Anna Loch
1 Anna Loch
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anna loch
2014-2017
Artistic high school at L’Athenée Royal d’Arlon in Belgium
10 Admitted to Architecture and Urban Design bachelor at Universidade Fed. de Santa Catarina
13 Internship at Vavy Produções e Eventos as mananger and marketing apprentice
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Exchange program to Waterford Institute of Technology in Ireland for Architecture - w/ scholarship
Creation of Um por Um a drawing and a text per day
Internship at V.Office, focused on design, branding & marketing - up until march 16
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Creation of brand Raiz @souderaiz
Internship at Ferraro Habitat with Livia Ferraro and Felipe Savassi
Casa C Project developed along with Margareth Pitol Nercolini
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Admitted to Master’s program of Architecture @ Politecnico di Milano
Workshop with Liza Fior from MUF in 2017 MIAW @ Politecnico di Milano
Writting, editing and printing of MIAW W, featuring interviews with visiting professors
what I`ve been doing so far
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pa.du professor Luis Basabe and Claudia Parenti colleagues Burcu Dogruyol (TR), Inbal Bildner (IL) studio architectural design studio Milano - 2016 Padu was designed from the beginning to scape the current reality of a dormitory town. When still discuss-
anna loch
2014-2017
ing the masterplan we came up with this concept - and branding - of creative industries. Padu was designed to be a comfortable city from now to undefined days. It has all the ameneties needed - shops, residences, commercial buildings, institutional and cultural experiences.
A hotel B block: predominantly residential, commercial ground, office first floor C residential D block: predominantly residential, commercial ground floor E commercial F block: predominantly residential, offices first floor G predominantly residential, commercial ground floor H bridge I coffee hub J kindergarten ground floor, social housing above K predominantly residential, commercial ground floor, parking first floor L high-end residential towers
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D H J
C I
E pa.du - urban developmnt
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2014-2017
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Densify it
Different functions, different hours
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Active faรงades
Diversify it
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Courtyards define privacy
Prioritize pedestrians
pa.du - courtyard definition
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2014-2017
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Sectioned model of one apartment
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Keep it open for safety
02 Keep it down for party
Open up for closet Close for space
Open both for working
Open one for eating
Open up for fridge Close for hiding
Use top for plants and pots
pa.du - typology of the apartments
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03 Keep it closed for space
04 Open up for eating Close for space
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filo d’oro
anna loch
2014-2017
professor Jo Van der Berghe, Renato Juarez Corso & Leonardo Balladelli colleagues Burcu Dogruyol (TR) & Laura Vanazzi (IT) studio architecture of interiors I Milano - 2017
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Filo d’oro (Golden String) is an Architectural Archive in a historical neighbourhood in Milan. The name of the project was inspired on the natural promenade that exists today in the site. Instead of one single building, seven interventions were proposed to fulfil the program, being five of them independent buildings. In each intervention there is one detail which for us is considered gold. Either the bricks of the existing Leonardo da Vinci’s wall, the way books are displayed on Umberto Eco’s room or the roof of the new archive, one piece is always covered in gold. We understand that to fully see the project, one must follow the filo d’oro. 11
2014-2017 anna loch
Floor Plans of the Library (left) and Archive (right). These two spaces, along with Umberto Eco’s Room (floor plan is ahead) were detailed to 1:20 and 1:1. While the Library is focused on Architecture, Urbanism, Design and Fashion books and magazines, the Archive (or the Open Archive) is focused on models and drawings. The underground floor plan of the Archive is for permanent exhibitions, while the ground floor is for temporary ones. The access of the Archive happens underground, through Leonardo da Vinci’s Conca della Incoronatta.
