted individually. GXNs role is to develop the concept toward the construction industry’s need for biodiversity and climate change adaptation. GXNs knowledge in environmental materials will ensure that the concept consists of biodegradable components and ensures a holistic sustainable approach.
Biotop box Walking area
COMPONENTS
Counter Chair
Building Green is the biggest event in Denmark for sustainable design, construction and the built environment. Building Green brings together communities from across diverse sectors to learn, share, innovate, experience and discover the future of sustainable building and construction. In 2013 Building Green was held on 9 and 10 October in Forum. Building Green presents products that can help to reduce energy consumption in both new and existing buildings. Presenting solutions and turnkey products of renewable energy solutions. An opportunity to gain insight into both existing products and new technology that can help to reduce energy consumption in Danish buildings, increasing biodiversity and other green initiatives. Urban Green was represented with a booth in 2013 at Building Green Fair.
Biotop box
Biotop info box
Chair
Counter
Intermidiate box
FAST ASSEMBLY & LOW BUDGET DEMANDS STACKING SYSTEM
PRINTS - BIOTOP INFO BOX
Top specially designed to hold/exhibit the plugs
The upper box has a cap
Biotop description
GRAPHIC DESIGN STICKERS GRAPHIC
urban GREEN Kontakt Urban green
Besøg Byggros
What is Urban Green
The product
Urban Green is a new concept that brings nature into the city. In short, Urban Green is an interdisciplinary project where gardeners, biologists and architects have combined their best skills to make the city greener, healthier and more beautiful. With Urban Green the natural flora and fauna and biodiversity is increased to the benefit of the citizens.And the city’s air quality improved and large, excess amounts of water absorbed and evaporated.
Urban Green offers 7 different native Danish plant biotopes, each consisting of 20 wild Danish plant species. The biotopes, species composition and frequency are based on NERI monitoring of Natura 2000 (network of protected areas in the EU), and is able to adapt regional conditions. Biotopes will increase the biodiversity of flora and fauna, and will attract butterflies and pollinating bees and birds. The plants are supplied in plugs. Several species can be planted together in groups, or they can be planted individually.
The handles fix the boxes together
urban GREEN
MANUFACTURING - CNC
WEB DESIGN & ADVERTISING
Contact Urban green
Visit Byggros
What is Urban Green
The product
Urban Green is a new concept that brings nature into the city. In short, Urban Green is an interdisciplinary project where gardeners, biologists and architects have combined their best skills to make the city greener, healthier and more beautiful. With Urban Green the natural flora and fauna and biodiversity is increased to the benefit of the citizens.And the city’s air quality improved and large, excess amounts of water absorbed and evaporated.
Urban Green offers 7 different native Danish plant biotopes, each consisting of 20 wild Danish plant species. The biotopes, species composition and frequency are based on NERI monitoring of Natura 2000 (network of protected areas in the EU), and is able to adapt regional conditions. Biotopes will increase the biodiversity of flora and fauna, and will attract butterflies and pollinating bees and birds. The plants are supplied in plugs. Several species can be planted together in groups, or they can be planted individually.
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Belgrade Opera House - Usce Park, Serbia
CULTURE
Diploma Project - UAUIM 2014 Coordinator: Stefan Scafa Udreiste, Gabriel Costachescu Structural Engineer: Adrian Iordachescu
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11
GROUND FLOOR PLAN
1. BOX OFFICE 2. STAFF AREA 3. SOUVENIR SHOP 4. CLOAK ROOM 5. EMERGENCY EXIT CORRIDOR 6. STORAGE 7. TOILET 8. DRESSSING ROOM FOR MAIN ROLES 9. FIRST AID ROOM 10.GREEN ROOM 11.DRESSING ROOM FOR SUPPORTING ROLES 12.DRESSING ROOM FOR 5 PEOPLE 13.INSPECTOR OFFICE 14.STAGE MANAGER OFFICE 15.SECURITY OFFICE 16.NFORMATION OFFICE 17.STORAGE 18.TRANSPORT MANAGER OFFICE
