Portfolio Complete Works

F il ippo G a r u gl ieri

P o r t f o l io C o m pl et e wo r k s

studies

NIO architecten

freelancer

studio ossidiana

KAW

ORANGE

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curriculum vitae

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5

sliding shutters

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9

rediscovered bussola

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19

changing to stay the same

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25

mannes

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31

lupus in fabula

7

35

dark wind

8

39

feel like home

9

45

black to the future

10

49

zagara

11

53

horismos

12

59

civic roofscapes

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67

amsterdam allegories

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75

maasssilo

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79

woolderlanen hengelo

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83

strevelsweg rotterdam

17

87

terra

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93

noorderkaap

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99

jonas

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105

3D printing

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107

videomaking

22

108

virtual reality letters certifications contacts

F i l i p p o G a rug li eri

My first job as an architect was in the family firm while I was still an architecture student. Here I worked on classical tuscanian country houses, following all the process phases from the concept, through dealing with clients and the building site. . . .

I graduated in 2016 with professor Adolfo Natalini with the thesis “Finding Bussola”.

For the project I focused first on the landscape architecture, then analyzed different typologies of concert arenas, adding the project itself a Superstudio touch.

.

. . .

In 2017 I moved to Rotterdam for an internship at NIO Architecten. Here I focused on organic architecture at his best, from the concept to the final drawings. At NIO I worked on different fields of our job, from public building, to urban design and artistic installation.

Educational background .

2009 - 2016 University of Florence

Five years Master’s degree Florence, Italy

.

. . .

Working experiences 2012 - Today Garuglieri Architetti

In Studio Ossidiana I took mainly care of the digital side of the work, but we used to get often in contact with materials, as concrete and his components are an essential element of the philosophy of the firm. There I directly collaborated on projects about children’s playgrounds, installations and the winning project of Prix de Rome 2018.

Collaborator

Lido di Camaiore (LU), Italy

2017, April - January NIO Architecten Internship

Rotterdam, Netherlands

. . .

2018, March - October KAW

From March 2018 had an internship at KAW Architecten still in Rotterdam. Here I worked mainly on a more traditional kind of architecture, based on brick, wood and involving green building, even if in a few cases we joined some ideas competition where we experimented some new strategies.

Here I participated in projects about schools, civic centers, and healthcares.

Internship

Rotterdam, Netherlands

2018, January - Today Studio Ossidiana Collaborator

Rotterdam, Netherlands

2019, February - August ORANGE Architects

. . .

Junior Architect

In February 2019 I joined ORANGE Architects team. Here I took part in internarionals and Dutch competitions and worked on the technical design of elaborated projects already ongoing and soon to be built. At the same time I took care of showing our work in VR and in 3D printing it.

Rotterdam, Netherlands

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3 1

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Competitions

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Skills .

Autodesk AutoCAD

2016 Pier of Lido di Camaiore

Autodesk Revit

Proposal for the pier of Lido di Camaiore with Garuglieri Architetti for Comune di Camaiore, Italy

Graphisoft ArchiCAD SketchUp

2017 You need to change to stay the same Extension of the Museum of Palazzo dei Diamanti

Rhinoceros

with NIO Architecten for Comune di Ferrara, Italy

TSplines Grasshopper

2017 MANNES (Winner) Urban design and installation for Assen train station

Maxon Cinema4D

with NIO Architecten for Geemente of Assen, Netherlands

Chaos Group Vray Corona Render

2017 Lupus in fabula (Mention) Urban design for a green area in Gubbio

3d StudioMax

with NIO Architecten for Comune di Gubbio, Italy

QGis

2017 Feel like home

Adobe Photoshop

Observatory houses in Roccascalegna with Gabriele Scotti for Young Architects Competitions

Adobe Illustrator Adobe Indesign

2018 Horismos (Winner)

Adobe After Effect

Project for a playground of a school in Vleuten with Studio Ossidiana

Microsoft Office Suite Enscape

2018 Civic Roofscapes (Pass phase one)

(VR)

Twinmotion (VR)

Landscape architecture project for the Groningen region as collaborator of Alessandra Covini/Studio Ossidiana for Prix de Rome 2018

3D Printing (Ultimaker)

2018 Amsterdam allegories (Winner)

3D Printing (MakerBot)

Landscape architecture project for the Sixhaven area as collaborator of Alessandra Covini/Studio Ossidiana for Prix de Rome 2018

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Languages .