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filo d’oro
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2014-2017
library detail section A sandwich panel on roof underside (2000/4000 mm): 1.5 mm stainless steel sheet 40 mm XPS rigid foam 1.5 brass sheet stainless steel gutter
filo d’oro
B double sliding door (3200x3500mm): Acne pink aluminum frame, double pane tempered glass t=40mm C handrailing: oak squared column 70x90mm @ 70mm brass string d=5mm D external upper floor wall (from outside-inside): 1 x brown brick birch 250x120mm @ 55mm, waterproof membrane, chamber of air t=100mm, brick tie, hard insulation t=80mm, 2 x brown brick birch 250x120mm @ 55mm E pivot oak door (1000x3200mm) fixation system in galvanized steel dext=150mm dint=60mm door: plywood t=40mm, osb pannel t=5 mm, hard insulation t=80mm, waterproof membrane, osb pannel t=5mm, plywood t=40mm F underground lower slab: brown brick birch flooring 250x120mm @ 55mm, mortar t=2mm, cement t=5mm, reinforced concrete slab t=100mm, 2 x water repellent thermal insulation t=100mm, waterproof membrane, iglu form work, concrete foundation t=400mmcrete slab t=100mm, 2 x water repellent thermal insulation t=100mm, waterproof membrane, iglu form work, concrete foundation t=400mm
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2014-2017
archive detail section
B sandwich panel on roof underside (2000/4000 mm): 1.5 mm stainless steel sheet 40 mm XPS rigid foam 1.5 brass sheet C sandwich panel at the edge of roof (2000/5000mm): 1.5 brass sheet XPS rigid foam 1.5 brass sheet stainless steel gutter D automatic top hung window (1000/1200mm): Pink aluminum frame, double pane tempered glass t=40mm E steel rod d=5mm F second ceiling: timber beam t=200mm oak sheet t=2mm
G zinc gutter H upper floor slab: timber floor (oak) t=20mm concrete precast double tee 20 h=700mm l=100mm metalic bronze perfurated pannel t=20mm I external underground wall: concrete t=400mm, waterproof membrane, chamber of air t=100mm, brick tie, hard insulation t=80mm, 2 x brown brick birch 250x120mm @ 55mm J light fixture: c black plastic profile 57x77mm K foam glass perinsul L underground lower slab: brown brick birch flooring 250x120mm @ 55mm, mortar t=2mm, cement t=5mm, reinforced concrete slab t=100mm, 2 x water repellent thermal insulation t=100mm, waterproof membrane, iglu form work, concrete foundation t=400mm
filo d’oro
A sandwich panel on upper roof surface (2000/4000mm) 1.5 stainless steel sheet, shot peened 20 mm XPS rigid foam 1.5 stainless steel sheet
archive detail plan A external underground wall: concrete t=400mm, waterproof membrane, chamber of air t=100mm, brick tie, hard insulation t=80mm, 2 x brown brick birch 250x120mm @ 55mm B hinged arch acne pink alluminium door 900x2500mm @ 50mm C arch opening 1500x2800mm, jamb finishing in brass sheet t=30mm D arch opening window 1500x1500mm, sill h=1200mm jamb finishing in brass sheet t=30mm E brick door 1500x2500mm @ 830mm: brick revestment layer 250x120mm @20mm, waterproof membrane, XPS foam insulation t=80mm, beam timber 530x200mm@ 200mm expanding foam t=530mm, acne pink plaster t=2mm
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2014-2017
umberto detail section A zinc gutter B I/H Stainless Steel Column HEA 200 C prefabricated corrugated bricks Gero 10R HD from Ceramica Farreny 250x230mm @ 90mm, 3/9 openings D roof: cement t=200mm, waterproof membrane t=2mm, XPS foam insulation t=80mm, concrete precast double tee 20 h=200mm l=500mm, dry shake cement dark grey t=2mm E brick door 800x2100mm @ 570mm: brick revestment layer 250x120mm @20mm, waterproof membrane, XPS foam insulation t=80mm, beam timber 460x200mm@ 200mm expanding foam t=460mm, acne pink plaster t=2mm
filo d’oro
F lower slab: brown brick birch flooring 250x120mm @ 55mm, mortar t=2mm, cement t=5mm, reinforced concrete slab t=100mm, 2 x water repellent thermal insulation t=100mm, waterproof membrane, iglu form work, concrete foundation t=400mmcrete slab t=100mm, 2 x water repellent thermal insulation t=100mm, waterproof membrane, iglu form work, concrete foundation t=400mm
umberto detail plan A external wall (from outside-inside): 1 x brown brick birch 250x120mm @ 55mm, waterproof membrane, chamber of air t=100mm, brick tie, hard insulation t=80mm, 2 x brown brick birch 250x120mm @ 55mm B brick door 800x2100mm @ 570mm: brick revestment layer 250x120mm @20mm, waterproof membrane, XPS foam insulation t=80mm, beam timber 460x200mm@ 200mm expanding foam t=460mm, acne pink plaster t=2mm C hinged arch acne pink alluminium door 700x2100mm @ 50mm D I/H Stainless Steel Column HEA 200
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2014-2017
filo d’oro Perspective of the Archive
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2014-2017
co work
cowork
professor Juan Zapatel, phD colleagues individual studio studio architectural design V Florianópolis - 2015 The CoWork is a project that aims to transform a leftover public land (owned by the Brazilian Marine) into a public-private partnership that establishes a 100-year renewable concession for the IT industries in São José, Brazil. The program was carefully thought in terms of agreement between the city hall and the private investor. Taking advantage of the IT economic boom on the capital of Santa Catarina (Florianópolis), the project supports itself as an encouragement for its neighbour city to grow with a more resilient economy.
