E N S T I B franceM C G I L L U N I V E R S I T Y canadaU N I V E R S I D A D D E L O S A N D E S colombia
academic portfolio
natalia caicedo
MASTER’S DEGREE: APPLICATIONS OF WOOD IN CONSTRUCTION
MODULE 1 : MATERIALS AND CHARACTERISTICSwood / sylviculturexylology - anatomyphysics and mechanicsnatural durability classificationmaterial resistance
MODULE 2 : WOOD AND PANELS TECHNOLOGYwood construction productsfabricationdryinggluingpreservationfinishes
MODULE 3 : BUILDING TECHNOLOGYvertical load systemshorizontal load systemsroof load systemmillworkpathologyassemblages and works stabilityfirethermal and acoustical propertiesexterior finisheswood details
MODULE 4 : THEMATIC LECTURESsustainable developmenteconomy and actors of woodworkingart workroofstropical woodsindustrial productsexample analysis
MODULE 5 : PROJECTS AND PRESCRIPTIONSwood architecture historyarchitectural approach of systemseconomy and project administrationdesign toolsdivision and project descriptionstudent project supportstudent project execution
MODULE 6 : INDUSTRIAL APPLICATIONconstruction field visits
INTERNSHIP
E N S T I B france
ARCHITECTURE DEGREE
CYCLE OF CREATIONProjects
project4 (urban project)project 5 (housing and services)McGill projectfinal project 1-2Cartagena project 1-2-3shape in architecturefundamental AutoCADvirtual reality and animation 3D
Theoryarchitecture in Colombiaartistic vanguardorigins of modem architecture (Mc Gill University)philosophy of structures (Mc Gill University)
urbanismanalysis of the contemporary citycities: Paris Vienna Rome 1850-1990
techniquesarchitecture energy and environmentstructural expression
CYCLE OF DEVELOPMENTProjects
project 1 (utilitas)project2 (firmitas)project 3 (venustas)
theorytheory 1 (archetypes in architecture)theory 2 (classic architecture)theory 3 (modern architecture)
urbanismurbanism 1 (theory)urbanism 2 (architecture)urbanism 3 (urban project)
techniquestechniques 1 (systems)techniques 2 (components)techniques 3 (process)
FUNDAMENTAL CYCLEProjects
architecture 1 (elements)architecture 2 (relationships)
theoryhistory workshop 1history workshop 2
urbanismthree-dimensional representation
techniquesfundamental mathematicsfundamental techniques
COMPLEMENTARY SUBJECTSsketchingdrawing and sketching (Mc Gill University)photography 1audiovisual mediamovie appreciationideal citythinkers: freud, nietzsche and foucaultmain problems of South America
M C G I L L U N I V E R S I T Y canadaU N I V E R S I D A D D E L O S A N D E S colombia
M A S T E R’ S D E G R E E P R O J E C T
wood kioskchaligny, france
site plan
1:1000
site borderpath to chaligny’s center
kiosk
site area 2048 m²constructed area 52 m²site Chalignytenant Chaligny’s
town hallprice without taxes 32 189 Euros
(619 E./ m²)
site selectionThe main purpose of the kiosk’s design is to becomethe link between the Chaligny’s town hall and servicesas they do not have a clear organization or a logicalusage. The project is located on the south-east ofthe site, point of intersection between: the mainaccess from the parking lot, the party building’sterrace and the path starting point.
wood kioskchaligny, france
programThe main characteristics of the site are: the chestnut wood locatedat the west and a beautiful view to the south. We decided to keepthe wood and design an elongated volume creating windows toframe the landscape. The kiosk allows different activities: theateror musical shows, outside movies and reading corner.
ground floor plan1:200
acoustic diagram
movement diagram
relationship
landscape-audience
general layoutThe best technical solutions to frame the landscape are solid woodboards and laminated wood joists.The boards allows an adaptation to different activities, we shapethem to create different corners without interrupting the movementin the scene. From an acoustical point of view, these boards arealso very useful. With the purpose to remember the skyline weshape joists with a variable height.To have at the same time volume dynamism and efficiency of thewood been used (only 2 cuts) we proposed a non-standard way tocut joists.
