MariaHerreros PORTFOLIO Maricruz.herreros@gmail.com +45 31 31 49 86 Copenhagen Denmark
Job experience 06.2013 - 12.2013 Architect intern at Mutopia Arkitekt, Copenhagen During my internship i had the possibility to work in different projects in design and construc on face. Børnehus BIBIANA CAD drawings 2D and model maker. X-Hus, sundhed og natur CAD drawings 2D and 3D graphic work. Detailing. Drøn på Skolegården HALSNÆS LILLESKOLE CAD drawings 2D and 3D graphic work. Detailing and design of frames. Proposal transforma on Copenhagen Central sta on CAD drawings 2D and 3D graphic work.
12.2012 - 11.2013 Freelance Constructor architect Private house Copenhagen S, Denmark. Construc on drawings. Design, calcula on and moun ng plan of wood elements.
MariaHerreros
Private house Hellerup, Denmark. Development of the interior space in 2D and 3D.
Personal details Name: Address:
Maria de la Cruz Herreros Alcantud
2
10.2011 - 10.2011 Volunteer First Lego League Working with the children making the robots and supervision during all league.
Maricruz.herreros@gmail.com
Na onality: Spanish DOB:
Private house Druskininkai, Lithuania. Construc on drawings. Development of the interior space in2D Renova on of the current house
Bremensgade 34, 2th 2300 Copenhagen, DK
Phone no: +45.31.31.49.86 E-mail:
Private house Rungsted Kyst, Denmark. Design and steel detailing of the pergola
1986 May 22
2007- 2010
AccounƟng at PepsiCo Iberia Administra ve during the summer period in the accoun ng department. The main task was to assist the manager and make budgets of the different interna onal brands.
EducaƟon
Language skills
2009 - 2012 BSc. Civil engineering at VIA University College
Spanish: Mother tongue
City and infrastructure engineering. Final project: Design new airport in Aarhus area.
2009 - 2010 Exchange student at VIA University College Final project of Architectural technology and construc on management. Project focused in construc on with prefabricated elements.
2006 - 2010 BSc. Building construcƟon engineering at UPC University Polytechnic of Catalonia Principal subjects: Construc ons, graphics, materials, mechanical,technical projects, mathema cal, structures, architecture design.
SoŌware skills
Catalan: Mother tongue English: Proficient User French: Basic understanding Danish: A ending module 2 - Studieskolen Copenhagen
Professional competences and skills Knowledge of Building Regula ons and CTE (Technical building code), regula on governing the construc ons of building in Spain.
Design 2D
Knowledge of interna onal standards of civil avia on ICAO, and design manuals.
AutoCad Architecture
Able to work as part of a team or individually.
Design 3D
Ability to priori ze and plan effec vely.
Revit Architecture SketchUp
Maintain sense of humor under pressure
Adobe
Able to make inspec ons of buildings (ITE)
InDesign Illustrator Photoshop
Personal Interests and informaƟon
Structural Wineva, Staad Pro, Minitab
Love to travel. Trips around France, Italy, Andorra, Germany, Switzerland, Denmark, Cuba and London.
Honors and courses
Professional swimmer during 12 years: Compe Catalonia and Spain.
03.2010
Third Prize of construc on in Catalonia.
Driving license: B1 since 08/05/2006
“Reinforcement concrete in marine environments” Awarded by Club Dir and BASF The Chemical Company, Spain.
Marital status : Single
01.2010
Publica on of the proposal “7th contest UPC folder”
ons against swimming clubs
IDA Member
Publica on in the magazine Study guide UPC 2010
05.2009
Course quality in building Awarded by school of Barcelona Architects
3
Recommendation Letters y
Frederigsberggade 30, 2 DK 1459 Copenhagen K Phone: +45 4139 5640 E-mail: info@mutopia.dk Web: www.mutopia.dk
J.nr.: Ref.:
/rwn
Dato:
23. April 2013
RECOMMENDATION
Maria de la Cruz Herreros Alcantud has, as a student attended the Civil Engineer programme at VIA University College, Horsens for two semesters. She was here as a full degree student on our 6 and 7th semester from August 2011 to June 2012, and finished her Bachelor project “Design of a new airport in Aarhus” with the mark 12.