Speaking

2018 MassSilo (Mention Sustainability Prize)

Italian

Project for a rooftop bar over the Maassilo with KAW for Geemente Rotterdam

English French

2019 Het Zomerhofkwartier

Project for urban renewal in Rotterdam with ORANGE Architects for Geemente Rotterdam

Spanish Dutch

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4 curriculum vitae

Writing

Sliding shutters - Do the right thing Te c h n o l o g y l a b e x a m

Type :

research

Place :

Firenze, Italy

Year :

2014

Categories :

urban planning residential building technology projectation

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop

Task :

complete

Author :

Filippo Garuglieri Erik Daniele Fusaro

San Donato Mobile project comes from the need of building a green and eco-sustainable neighborhood, in the area that once was known for the FIAT factory in Firenze.

The whole project had been developed referring to the context to let every single building fitting with the heritage and the legacy of the area, but at the same time not missing what was the aim, to develop an architecture that reflects nowadays needs. The 5 floors building has a steel structure and uses POROTON bricks and woolrock.

On both the recognizability and technological point of view, it is distinguished by a series of mobile solar shutters, scrolling on a steel frame slightly prominent to admit continuity on the facade. Another well recognizable point is the stairs system based on circular cylinders, placed in the middle of the structure, working as distribution to the apartments as well.

On top, it is expected a huge platform to cover a public restoration space on a side and part of the penthouses. This part is covered in photovoltaic panel to contribute to the building energetical needs.

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5 2

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6 project

Universita degli studi di Firenze Docente: Prof. M. Sala, Prof. C. Carletti

Collaboratore: Arch. L. Boganini

Studenti: Erik Daniele Fusaro, Filippo Garuglieri, Maurizia Governi

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7 apartment

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8 modelling

Rediscovering Bussola Thesis in Architecture

Type :

research

Place :

Lido di Camaiore (LU), Italy

Year :

2016

Categories :

landscape architecture public space amusement building

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Filippo Garuglieri

Relator :

Prof. Adolfo Natalini

For decades the wonderful no man’s land between the outhfall of Motrone river and the northern side of Lido di Camaiore had his reputation as mediterrean capital for the american showbussiness (and not only), inbetween jazz, soul and pop, thanks to the enthusiasm of Sergio Bernardini and his unforgiven creatures: the cozy and vibrating music hall “La Bussola” (that in english can be translated as the compass), on the seaside of Focette’s beach, to wich follows the jazz space “il Bussolotto” and, from 1976 the huge circus styled tent “BussolaDomani”.

The fame of this music temple is increasing everyday untille the sudden death of his father Bernardini, in 1993 cause of a car accident. After that the circus tent and everything with it lay on the promenade of Lido di Camaiore, like a beached whale that slowly rots. It is finally demolished in 2000 leaving behind him a huge sense of emptiness in the town and in those who lived his glorious past.

The pinewood, the sea and the dunes.

This are the main elements from whom it started the projectation of the main building of this thesis.

Meant to became Versilia’s main landmark, with immediate recognizability, a futuristic body that at the same time perfectly merge with the elements around it.It is possible to immediately notice the dense pillars forest that sustain its steel and concrete structure.

The continuos crossing of vertical elements wants to recreate the pinewood in the area, the most typical element you can find there. Other main element is the big stair, built by concrete aggregates and oxidants elements that give it a particular yellowish color with the aim of recalling the sand of the beach. The multiple steps to get into the building instead stands for the dunes that once use to be there, but that were characterizing the old seashore.

At the same time the hill appear upside down with the goal of guiding the audience inside the building creating a focal point on the main entrances.

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9 3

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10 assembling

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11 elements

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12 bussola

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13 ground

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14 second

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15 sections

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16 elevations

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17 lungomare

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18 spettacolo

You need to change to stay the same Proposal for the extension of Museum di Palazzo dei Diamanti

Type :

competition

Place :

Ferrara, Italy

Year :

2017

Categories :

museum extension culture building

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Maurice Nio Filippo Garuglieri Gabriele Scotti

Palazzo dei Diamanti is actually one of the most beautiful examples of italian Renaissance architecture.

Built in Ferrara along the Erculean Addition in 1492 it is well recognizable for his diamond-shaped facade.

Over the years, after being Ferrara’s main landmark it became a modern art museum. Unfortunately, cause of a lack of funds it hasn’t been renovated for years.

The proposal for the extension of the Contemporary Art Museum of Ferrara in Palazzo dei Diamanti was intended to respect the existing garden, the backyard, the separation wall and of course the historical building. It created a floating exhibition space at 3 meters of high and at 10 centimeters from the wall.