wood kioskchaligny, france
fachada sur
1:200
wood kioskchaligny, france
union solid wood boards / beams1:10
union solid wood boards / foundation/ground1:10
roof detail1:10
Designation Material Natural
Durability
Classification
1 Solid wood boards 60 mm C24 Class 2
2 Stud ABE 46 Galvanized steel
3 Screw D 13 mm Galvanized steel
4 Floor finish Pine Class 4
5 Joist 100 x 150 mm Pine Class 4
6 Piece of wood 50 x 50 mm Pine Class 4
7 Bolt/Disc/nut D 16 mm Galvanized steel
8 Metal framing Galvanized steel
9 Screw MEGA E 12 1845 Galvanized steel
10 Column Concrete
11 Piece of wood 35 x 35 mm Pine Class 4
12 Wooden shingle 27 mm Larch Class 3
13 Joist 225 x 75 mm Pine Class 4
14 Membrane PVC
15 Screw Galvanized steel
16 Laminated wood beam C24 Class 2
225 x 150 mm
17 Laminated wood membrane C24 Class 2
With variable inertia
18 Insulation Mineral wool
19 Piece of wood 260 x 22 mm Pine Class 4
20 Screw Galvanized steel
“Twenty four students have seven days to create observation platforms attached to a tour with wood. Inedited challengeat the exposition park of Epinal”.
P.H.WL’Est Républicain, Vosges
january 13th of 2005
W O O D C H A L L E N G E
dragonepinal, france
first tests
think with hands
start point
start point
start point
think with hands
under construction
think with the body first tests
start point
dragonepinal, france
vertical poetry-shapes of fragile-ways of attachingto be projected: to ambition, have the idea of, to caress, to carpenter, tomix, to complot, to count, to conspire, to spit, to develop, to draft, toejaculate, to eject, to consider, to send, to sketch, to study, to expulse, tothink hard, to throw, to meditate, to mature, to warp, to talk of, to think,to plan, to push, to premeditate, to prepare, draw in profile, to propel, topulverize, to dream, to roll, to ruminate, to propose, to muse on, to transfer,to throw up.
day 3 day 3day 3
day 4 day 5 day 6
day 7 day 7 day 7
day 7 gala’s party load test
dragonepinal, france
programChallenge: to construct a platform attached to a tower projectedover 4 m minimum and capable to support 250kg.Team: “NO LOVE” (2 engineers and 3 architects)Deadline: one weekAvailable materials: 60mm diameter round section wood, 25 x38 mm rectangular section wood, 11 x 110 and 21 x 150 mmrectangular section wood.Assemblage: screws, threaded sticks, nuts and strings.The main idea of this project was the experimentation, our teamdecided to construct the platform first and then make drawingsand calculus. At the end of the week the platform was spreadout of 8.30m and supported 245 kg.
general layout“NO LOVE ventures in a dragon’s dream to construct a lopsidedshape. By fitting boxes one inside the other, this team answersto gravity’s challenge proving a real audacity of expression. Thisproject was awarded for its creativity.”
43,3
2,6
3,7 2,7
2,1
1,5
5,8
8,4
59°
80°
96°90°
longitudinal elevation
``
G R A D U A T I O N P R O J E C T
multimodal stationbogota, colombia
site selectionOverlapping the plan of “Transmilenio” (bus) system with the “Trende Cercanías” (railway) system I found an strategic point with thecharacteristics to become the second transfer point between Bogotáand the nearby villages, after the “Estación de la Sabana” (railwaystation), first transfer point.The site is selected at the beginning but the work area evolvesduring the project development.
site plan1:200 000
Existent “Transmilenio” system “Transmilenio” system under construction
future (2007) “Transmilenio” system“Tren de Cercanías” project
19331:100 000
19441:100 000
19581:100 000
19951:12500
Carrera 36
Calle
80
AVENIDA SUBA (Carrera 38)
AVENIDA MEDELLIN
Calle
79
Carrera 35
Diagonal 85
Transversal 31
Transversal 32
futur1:12500
site area 52.259 m²site av. suba - calle 80 - NQS
20031:12500
calle 80
av. suba N.Q
.S.