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2014-2017
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0 0.5m 1m
5m
GROUND FLOOR PLAN
anna loch
1 hammocks 2 auditorium-theater 3 auditorium secondary entrance 4 coffee module 5 food court 6 post office 7 bank 8 kitchen 9 restaurant-bar
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a
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c
GSEducationalVersion
d
6
+0.990
+0.490
-0.010
+1.240 +1.750
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3
2
1
1
6 = 1.1
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0.2
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6x
6x
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0.2
= 1.1
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= 0.9
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1
5x
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0.2
+0.976
5x
0.2
= 0.9
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1
6 7
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+2.800
5x
= 0.9
5x
0.2
B
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+3.672
0.2
= 0.9
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+5.400
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16
= 2.8
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16
x 0.2
+0.200 ±0.000
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= 2.8
+4.522
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±0.000
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+2.800
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= 2.8
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x 0.2
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8 16
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±0.000 = 2.8
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x 0.2
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±0.000
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±0.000
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0.2
162
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16 x
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= 2.8
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B
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±0.000
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x 0.2
=
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cowork
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f. plan 1 hammock 2 auditorium 3 entrance 4 coffee module 5 food court 6 post office 7 bank 8 kitchen 9 restaurant-bar
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cut 1 climbing wall of books; 2 labirynth of books; 3 vertical corridor; 4 computer cocoon; 5 conference hub; 6 endo exhibition; 7 co-working kitchen; 8 private studio; 9 exclusive spots; 10 revolving spot; 11 lockers; 12 meeting spot; 13 sebrae; 14 check-in; 15 food-court; 16 auditory entrance; 17 auditory-cinema; 18 gazebo; 19 hammocks
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detail auditorium
anna loch
2014-2017
A Slab: plywood t=20mm | Galvanized steel I Beam 101.6 x 100mm | EPS acoustic foam | Structural concrete t=60mm | Plywood t=20mm B Pivot fixation system: galvanized steel dext= 150mm dint=60mm gap d=5mm C Guardrail: tempered glass t=16mm D Ground slab: Plywood t=20mm | Waterproof membrane t=3mm | Concrete bed t=175mm E Structure pivot panel: Stainless steel t=50mm F Concrete bed 200 x 248 @1000mm G Chromed magnet by Italyne H Plywood 2400 x 2000mm @40mm
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C
A
B G
A Laje: Compensado de madeira t=20mm | Viga de Aço Galvanizado I 101.6 x 100mm | Isolamento termo-acústico | Concreto estrutural t=60mm | Compensado de madeira t=20mm B Sistema de fixação pivotante: Aço galvanizado dext= 150mm dint=60mm folga d=5mm | C: Guarda-corpo: vidro temperado t=16mm | D Laje Térrea: Compensado de madeira t=20mm | Membrana Impermeabilizante t=3mm | Cama de Concreto t=175mm E Estrutura do brise pivotante: aço inoxidável t=50mm | F Cama de concreto 200 x 248 @1000mm | G Prendedor Magnético Cromado Italyne | H Compensado de madeira 2400 x 2000mm @40mm
cowork
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A Teto v t=50mm | zante t=3m t=20mm | Feltro de (1,0Kg/m³) t=0.50mm madeira t= nizado I 10 termo-acús t=60mm | t=20mm D 2000 x 240 perado tra alumínio E madeira @50mm F 50 x 30 @ com chapa ra t=20mm Acartonado Hidrófuga t=11.1mm co | Estrutu x 100mm Gesso Acar
cowork detail facade A Green roof: concrete bed t=50mm | Asphalt membrane t=3mm | Concrete membrane t=20mm | Expanded clay drain t=80mm | Feltro de absorção | Artificial soil t=200mm (1,0Kg/m³) B Flashing: zync plate t=0.50mm C Slabs: Plywoodt=20mm | Galvanized Steel I Beam 101.6 x 100mm | EPS acoustic foam | Structural concrete t=60mm | Plywood t=20mm D Sliding window: Aluminium frame 2000 x 2400 @30mm | Tempered transparent glass E Two-sash sliding brise-soleil: Garapeira timber 2700 x 2000 @50mm F Garapeira timber 50 x 30 @2000mm G Finishing: plywood t=20mm H External wall: white plaster t=12.5mm | Water repellent membrane t=5mm | External OSB t=11.1mm | EPS acoustic foam| Structure in Galvanized steel 101.6 x 100mm | Internal OSB t=11.1 mm | Plaster Gypsum t=12.5mm
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anna loch
2014-2017
pop-up hotel professors Francesca Lanz & Fernando Vegas Lopez colleagues Laura Vanazzi & Ombretta Colangelo (IT)
pop-up hotel
studio preservation & interior Milano - 2017 Sant’Agata is an ancient, beautiful building in the heart of the historical Città Alta in Bergamo, north of Italy, victim of careless approaches throughout time and full of tales and trajectories to reveal. Sant’Agata has been constantly transformed throughout the years – every change has left a trace. From church to Monastery, from Monastery to Prison and from Prison to now hotel, the building did not have time to breath. These traces have historical significance that we do not wish to forget, as the building has changed functions, walls, doors, openings and others, over and over again by the hands of many architects and engineers. On the left conceptual collages of possible approaches for the building. From left to right, up to bottom: view of the shared rooms, view of the corridor, view of the shared space w/ hammock, view of the reception/coffee on the first floor.