The relationship between the garden and the yard does not change, in the meanwhile, a brand new space for exhibitions and conferences is created using at the best the potential space.

In the projection is considered the environmental aspect like light usage, ventilation and cooling.

We did not propose just a glass pavilion, that would have been absolutely not productive for a museum experience. Instead, a floating circular pavilion is presented, landing like a spaceship without touching the original palace.

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19 4

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20 plan

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21 technical

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22 entering

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23 garden

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24 inside

Mannes Competition fo the urban design of the new station in Assen

Type :

competition

Place :

Assen, The Netherlands

Year :

2017

Status competition :

winner

Status building :

completed

Categories :

installation public space urban lightning public space

Skills :

Autodesk AutoCAD Rhinoceros TSplines for Rhinoceros MAXON Cinema4D ChaosGroup Vray Videomaking 3D Printing

Task :

realization draws 3D modelling lightning projectation 3D printing

Author :

Maurice Nio Q.S. Serafijn Jan Willem Terlouw Filippo Garuglieri

There is an old story for kids in Assen, it is about a huge dog that protect the locals and that live in symbiosis with them. As the brand new station in Assen was projected, there was the need for a guardian of the main new door of the city. Who better than a loyal, huge and proud dog can welcome you back home?

The tender, with the Geemente of Assen as a client, asked for a landmark of the renewed area. The winning idea was to make a particular system with lights and sounds and in the core a huge statue of a 6 meters tall dog.

The dog was modeled with Tsplines and built in laser cutted wood. The finiture is in dark, fake wood, polyester, to give him the proud attitude and to protect him at the same time from the weather.

There are 20 red lights on the body of the dog, and many more on the ground, that are activated with sensors every time somebody walks by. The sensors can activate sounds and a fog effect water made.

From the dog, a series of 360 lights and sensors, guide the visitor in the direction of Assen main square through the urban green. In the same way, under the square pass the station car street. In this case again we find other lights and sensors that can be activated by the passage of the cars. The sensor activates the light one second after a car pass by and all combined give the impression to be following this one.

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25 5

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26 impression

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27 interactivity

Opdrachtgever: Project:

Omschrijving:

Gemeente Assen Autotunnel Stationsgebied Assen Autotunnel Overzichtstekening, langsdoorsnede

BAM Infraconsult bv Vestiging: Postadres: Telefoon: Internet:

Status:

DEFINITIEF

Opdrachtgever: Project:

Omschrijving:

Status:

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28 alternation

Schaal:

Opgesteld:

1:250

J. Scheel

Formaat:

A0L8

Paraaf: Datum:

Gecontroleerd:

Paraaf:

E. van Doorn

Datum:

Vrijgegeven:

Paraaf:

M. Waterlander

Datum:

Tekeningnummer:

ASGA-TEK-C-DO-OV-0004 Versie:

B

Datum:

17-05-2016

/users/filippogaruglieri/documents/lavoro/nio architecten/ass01 - mannes/dwg/2. tunnel lines.dwg

Gemeente Assen Autotunnel Stationsgebied Assen Autotunnel Overzichtstekening, langsdoorsnede

BAM Infraconsult bv Vestiging: Postadres: Telefoon: Internet:

Š copyright

H.J. Nederhorststraat 1 2801 SC Gouda Postbus 268 2800 AG Gouda 0182 - 59 05 10 www.baminfraconsult.nl / info@baminfraconsult.nl

Š copyright

H.J. Nederhorststraat 1 2801 SC Gouda Postbus 268 2800 AG Gouda 0182 - 59 05 10 www.baminfraconsult.nl / info@baminfraconsult.nl

DEFINITIEF

Schaal:

Opgesteld:

1:250

J. Scheel

Formaat:

A0L8

Paraaf: Datum:

Gecontroleerd:

Paraaf:

E. van Doorn Vrijgegeven:

Datum: Paraaf:

M. Waterlander

Datum:

Tekeningnummer:

ASGA-TEK-C-DO-OV-0004 Versie:

B

Datum:

17-05-2016

/users/filippogaruglieri/documents/lavoro/nio architecten/ass01 - mannes/dwg/2. tunnel lines.dwg

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29 building

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30 onsite

Lupus in fabula Proposal for the urban design of a green area in Gubbio

Type :

competition

Place :

Gubbio, Italy

Year :

2017

Status competition :

mention

Categories :

installation landscape architecture public space

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Maurice Nio Q.S. Serafijn Filippo Garuglieri

The Wolf is back at the service of Guccio’s inhabitants, but the town has changed in the meanwhile and it is time to find a new cove for him.