Letter of recommendation for Maria Herreros Alcantud VIA University College Civil Engineering Chr. M. Oestergaards Vej 4 8700 Horsens www.viauc.com/civilengineer Tel.: +45 87 55 40 00
Before being a student at the Civil Engineer department at VIA UC, Maria de la Cruz Herreros Alcantud studied Technical Architect for 5 years at Universitat Politécnica de Catalunya in Barcelona and in connection to that she studied 1 semester at VIA UC as a constructing architect. Maria de la Cruz Herreros Alcantud shows a very high level of independency and ability to focus on both the working process with fellow students, and the final result. She also shows a high level of responsibility for both individual works and team works. Maria de la Cruz Herreros Alcantud has developed her English language skills to a level, where she is able to negotiate on a professional level. We have been very satisfied with Maria de la Cruz Herreros Alcantud, and I do not hesitate to give her my best recommendations for an internship or a permanent job in Denmark or further studies on Master level. Best regards,
Copenhagen the 11th of December 2013
Maria Herreros Alcantud has joined MUTOPIA Architects as an intern during the period 01.06.2013 –18.12.2013. MUTOPIA is a Copenhagen-based architecture practice committed to combining sustainable architecture and innovation through stakeholders’ involvement. Maria has participated with strong commitment in a number of different projects and assignments, ranging from architectural competitions to research on sustainable urban development, and performed a number of different tasks as follows: - X_House, finalist project at restricted competition for the adaptive re-use of shutdown Danish schools, CAD drawing, 2D and 3D graphic work - Torup_HighSpeedCourtyard, finalist project at restricted competition for developing innovative visions which promote increased play and physical activities within school environments; 2D and 3D graphic work, 3D modeling - BikeCity, a research and development project on the improvement of bicycle infrastructure in urban environments; CAD drawing, 2D and 3D graphic work Maria has revealed herself as a reliable and resourceful collaborator, hardworking and with a great sense of accuracy, combined with a sturdy will to learn, and topped by a tranquil and cheerful spirit. Maria has been a pleasure to work with. Maria’s perseverance and openness make her a great asset for any environment involved in architectural production. Based on Maria’s capacities as a colleague and her strong wish for further developing her skills, I am giving Maria my warmest recommendations. I am convinced that she will reveal herself as a valuable asset as part of any office team.
VIA University College Randi Warncke Nissen Senior Lecturer and International Co-ordinator Email: rwn@viauc.dk Tel. +45 87 55 41 92
4
Serban Cornea Architect MAA, Director and Partner Direct telephone: +45 28 40 30 61 E-mail: sc@mutopia.dk Web: www.mutopia.dk
Contents c u r t ns
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ig s e
Co
D 1.Børnehus Bibiana
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k
p
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a du
vi
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I
7
2.Grund 210
8
3.HalsnĂŚs Lilleskole
10 11
4.X-Hus
12 13
9
14 15
5.House Renova on 6.Bike City
on
16
7.Allianz Arena
17
8.Airport Design
18 19
9.Mul storey house
20 21
5
1. Børnehus BIBIANA HI
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October 2013 / Ongoing Ongoing Mutopia Architects Team project Analysis. Vision and concept development. 2D drawings in Autocad. Model maker.
EX
PROJECT Period: DuraƟon: Company: Workform: Task:
M
O
PY
Project descripƟon: Bibiana Denmark is a new pavilion design for Danish and interna onal children’s, focus mainly in literature and culture. The house combines an exhibi on centre efficiency with a pavilion immediate availability in natural surroundings to create a unique experience for the visitors and ensure an inspiring interac on with the environment on children’s terms. The ‘bogkoncept’ define where the spaces are connected in a con nuous spa al sequence, provides great flexibility in the use of space conguous , or each room individually. At the same me creates spaces unique exhibi on and working environments , each with its own direcon, views and light.
RO
EX
HI
BI
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5.7
4.1
4324
6
0.94 0 9
8600 5.7 7
0
4940
325
4.2
0.94
7
2. Grund 210 PROJECT Period: DuraƟon: Company: Site: Task:
October/December 2013 3 months Personal works Copenhagen, Denmark Construc on drawings. Design and calcula on of all wood elements.