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concept of the room
anna loch
The pop-up rooms were designed using curtains to allow flexibility. The curtains follow the original Monastery walls and work as a palinsesto of the original building. The curtains are also related to the former use of the big room: an infermeria. All accommodation functions are achieved with the furniture only, as shown in the schemes.
flexibility scheme 1 Pop-up Hotel 2 Temporary market for Co-working Association and third parties 3 Performance space for local artists (ex. Spaz10 Teatro)
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EPS 400 Overfloor Boards 1200 x 600 @ t= 16 mm
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Insolated wood
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Underside insulation
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Floor joists
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Existing Floor
detail window
heating system
Seeking for the original spirit of the building, the windows were re-opened as the monastery. The stone frame was kept, and a wood frame was added, painted in black.
Since the building is being used as accommodation, we added overfloor system with water pipes for both cooling and heating.
A A’
uce Thermowood t= 12 mm
Spruce Thermowood t= 12 mm
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100 Tensor fork Anchoring point Bearing plate Washers
pop-up hotel
Nail head
Ď´
Hole
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Reinforced lightweight concrete jet Concrete lightweight spur Welded mesh
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Tensor fork Anchoring point
Bar 16/50 Formwork 27mm Wooden beam 5x5 cm Chipboard screw 5
Bearing plate Washers Nail head
structural problem
deffect approaches
Based on the floor plan we could see three walls going through deformations. It would require further investigation on the site to decide which solution should be used, based on the two proposed.
x loss of adhesion of plaster x material loss x window damage x exposed brick
400 Overfloor Boards 0 x 600 @ t= 16 mm
lated wood
erside insulation
r joists
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ars system
anna loch
2014-2017
professor Richard Ingersoll colleagues Thiago Jacobini (BR) studio theory & practice Milano - 2016
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Our proposal for solving security and abandonment issues of the former industrial area of Bisceglie, in Milan, consists in a prototype of an automated rehabilitation system based on a plastic-recycled pillar. Through technology, the ARS is capable of solving a variety of issues related to a certain area. The initial stage is installing sensors and defining the area of approach through a 5x5m grid. The system should be able to recognize frequently used paths, avoided spots and local necessities. The system itself will define where it needs to be installed. The contractor can take it on and off according to need, as the system will upgrade organically the new points
ars to be placed and the points it is no longer needed. As the pole is installed, certain applications can be enabled. The upper part of the pole consists in white solar panel facades that are connected to batteries that guarantee the resilience of the system. Security cameras are placed inside not to be seen, and used in case of violence emergencies. The built-in projector is one of the functions that helps activities to take place. A touch-screen is connected to the computer so the user can use the ARS as he wishes. A beacon is inserted inside, close to the computer, so proximity technology is enabled. On the lower part of the pole, a soil-recovery system functions. The sensors help maintain a chemical analysis and when in need, the ARS uses the nutrient cocktail capsule that can be recharged as many times as needed to recover the soil. The idea of the ARS is to be a temporary intervention. It will prepare the ground for something more permanent. It ensures a safer environment, it recovers the soil, it analysis path choices to reproduce the trajectories with paving. It understands the user’s favorite activities to help decide an appropriate program for the area. As time passes and the area matures, the ARS will be ready to be substituted with permanent structures, moving towards a different site. It can be re-used indefinitely or recycled. Once the ARS has restructured the area and the society around it, making this space a more functional environment, the system is ready to reproduce elsewhere.