Following then the old bottaccio line it comes down in the valley, not anymore in the old historical center, but where the population needs more his presence, nearby the newly built parts of the town.

Inside of a small wood is recreated ideally the “walk of Saint Francis” that lead to Assisi. The Wolf is in the between the two, protecting both the pilgrims and the inhabitants of Gubbio that can feel safe and comfortable in his grove.

In the intervention area are planned three different green areas with 2 main landmarks to represent Gubbio and Assisi, while the central one is Wolf’s llair.

In the Lair there s gonna be a 6 meters tall and 6 meters long wooden statue of the “houseowner”. The 3 elements are gonna be surrounded by a small river and a walkpath.

The area all around is planned to be fulfilled with black hornbeams, holm oaks and plane tree. Their big leaves crown is meant to be functional, as they are going to create shadows areas, and with an evocative meaning, as the intention is to recreate a fantastical atmosphere. The scheme where the plants works as a barrier to hide the path, breaks up where the wolf is to permits the view on the historical center and the Roman amphitheater.

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31 6

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32 grove

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33 wolf’s lair

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34 in the wood

Dark wind Pro p o s a l f o r a n a r t i n s t a l l a t i o n a b o u t D o r i a Pa m p h i l i i ’s f a m i l y

Type :

competition

Year :

2017

Categories :

installation

Skills :

Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Indesign

Task :

complete

Author :

Maurice Nio Filippo Garuglieri

While Columbus went off in search of new sea routes and new worlds, Doria stayed home and fought off in turn the Spanish, the French and barbarian pirates.

One of the wiliest fighting men and politicians of his day, Andrea Doria, is credited as the first man to discover how to sail against the wind and became Admiral of the Genoese Fleet and ‘Father of his country’. It is to Andrea Doria and his glorious sea battles that we dedicate this work Dark Wind.

The sculpture consists of a steel frame of 0,9x0,9x2,5 meters, with wooden drawers which contain seven pieces of ‘memory glass’. These pieces of colored glass memorize the sensibility of the seven rooms where the work could be exhibited. So, for each exhibition room, there is a specific ‘memory glass’ which gives the work its distinctive mood. The top of the steel frame is sealed with transparent glass.

It forms a little 3D projection room where one of the sea battles of Andrea Doria is vaguely visible, as a kind of hologram.

It is as if one of the famous tapestries of the sea battles of Andrea Doria comes alive. Dark Wind is an animation of the tapestry, an animation where the distinction between wind and ship dissolves, what is memory and what is dream is not clear, where the smell of gunpowder and victory mingles.

Time and space dissolve. There is only the smoky sensation of the wind in your eyes.

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35 7

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36 lepanto

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37 memory glass

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38 closeup

Feel like home Proposal for observatory houses in Italy

Type :

competition

Place :

Roccascalegna (CH), Italy

Year :

2017

Categories :

diffuse housing landscape

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Filippo Garuglieri Gabriele Scotti

Corona Borealis constellation is generally considered to represent a crown given by Dionysus to Ariadne, the daughter of Minos of Crete after she had been abandoned by the Athenian prince Theseus. When she wore the crown at her marriage to Dionysus, he placed it in heaven to commemorate their wedding.

The observatory houses are thought to be nestled along Roccascalegna’s hill as Corona Borealis stars, as they were a necklace on it. A necklace meant to beautify and not to become the main character.

The goal is not to overcame the image of the Rocca that already represents a strong and recognizable landmark, but it asks to be part of it, creating a secondary point of view respecting the existing one.

The spaces of the Rocca are reused and the only brand new ambient is the restaurant area, thought as it was a covered square. Jems in the necklace are the Observatory Houses. Every house or cabin corresponds to a different Corona Borealis star and their dimensions change regarding the light emission of every one of them. All the design process is based on a module made by Xlam cladded in dark wooden tiles. The main shape that emerges is the house archetype, to lead the guest to a recognizable shape, to let him feel comfortable and face the primal instinct of fearing the night.

Night must be considered as a friend. Constellations have always guided explorers and mariners along their way, and the purpose of the Observatory House is to recreate this link between humans and stars.

In any of them, the module for the bedroom in 30° sloped, looking at the sky. Starry nights and galaxies are ceilings. The room raises the head of the guest showing him what otherwise he would be missing.