multimodal stationbogota, colombia
second floor plan1:1000
roof plan1:2500
ground floor plan1:1000
a a’
bb’ c’
cd
d’
programThe program, the same way than the area, evolves during theproject development. The project includes: 27 car parking spots,80 bicycle parking spots, 650 m2 of shopping, 200 m2 of offices, acoffee shop, leisure squareand other services.
multimodal stationbogota, colombia
section c-c’1:1000
N° 6,90
N° 3,62
N° 5,92
N° 7,80
N° 4,25
N° 2,85
section d-d’1:500
section a-a’1:1000
N° 1,10
N° 12,00
section b-b’1:1000
programOne of the main purposes of the design is the efficiency of transferfor people arriving or leaving by car, taxi, walking or ADA. I proposeda taxi’s central on the north part of the project with a circularshape to improve the traffic quality of the area.
plan and structural planmultimodal station
1:250
N° 4,05
N° 3,63
N° 3,20
N° 0,80
panneaux en béton préfabriqués
Poutres et poutrelles fabriqués in situ
multimodal station section1:250
multimodal stationbogota, colombia
concrete prefab. panels
site area1:10000
newequipments
1:10000
existent vehicularsystem
1:10000
new vehicular system1:10000
existentpublic space
1:10000
newpublic space
1:10000
general layoutThere are two types of station; we decided to assign to each onesome specific materials. It’s mandatory to use the steel design onthe “Transmilenio” transfer stations. On the opposite, the multimodalstation becomes the chance to propose a new design. The materialbeen chosen for these stations is concrete.
beam 1
beam 3
beam 4
beam 2
deformed structureof the north vehicular bridge
structure (steel)of “Transmilenio’s” bridge
deformed structureof “Transmilenio’s” bridge
structure of the northvehicular bridge (concrete)
critical moments (ton.m)
multimodal stationbogota, colombia
deformed structureof “Transmilenio’s” stations
structure (steel)of “Transmilenio’s”stations
critical moments(ton.m)
critical momentsbeam 4 (ton.m)
general layoutThe bridge structure is considered as part of the public space andmust be conceived with an architectonical and landscaping criterion.I took all the structure courses offered by the university, and Iapplied all this knowledge to pre-dimension the main structure.Designing every structural element I could integrate the technical,formal, functional and urban factors.
multimodal stationbogota, colombia
general layoutThe design starting points are: in one hand the analysis of existentand future network of “Transmilenio” system, cars, bicycles,pedestrians, in the other hand the history of 5 neighborhoodsbecause a metropolitan intervention affects the residents of thearea.With the purpose of reducing the intervention area I proposed thatpassengers change of system to increase the efficiency of the busroutes, being the opposite of the projects now under construction.
P R O J E C T 1
elementary schoolbogota, colombia
site selectionThe site is located in Pablo VI, next to a chapel, a football courtand a basket court. This site was chosen because it is the bestplace for residents to meet.
The orientation of the building is very important because the naturallight in a classroom determine the well-being of students. In Bogotáthe best orientation is the north because there is light the wholeyear but not direct light.
site plan1:500
typologywithout a site
first adaptationto the site
second adaptationto the site
site area 7430 m²consructed area 780 m²
site Pablo VI
elementary school bogota, colombia
program5 regular classrooms 250 m²4 special classrooms and library 290 m²offices 25 m²auditorium 150 m²W.C. and storage 65 m²total 780 m²
ground floor plan1:250
library
private
terraces
regular
classroom
special
classroom
court
court
reception
school andcommunityterraces
W.C.
W.C.
storage
office
office
a
a’
bb’
school andcommunityauditorium
elementary school bogota, colombia
section a-a’1:250
section b-b’1:250
north elevation
1:250
south east elevation
1:250
elementary school bogota, colombia
general layout – utilitasThe first approach to the project is to analyze the way it will beuse. The work method has several steps: first we assign a color toeach group of spaces, then we build models without a site andthen we classify them by typology. We chose the best typology andadapt it according to the site. One of the main problems is to adaptthe project to the existing trees.
The school program is divided in 2 parts, the private and the commonspaces. For example the terraces in front of the football court andthe auditorium in front of the chapel are spaces where all residentscan go, other spaces are only for students or school staff.