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100cm
Solar panel to provide energy to the ARS
Underground sensor core
50cm
350cm
ARS core containing all functions
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The ARS core contains beacons, a touch screen, the router for the wifi and the capsules of nutrients for the plants.
A The ARS system recognizes the soil’s necessity B It Injects the nutrients C The soil is fertile and can be used to grow
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Users can connect to the wifi for Internet and via bluetooth to have access to the ARS applications. Individual activities can be easily done with the aid of the projectors.
ARS system can help stablish accessibility by projecting on the floor or saying it out loud the path of the user towards his final destination.
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Group activities are also possible. Using the pole itself, a user can determine a certain event that the ARS will smartly decide how it will happen. For example, it is possible to pick a soccer field to be projected in the flattest area so children can play.
In case of danger, an user can place the palm of the hand on the screen. The police will be contacted and the ARS will turn from white to red to warn the users it’s not a safe area to approach.
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2014-2017
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ars
campeche
anna loch
2014-2017
status approved by municipality client city hall + private investor company Ferraro Habitat Schedule: 1 week Florianรณpolis - 2016
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campeche challenge How can one work for a municipality in the middle of a financial crisis? 2016 was a difficult year for Brazilians, but even so we managed to approve some projects with the city hall. The Campeche Plan, designed during my period at Ferraro Habitat with supervision of Livia Ferraro, is one of my favorite experiences in the professional field. Using tools of public-private partnership between the city hall and a private investor - owner of the site - we were able to design an urban intervention between existing buildings to rehabilitate the entrance of the famous Campeche beach in Florianรณpolis.
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2014-2017
on a tangent
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photos by Cesar Oliveira Costa
2014-2017 anna loch
raiz @souderaiz
Curiously, our public loved our informal sales, and they used to buy mainly via whatsapp. I wrote personal notes for every box ever sent. It was all about paying attention to your costumer. Many clients kept in touch and sent pictures, feedbacks and thank you messages.
Raiz is a clothing & beach brand that I started in early 2015. Unifying my love for business, branding, marketing, fashion and pattern design, Raiz was born. It was sold first via instagram, facebook and whatsapp. In the winter 2015 we started the website and the brand registration. The Heliconia pattern was the first pattern I have ever designed. It was also the first one ever printed.
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It was the item that started the brand in January 2015. It was used as scarf, turban and beach towel.
01 This is one of the few pieces to come in white. It was specially produced for New Year’s Eve
photo by Felipe Dacach @dacach in Florianópolis
It was used for kimonos, pantalonas, top croppeds, dresses, long skirts and others.
It sold out after promotion. photo by Mário Oliveira @mariooliveira in Florianópolis
It was used for jumpers, dresses, pants, top croppeds, long skirts and others.
It sold out before promotion. photo by Felipe Dacach @dacach in Florianópolis
raiz - products
Signature cut of Raiz clothing, the jumper has three cuts.
02 One of the first patterns for clothing designed in 2015, called “Laura”.
03 The fastest selling pattern of the batch, designed in 2015, called “Lana”.
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Abacaxi pillows by @analupovoas Praia do Rosa
Feather Scarf by @thaysachristensen Amsterdam
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Dress Lana by @dayaneaguiar Florianรณpolis
Jumper Lana by @maiterodrigues Florianรณpolis
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Feather short & scarf by @robiphilipi Garopaba
Heliconia scarf by @julialima Florianรณpolis
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2014-2017
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Raiz made me discover how much people enjoy being part of a brand. I guess that was the strongest suit of our branding: includance. Clients sent us images using our products through the hashtag #souderaiz but also photos of their vacation, lifestyle, eating habits, anything that resambled the philosophy of Raiz. In the end we had loyal costumers and feedback pictures, along with people who were happy to be featured in our instagram feed.
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Canga Melancia by @jumartins1 Bahia
Canga Melancia by @laricunegundes Brasília
Canga Melancia by @alessandratrindade Rio de Janeiro - Nova York
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Canga Marianna by @marinnasnts Minas Gerais
Canga Kiwi by @manaraisabela Brasília
Canga Marianna by @janaquintella Rio de Janeiro
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Canga Melancia by @analeticiapimentel Paraíba
Canga Melancia by @rafasfontanelle Brasília
Canga Melancia by @flaviapontes Rio de Janeiro
raiz - fandom
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anna loch
AL
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2014-2017