BASEMENT PLAN
1. ORCHESTRA PIT 2. CHAIR WAGON STORAGE 3. MULTI-PURPOSE REPAIR ROOM 4. GENERAL STAGE WAREHOUSE 5. ORCHESTRA GREEN ROOM 6. ORCHESTRA PRACTICE ROOM 7. TOILET 8. INSTRUMENT WAREHOUSE 9. DRESSING ROOM FOR CONDUCTOR 10. DRESSING ROOM FOR VISITING CONDUCTOR 11. DRESSING ROOM FOR ORCHESTRA 12. TECHNICAL MANAGER OFFICE 13. STAFF RESTROOM 14. STORAGE
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2ND FLOOR PLAN
FIRST FLOOR PLAN
3RD FLOOR PLAN
5TH FLOOR PLAN
6TH FLOOR PLAN
1. FOYER BAR AREA 2. FOYER LOUNGE AREA 3. TOILET 4. EMERGENCY EXIT CORRIDOR 5. AUDITORIUM CORRIDOR 6. CONTROL ROOMS (SUBTITLES, RECORDING) 7. SOUND CONTROL ROOM 8. LIGHTING CONTROL ROOM 9. DRESSING ROOM 10. RESTROOMS AND OFFICES FOR TECHNICAL STAFF 11. STORAGE 12. OFFICES FOR EXHIBITION AREA 13. DEDICATED EXHIBITION STORAGE
4TH FLOOR PLAN
1. ACCESS TO UPPER LEVEL AUDITORIUM 2. CONTROL ROOMS 3. TOILET 4. EMERGENCY EXIT CORRIDOR 5. AUDITORIUM CORRIDOR 6. RESIDENT DESIGNER 7. COSTUME DESIGNER 8. HOUSE MANAGER OFFICE 9. CATERING MANAGER OFFICE 10. PUBLIC RELATIONS OFFICE 11. PRESS AND PUBLICITY OFFICE 12. GRAPHIC DESIGNER OFFICE 13. DEVELOPMENT OFFICE 14. RESIDENT COMPOSER PLAYWRIGHT OFFICE 15. INSTRUCTORS OFFICE 16. RESIDENT CHOREOGRAPHER OFFICE 17. RESIDENT CONDUCTOR OFFICE 18. VISTING DIRECTOR OFFICE
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Solar shader detail rama fixa aluminiu corniere metalice - prindere cu suruburi
suruburi otel Ø8mm panou HPL grosime 13mm, finisaj - lemn profil de sustinere aluminiu (la capete)
325
10
8
430 8 8
13
58 °
2
traverse otel 100x20x3mm
3
tija de sustinere- teava metalica Ø30x3mm geam dublu termoizolant 4 / 8 / 4 mm
LONGITUDINAL SECTION
cadru cu zabrele din otel
Nota: HPL = High Pressure Laminate, exemplu: Trespa Meteon, cu finisaj lemn Nota: Cotele sunt in mm.
Facade to Foyer - vertical section detail pardoseala piatra naturala rezistenta la uzura si compresiune - 3cm strat de poza - mortar de ciment 3cm sapa armata 5cm sistem de incalzire prin pardoseala 5cm sapa de egalizare 2cm stalp beton cu armatura rigida Ø60cm
suprabetonare 15cm cofraj pierdut - tabla cutata 6cm x 1mm gujoane de legatura intre tabla cutata si talpa superioara a grinzii metalice Ø9mm
mana curenta - inox Ø50mm
grinda otel - profil laminat I 550 x 250 ajurat vopsea ignifuga 1.5cm profile metalice UD pentru gips carton 30 x 0.5 mm tavan suspendat - simplu placat placi gips carton 0.9 cm
balustrada - sticla securitata
+ 21.46 + 21.28
flansa otel pentru prinderea balustradei
tija metalica reglabila pe inaltime pentru prindere tavan suspendat
SOUTH FACADE
pardoseala piatra naturala rezistenta la uzura si compresiune - 3cm strat de poza - mortar de ciment 3cm sapa armata 5cm sistem de incalzire prin pardoseala 5cm sapa de egalizare 2cm stalp beton cu armatura rigida Ø60cm mana curenta - inox Ø50mm
suprabetonare 15cm cofraj pierdut - tabla cutata 6cm x 1mm gujoane de legatura intre tabla cutata si talpa superioara a grinzii metalice Ø9mm grinda otel - profil laminat I 550 x 250 ajurat vopsea ignifuga 1.5cm profile metalice UD pentru gips carton 30 x 0.5 mm tavan suspendat - simplu placat placi gips carton 0.9 cm
balustrada - sticla securitata
+ 16.46 + 16.28
flansa otel pentru prinderea balustradei
tija metalica reglabila pe inaltime pentru prindere tavan suspendat
EAST FACADE
N
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Office
tower
Calea Serban Voda
OFFICE
nr .20
UAUIM 12/13 S. Scafa-Udriste, G. Costachescu, V. thiery
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Ground plan
Back Facade
Basement plan
Transversal Section 18
Left Facade
3rd Floor Plan
2nd Floor Plan
1st Floor Plan
Typical office plan -one firm per floor
Typical office plan -two firms per floor
Longitudinal section 19
Main Facade
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Moebius House Single
family
house
HOUSING UAUIM 09/10 M. Ochinciuc, A. Panait, H. Zeki
- Calderon, Bucharest
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A continous stripe that forms the house, connecting the private space with the public facilities.
Ground Plan
This stripe connects the 2 blindwalls that limit the site.