Project descripƟon: The project is a 105m2 single family house located on a small plot in Haveforeningen Frederkshøj, Copenhagen. The main task was redrawing of the plans, sec ons and the design of the composing wood elements of the house. The design and calcula on was made for internal and external walls, roof and beams. Also the calcula on of the insula on that each element needs depending where is place and the meters of the wood necessary to make it.
DAMP PROOF MEMBRANE MUST B PLACED IN EVERY EXTERNAL WOO ELEMENT AS SHOWED. FREE END MUST SUCCEED 0.5 METERS FOR JOINTING.
V6 T-A-X-4-06
V3 T-A-X-4-03
V7 T-A-X-4-07
CONNECTION OF DAMP PROO MEMBRANE BETWEEN LOWER HIGHER ELEMENTS. FREE END MUST SUCCEED 0. METERS FOR JOINTING.
V6 T-A-X-4-06
CONNECTION OF DAMP PROOF MEMBRANE BETWEEN LOWER ELEMENT AND FLOOR. FREE END MUST SUCCEED 0.5 METERS FOR JOINTING.
8
2 1-1 Y
EXT 12 T-A-X-4-12
EXT 13 T-A-X-4-13
V2 T-A-X-4-02
V1 T-A-X-4-01
V3 T-A-X-4-03
W01
2
W02
EXT 14 T-A-X-4-14
1
1
B01 T-A-X-4-00
B02 T-A-X-4-00
H09 T-A-X-4-09
C01 T-A-X-4-00 V7 T-A-X-4-07
W03
H08 T-A-X-4-08
3-3 EXT 17 T-A-X-4-17
4
H11 T-A-X-4-11
4-4
H10 T-A-X-4-10 V4 T-A-X-4-04
V5 T-A-X-4-05
V6 T-A-X-4-06
D07
H16 T-A-X-4-16
W06
H23 T-A-X-4-23
B03 T-A-X-4-00
W05
H15 T-A-X-4-15
W04
Y
CONNECTION OF DAMP PROOF MEMBRANE BETWEEN ELEMENTS IN CORNERS. FREE END MUST SUCCEED 0.5 METERS FOR JOINTING.
CONNECTION OF DAMP PROOF MEMBRANE BETWEEN ELEMENTS IN CORNERS. FREE END MUST SUCCEED 0.5 METERS FOR JOINTING.
4
3
3
9
3. Halsnæs Lilleskole PROJECT Period: DuraƟon: Company: Workform: Task:
June / November 2013 5 Months Mutopia Architects Team project Analysis. Vision and concept development. 3D modelling in Sketchup. Layout of wri en report in Indesign. 22. 2 0 0.
Project descripƟon: The main concept of the project is create greater focus on school farm environment, so it be er place that invites you to play and make physical exercise. The transforma on is in the courtyard of the school which is divided in 3 main zones. Our work was design new elements and ac vi ess fo for the kids, with at the same me can use to do sports. age, The shapes of the elements responds the concept; School in a village, village in the school.
10
f
V
D Z
A
X
Q
S
C
W
a b
e d
c
E
F
N B
R
G
T
H
Y
20.
A Å
C B
Ø
U
F
Æ
V
T
G H
M
S R
E
D
W
Q
L
K I J
N P
O
A
B
C
E
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T s R
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4. X-Hus PROJECT Period: DuraƟon: Company: Workform: Task:
- CO 2
Facade covered with solar panels
August 2013 / Ongoing 5 Months Mutopia Architects Team project Analysis. Vision and concept development.3D modelling in Sketchup. Drawing plans 2D autoCad and illustrator. Layout of wri en report in Indesign.
Project descripƟon The overall local mo va on is transform the school in the North Hæsinge to a new health care centre. The centre will accommodate and sa sfy the needs of a wide variety of uses and age groups ranging from municipal welfare services , local sports and cultural ac vi es, informal socializing, ac ve hobbies and nature tourism etc… The most significant change of the structure of the building will be in the main hall. The structure of the building will be replaced for a new frame made of steel or laminated Wood with a height of 5m and slope of 45 degrees. Will be covered with double glass façade.