``
P R O J E C T 2Quinta de Bolivar’s extension
bogota, colombia
site selectionThe museum “Quinta de Bolivar” was Simon Bolivar’s residence(light blue). The site for the extension of the existent museum is indark blue. The site borders are: the San Francisco River, the“Avenida Circunvalar” and the museum’s wall. The main reason ofthe site selection is the topography, with a difference of 14 m wedecided to place the extension at the biggest slope because wewanted to hide the project behind the mountain; the purpose isnot to modify the skyline.
site plan1:5000
av. circunvalar
site area 5697 m²constructed area 1671 m²
site Quinta de Bolivar
ASC.
ASC.
Quinta de Bolivar’s extension
bogota, colombia
ASC.
third floor plan1:500
second floor plan1:500
temporalcollection
terrace
auditorium
ground floor plan1:500
restaurant
terrace
terrace
administration
pemanentcollection
souvenir’sstore
storage
a a’
b
b’ c
c’
a a’
b
b’
c’
c
programreception- souvenir’s store 220 m2
4 permanent collection rooms 290 m2
1 temporary collection room 249 m2
auditorium 130 m2
restaurant 120 m2
administration area 120 m2
storage 208 m2
4 WC 54 m2
circulation 280 m2
total 1671 m2
reception
storage
Quinta de Bolivar’s extension bogota, colombia
section a-a’1:250
section b-b’1:250
section c-c’
1:250
programThe design’s project is based on the ADA access. The vehicularaccess, the parking and the delivery area are on the north bythe “Avenida Circunvalar”, the pedestrian way in is by theexistent museum.
general layout-firmitasThe main purpose of this project is to learn about constructiontechnology. The existing building is characterized by 2 types ofspaces that are easy to identify: Circulation - useful area. Thedesign purpose is to use this characteristic with a contemporarylanguage, in other words to build a box inside another box.The first box, an empty box allows the light passage. The secondbox, a concrete box encloses the temporary and permanentcollections. The third box, a glass and wood box surroundingthe circulation. This box is a light steel structure hang up tothe concrete structure composed by 3 walls and 4 columns. Toprotect the temporary collection of direct sun and giveimportance to the main façade we use wood panels.
Quinta de Bolivar’ s extensionbogota, colombia
P R O J E C T 3
residential designbogota, colombia
site selectionThe mass plan of “Cuidad Salitre” project is design by a group ofstudents but each student has to design a block.Established criterions defined by the group:
- borders and number of building floors- shopping located on the ground floor at main streets
and around the towers- green path at the “Avenida Esmeralda”
site plan1:2500
second fl. plancirculations
sectionuses
av.
la e
smera
lda
av. ferrocarril d
el norte
ground fl. planuses
site area 5867 m²constructed area 7131 m²
site Cuidad Salitre
grounf floor plan1:250
a’
a
programstores 1000 m2 (public)club house 277 m2 (private and public)interior court (private)121 apartments 80, 100 and 120 m2
168 parking lots
residential design bogota, colombia
residential designbogota, colombia
general Layout – venustasThe shape is the main purpose of this project taking also in accountits usage and its construction. The study of the façades and theroof plan considered as the fifth façade is essential. A big part ofthe ground floor is a parking lot, that’s why the roof becomes agarden and an interior court.I designed different types of apartments: simplex and duplex withaccess through a hall or a corridor. I took advantage of thischaracteristic to create different façades with a common language.
T E C H N I Q U E S 1
challengebogota, colombia
programChallenge: build an structure with 1 m distance between supportsand able to support 120 kg.Team: 3 architects.Materials: 15 cm maximum elements long, as light and inexpensiveas possible.
general layoutChosen materials: wood for the structure, sticks for connectionsand strings as tensors. The design reasons are: easy to build, lowcost and high resistance to tension and compression. Each elementdoes not work separately but as one system of load transfer thanksto the connection’s design.
landscape, architecture, shows, portraitcolombia
torres del parque
bogota
barranquilla
barranquilla
P H O T O G R A P H Y
work methodFirst the 3D model is done in AutoCAD, then with Autodesk Viz itcan be improve changing materials and placing natural or artificiallights and cameras. If we need a rendering we use AdobePhotoshop improving the quality mostly with the filters. If we needan animation video we design the camera path and camera speed.Then we use Adobe Première to join all the video pieces.
3D animationvirtual space