1st Floor Plan
Public area (blue) Private area (orange) Semi public area (pink)
Longitudinal section
North-West Facade
2nd Floor Plan
East Facade 23
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Buzesti Social Housing
HOUSING
U.A.U.I.M. - 4th year S. Scafa-Udriste, G. Costachescu, V. Thiery
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Perspectives of the whole residential complex
Main Facade
First Floor Plan
Ground Plan 26
Courtyard perspectives 27
D1
D2
Detailed Cross Section
Detail 1 - Vertical section through the attic and upper part of the solar blinds
Detail 3 - Horizontal section through the solar blinds and corner of the building
Detail 2 - Vertical section through the solar blinds fixture to the slab
Detail 4 - Horizontal section through the solar blinds and the terrace 28
Detailed Courtyard Facade
Detailed Street Facade
D4
Detailed Typical apartment plan 29
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Emergent Promenade Public Space
PUBLIC SPACE
on
Kiseleff - Museums
UAUIM 11/12 S. Scafa-Udriste, G. Costachescu, V. thiery
connection
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Emergent promenade
The emergent promenade is place 3 museums, the Geology Museum, t History Museum “Grigore Antipa� Romanian Peasant Museum, in the ce city (Piata Victoriei Square). The museu connectivity resulted in this proposal space, which facilitates easier access three museums and creates a pleasan rest and contemplate after the cultural The main road that segregates/sep museums is all the time crowded and with stationary cars or with dangero cars, which hardens the transition be museums.
The promenade consists of an un passageway that goes underneath Kise a terraced grass platform, a pavilion a stands with souvenirs and food.
The pavilion is placed at one e promenade, with easy access from Ion Boulevard. It is made out of a steel struc with opaque glass. It serves as an exhib where several artists can expose their w
Site Plan
Longitudinal Section
The terraced grass platform flank that goes underneath the street. It s venue, where people can sit on the gras public lounge chairs, relax, read, eat an can also serve as a ground for floral during spring and summer.
ed between the Natural and The enter of the um's lack of of a public s to all the nt place to adventure. parates the d full either ous speedy etween the
nderground eleff Street, and several
end of the n Mihalache cture, filled bition area, work.
The underground passageway facilitates easier access from one side of the street to the other (so between The Natural History Museum and The Romanian Peasant Museum to The Geology Museums which is on the other side). Underneath the street, on the sides, are several gift shops and small restaurants and cafÊs. On the right side of the street (Geology Museum’s side), the alley is divided in two. One branch goes to the museum and the other one to the square, where the pedestrian crossing is. This way, all the people coming from the square and from the subway station near the Government building, have easy access to the museums and public space across Kiseleff street, with no need to stay at the traffic light and wait for their turn to cross.
ks the alley serves as a ss or on the nd so on. It exhibitions
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Unknown.Housing
as an open problem
European Student Competition
ARCHITECTURAL CONTEST
U.A.U.I.M. - Bucharest, Romania S. Scafa-Udriste, G. Costachescu, V. Thiery
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THE
URBAN
PARASITE can
be employed as a mediator between the changes in society on the one side and the urban systems on the other. Therefore, the parasite can be used to stimulate and accommodate spontaneous processes and informal initiatives. This is achieved because the parasite provokes, explores and breaks open both the physical and mental boundaries in order to offer opportunities for the elusive and new propositions. It is a clear sign or symbol of a desire, of an urban problem, of a hidden possibility existent in society. A parasite is an organism that grows, feeds and sheltered by its host while contributing nothing to the host’s survival. Therefore parasitic architecture can be defined “as an adaptable, transient and exploitive form of architecture that forces relationships with host buildings in order to complete themselves. The PARASITE can also be seen as a political move that seeks the densification of the city through lowcost construction targeting a young and unattached client.
HOW IT "LIVES"/ FUNCTIONS :
WHY ?
Because there are too many dead sites and empty walls in the urban area. People are only complaining that there are no more free (horizontal) sites in the city center, but did they ever raised their eyes and see how many of them are on the vertical?!
WHERE?
sections of the blocks. On the Blind walls,on the unused walls and on the windowles .
WHO?? Are you wondering who's gonna live in such a perched house-unit? :the poor,the , people in over booked rooms, or ilegal residents,homeless people , students, young people , ones anyone ! flood victim, artists... and in fact
HOW? It's simple = self-sufficient house-unit. The Parasite is autonomous: it produces it's own energy with ecological means: photovoltaic pannels, wind farms, it collects and purifies waste from the "host-house" and from the rain. It doesn't affect at all the host-wall, due to its, light, mobile yet temporary structure. People nowadays are not found to a specific PLACE / SITE anymore. The mobile nature of these capsules gives then a lack of engagement to the site.
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Software: Grasshopper, Rhino Hardware: 3d printer
U.A.U.I.M
Kangaroo Form Finding \ Structural Ana
Santa's Digital Workshop took place in Bucharest, Romania between 12 and 18 December and was held in the University of Architecture and Urbanism "Ion Mincu". The workshop exploited the possibilities of advanced algorithmic design introducing at the same time elements of interactive design. The purpose was to design geometrically complex ornaments for the Christmas tree and interactive light installations.
Santa’s Digital Workshop
2012
SmartGeometry 2013 - Computer V
Construction
Workshops
Santa’s Digital Workshop
2013
SmartGeometry 20 UCL Bartlett, London
Vision and Freeform Construction Cluster
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Public Space in Barcelona
Models
El Raval Neighbourhood - near St. Josep Mercat la Boqueria
Romanian Pavilion in Balcik
Transport Museum
Vama Antrepozite - Rahova
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Drawings / Sketches
Thank you for considering my application!
For a better resolution of this portfolio, visit http://issuu.com/silviafunieru/docs/portofoliu https://www.linkedin.com/pub/silvia-funieru/66/562/123 37