Suspending trees Laminated wood structure
Platforms structure, 4 elements
80 % naturlig ventilation
40% nedsættelse af X - husets varmeforbrug
konvektorer for rumopvarmning
12
ribberør imod kuldenedfald på facader
UFORMEL AKTIVITET
KØKKEN MULTIMEDIERUM LOKALHISTORISK ARKIV
SEMI-FORMEL AKTIVITET
Cirkulation Primære indgange/udgange Sekundære indgange/udgange Tertiære indgange/udgange Visuel forbindelse
13
5.House Renovation
B
C
D
E
5
Stogas
4
Priestato stogas
3
7533
6868
Antro aukšto lubos 5622
700 322 800
1700
390 mm IãRULQơ mnjULQơ siena . Iã LãRUơV Ƴ YLGǐ PP IDVDGDV 150 mm apšiltinimas PP SO\WRV 40 mm apšiltinimas ƳUơPLQWDV DOLXPLQLQLX SURILOLX PP JLSVR SORNãWơV
Kaminas 8423
2
Antras aukštas 3022
1
Pirmo aukšto lubos
0
Pirmas aukštas
-1
äHPơ
-2
Pamatai
2700
272 300
1700
600
194 mm 9LGLQơ UąVWLQơ VLHQD 22 PP JLSVR SORNãWơV PP UąVWDV PP JLSVR SORNãWơV
800
PP *ULQG\V 22 mm PHGLQơV JULQG\V PP PHGLQLDL gulekšniai 100 mm betonas 250 mm kietas apšiltinimas
1300
562 322
2090
The material used for the interior and exterior is wood to integrate a cosy neutral space. The renova on of the house is s ll in process at the same me of the interior which am ich I a m changing depending of the sa sfacc on off n o the owners.
100 mm 9LGLQơ aliuminio profilio VLHQD 22 PP JLSVR SORNãWơV 56 mm aliumininis profilis+garso izoliacija PP JLSVR SORNãWơV
2150
332 mm IãRULQơ UąVWLQơ siena. Iã LãRUơV Ƴ YLGǐ PP IDVDGDV 50 mm apšiltinimas PP UąVWDV 50 mm apšiltinimas ƳUơPLQWDV DOLXPLQLQLX profiliu PP JLSVR SORNãWơV
150mm9LGLQơ PnjULQơ VLHQD 22 PP JLSVR SORNãWơV PP SO\WRV PP JLSVR SORNãWơV
PP /XERV 22 mm Gipso plokãWơ 122 mm Apšiltinimas
818
6
1761
Project descripƟon The plot is part of Dzukija Na onal park-the largest protected area in Lithuania, in consequence there are a lot of limita on of changes in the facade. The project was focus in replacement the roof, new distribu on of the 1st floor as bedrooms area, reinforcing founda ons, and design of the interior space, including facili es.
A
510 150
August 2013 / Ongoing In construc on Personal project Lithuania Analysis. Concept development and design process. 3D modelling in Revit. Renova on of the current house. Layout of wri en report.
2138
PROJECT Period: DuraƟon: Company: Site: Task:
0000
5njV\V
14
-2511
-3
400
2239
-272
-1022
A
B
C
D
E
1
1
Kabarys 11.28 m²
2
2
Kambarys bar 30.09 .0 m² Laiptin 8.87 m²
Koridorius 6.01 m²
3
3
WC 5.4 m²
4
4
6
4
3
2
A
B
C
D
E
A
B
C
D
E
1
6
5
Kaminas 8423
Stogas 7533 1
818
Vonios kambarys 12.55 m²
3
150 mm Vidinơ PnjULQơ VLHQD 22 PP JLSVR SORNãWơV 106 mm plytos PP JLSVR SORNãWơV PP *ULQG\V 22 mm PHGLQơV JULQG\V PP PHGLQLDL JXOHNãQLDL PP EHWRQDV PP NLHWDV apšiltinimas
1500
400
2600
Antro aukšto lubos 5622
322 150 mm Vidinơ PnjULQơ VLHQD 22 PP JLSVR SORNãWơV 106 mm plytos PP JLSVR SORNãWơV
416 mm Antro aukšto JULQG\V 22 mm PHGLQơV JULQG\V PP PHGLQLDL JXOHNãQLDL 7DUS Mǐ GHGDPD JDUVR izoliacija PP PHGLQLDL JXOHNãQLDL
UP
2
244 mm Vidinơ aliuminio profilio VLHQD 22 PP JLSVR SORNãWơV 200 mm aliumininis profilis+garso izoliacija PP JLSVR SORNãWơV
495 322
100 mm Vidinơ aliuminio profilio VLHQD 22 PP JLSVR SORNãWơV 56 mm aliumininis profilis+garso izoliacija PP JLSVR SORNãWơV
2100
400
150
1473
1
2205
6
6
2 Laiptai 12.71 m² Holas 6.56 m²
Sveitainơ 47.04 m²
2
Antras aukštas
3
3
3022
ƲơMLPDV 3.59 m²
Kambarys 11.95 m²
1
Pirmo aukšto lubos 2700
4
4
6
6
UP
0
Pirmas aukštas 0000 A
-1
B
C
D
E
äHPơ -272
-2
Pamatai -1022
15
6.Bike City PROJECT Period: DuraƟon: Company: Site: Task:
August 2013 / Ongoing Research project Mutopia Architects Copenhagen Analysis.Concept development. 3D modelling in Sketchup. Drawing plans 2D AutoCad and illustrator. Layout of wri en report in Indesign.
Project descrip on The Research and development project of the central sta on of Copenhagen. The main point of the project was the improvement of the bicycle infrastructure. The construc on of a second level also create a new urban environment using different shops or cafes. Connec on between different main points and levels with ramps for bicycles and pedestrians. Addi on around 1000 new parkings for a bikes.
LEVEL 0
LEVEL 1
ROOF PLAN - BIKE PARKING
i
16
SECTION A-A’
7.Allianz Arena PROJECT Period: September 2009 Dura on: Research project University: University Polytechnic of Catalonia Site: Munich Task: Analysis.Concept development. Drawing plan 2D AutoCad and illustrator. Layout of wri en report
Moisture absorption Rotor Extract air
Moisture absorption
The ven la on system consists of a venla on pump by taking advantage of the air entering under the roof to inflate the foils, along with the air circula on keeps the leaves inside cushions EFTE.
Project descrip on The main point of the project was the study of the façade system. It consists of a concrete structure which is linked sub-steel structure, which in turn makes braces or supports for the membrane façade, this consists of two layers of ETFE foils / cushions.
The system of water collec on from the roof consists of a metal channel fixed on the clamping and binding profiles of ETFE pillows, plates containing a before and a er each intersec on
17.24
52.26m
MECHANICAL ROOM
1.53
35.02m 33.49m
5.61
The cushions EFTE (ethylene tetrafluoroethylene), made the tensile structure light, (1% of glass), high corrosion resistance and strength over a wide temperature rang. Allianz façade consist around 3000 rhomboidal EFTE panels with dimensions of 6-8m inflated with air pressure of 0,035 hPa. The roof can support the weight of 1.6 m thick snow.
Cushion
Supply air
SMALL PROMENADE
4.42
27.88m
2. 4.
13.
8.
1.
3.
HALL
BOXES
BUSINESS CLUB
19.04m
4.93
11. 10.
FOYER
23.46m
4.42
17.
1. Asphalt 60mm,ceilings made of reinforced concrete 1250/900mm 2. Ferro-concrete composite support 3. Light 3500/300/60 mm 4.Damper steel sheet 4mm 5. Sunscreen roller blind
SPONSORES LOBBY
SPONSORES LOUNGE
14.11m
12. LARGE PROMENADE
5.78
9. 14.
8.33m
3.23
5. 6.
7.
16.
PARKING
5.10m
5.10
6. Glazing po o ort 7. Centrifugal concrete support 8. Screw centrifugal concrete support s 9. Plaster thermal insulation 60mm 0mm 0m 10. Steel tube 11. Steel pliers 2 x 100/80mm 12. Compressed air O 100mm 13. Compressed air hose PE O 50mm 0m m mm 14. Cushions of ETFE sheet 200 15. Service lift 16. Steel tube O 120/220 17. Hand rail O 50mm
MIXED ZONE
0.00m
15.
SECTION A-A’
PLAYERS TUNEL
17
8.Airport Design PROJECT Period: DuraƟon: University: Site: Task:
Taxiway / Lights
Stop bar
Taxiway is accordance to the code le er 4C is 18 meters. The longitudinal slope of a taxiway should not exceed 1,5% . Taxiway markings are yellow and provide the pilots to iden fy the correct circula on in the aerodrome The taxiway light system show the safe routes that the aircra have to follow for arrive to the apron, runway or another areas. Equiped with green lines in centre line, red rows in holding posi on, blue in curves.
2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0
Scale 1:200
25.2
2.0 7.5
January 2012 / June 2012 Final project BSc. Civil engineering VIA University College Aarhus Analysis.Concept development. Drawing plans 2D autoCad and illustrator. Layout of wri en report. Final presenta on and poster InDesign
7.5
R40.0
Stop bar
7.5 30.0
R49.0
2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0
Scale 1:200
R97.5 R75.0 Scale 1:200
60.0
0.9
7.5
Project descrip on The project was focused in the design of a new airport in Aarhus area, Denmark. Due the low use of the actual, the study started op mizing the loca on and accessibility. Design and calcula on of the infrastructure according with an aerodrome CAT I and II, to accommodate aircra s category 4C. Calcula on and design of the runway, taxiways, apron area, the marks, signs and facili es like de-icing. The project as done according with the ICAO rules (interna onal civil avia on organisa on).
59.8
4.5
60
60
150.0
18.0
15.0
140.0
150.0
Curves The curves are calculated with the biggest airplane of the code 4C, in that case for the MD 90. The steering angle between taxiway and runway will be 30°, and between taxiways 45°.
The runway will have 2719m of length and 45m width. Will be connected in both ends with a taxiways. Also will be provide with 2 taxiway exits in the middle and one rapid exit situated 2150m from the start.
Obstacle limitation Airspace around aerodromes to be maintained free from obstacles to permit the intended aero plane opera ons at the aerodromes to be conducted safely.
18
0.5
10.0
36.9
Air bridge area
MD90 B 737 A 321
Area to accommodate aircra for purposes of loading or unloading passengers, mail or cargo, fuelling, parking or maintenance. The size of the stand will be able to accommodate aircra with code le er 4C, however, the length of the stands will be according 4E, to be able to expand the airport in the future.
31.4
2.0
Parking area
11.1
10.0
Apron area
7.8 3.4
90.0
Lead line
Safety line
4.4
36.0
R49.0 42.5 Taxiway CL
10A
S 10
10
S 10
Appron area and bridges system 20.0
A
t
The runway is 09-27, it means that: The direc on 09 is 90째 east and the direc on 27 is west 270째
Approach lighting system
Signs designed according with ICAO parameters. 2.00
2.74
2.00 2.00
0.76 2.74
2.74
0.96 2.86
0.76 2.74
Ligh ng system installed on the approach end of an airport runway and consists of a combina on of lights and barre es that extends outward from the runway end.
2.00
2.00
8.00
B 2 7 0-9
4.00
2.00
Touch down zone Por on of runway, beyond the threshold, where it is intended landing aeroplanes first contact the runway. The touch down consist of pairs of rectangular markings symmetrically disposed about the runway centre line with 4 pairs of marking related to the landing distance available .
Taxiway light system
60.0 R97.5
240.0
R75.0 90.0
1.7
10.0 45.0
60.0 22.5
1.7
90째 30.0
20.0
12.0
90.
12.0 1.8 6.0
Aiming point
100.0
150.0
150.0 7.5
30.0
Resa
19
AN AUTODESK EDUC
9.MultiStoreyHouse PROJECT August 2010 / January 2011 Period: DuraƟon: Final project BSc. Architectural technology and construc on management University: VIA University college Horsens Site: Analysis.Concept development. Task: Drawing plans 2D AutoCad and illustrator. Layout of wri en report, presentaon poster indesign. Project descrip on The project was focus in solve the design and construc on of a mul -storey house with prefabricated concrete elements. Renova on of the all installa ons and calcula on of all demands. Design of the staircase and panoramic elevator. New distribu on spaces. Building use for offices in the ground floor and duplex and second and four floor.
20
Installation detail
2nd FLOOR PLAN
Basement PLAN
1st FLOOR PLAN
Installation detail
21
2014