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39 8

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40 aurora borealis

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41 typos

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42 observatory

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43 spa

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44 overlays

Black to the future I d e a c o m p e t i t i o n f o r a c o n t e m p o r a r y b l a c k Ta j M a h a l

Type :

competition

Place :

Agra, India

Year :

2017

Categories :

landscape educational building

Skills :

Autodesk AutoCAD Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Filippo Garuglieri

Taj Mahal is the symbol of Moghul culture at his climax.

It is past and the future of it. All around it gravitates all Agra’s region. It is the most wonderful and controversial monument of all the time, as it enacts the pure expression of both two totally opposite statement, Eros and Thanatos, Love and Death.

Looking at the future with the memory of the past.

That is the main mission of the project. To link to Taj Mahal with a thin, delicate wire. It is used then a black stainless steel as the main component, to connect with the aspect that it was supposed to have, and meant to be very reflective to repeat the past and particularly his more noble counterpart to whom it is a service. As already said the complex float continuously between past and future involving the Taj Mahal in his dancing. To reach the core of the project, it needs to pass along a path going through some minor structures, similar to treasure chests. Inside of them is held educative environments to celebrate the memory of the great past Mughal’s emperors: Babur, Humayun, Akbar, Jahangir.

Memory and revelation is the great richness. Back to the past with the eyes on the future. After spent time in exploring and discovering region ancient and strong roots the area change function. Inside the main building is thought to be a science citadel. The landmark of the area will be a black steel cone shaped element, inside whom will be a working hydroelectric power plant that produces energy from turbines disposed in Yamuna’s river. Nowadays India’s most used resource is still coal. So it needs to be done a step forward into the future and lead the nation to a more sustainable solution that could have a bad impact on the environment. From the inside of the museum, it opens a huge window looking at Taj Mahal to remember that it is both part of the past and of the future of the nation and it needs to be preserved.

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45 9

Babur hall Akbar hall Jahangir hall

heritage

Humayun hall

Yamuna’s River

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46 dualisms

ce nt ien la sc rp of we el po ad cit tric hn lec aja oe ah ydr h

d an

Sh

future

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47 future sight

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48 below

Zagara Proposal for a design chair for LUXY

Type :

competition

Year :

2018

Status competition :

pending

Categories :

design

Skills :

Rhinoceros MAXON Cinema4D ChaosGroup Vray Videomaking Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

complete

Author :

Filippo Garuglieri

As blooming out from his support, Zagara explodes and welcome his user between his petals.

Its endearing design, its shapes and at the same time its elegant attitude allows it to fit in almost every kind of ambient, depending on the colors the client decide it should wear.

The steel and wood structure make of it an easily transportable furniture and the usage of materials is thought to immediately link it with LUXY, but at the same to add a new valuable choice to an already exhaustive catalog.

Zagara structure is composed of a wooden part that works as a base for the more complicated steel one, thought to shape the charming shapes of it. In any case, the two parts are separate so there is the possibility to change the wooden legs with an easier solution if the client or the final location requires it, For the lining part of Zagara the inspiration comes from LUXY upholstery catalog, using them in different combinations. Red Zagara model uses Cat.B 259 for the main and 260 for the seat, Zagara Cappuccino uses Cat. B 308 for the main and 316 for the seat, Zagara Blue use Cat. B 274 for the main and 273 for the seat, Zagara Green use Cat. B 321 for the main and 320 for the seat, Zagara Black use Cat. B 1016 for the main and 1017 for the seat, In this case, are reported some examples but it could be realized in many other variations.

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49 10

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50 pose

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51 variety

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52 inner

Horismos Proposal for a playground of a school in Vleuten

Type :

competition

Place :

Vleuten, The Netherlands

Year :

2018

Status competition :

winner

Status building :

in costruction

Categories :

installation public space educational site

Skills :

Rhinoceros MAXON Cinema4D ChaosGroup Vray Videomaking Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

3D modelling visualization material study

Author :

Alessandra Covini Giovanni Bellotti Filippo Garuglieri Veronika Revo

Horismos is a commission for an art installation/ playground for the new elementary school of Vleuten.

The project starts from suggestions present in the site, as the Frontier of the Roman Empire which passes few kilometers from the school and as the children stories of Kees Valkenstein, writer after which the school is named.

The project exists in three dimensions: is a landscape, is a space, and is a surface to be touched. It is a succession of horizons, which are the echoes of the Roman frontiers that becomes space. They are the scene of the Alps of Kees Valkenstein story. It is a space that can be crossed, where the different boundaries create rooms. It is an interior as it has the dimension of a passage for an adult, but for a child is a space, a room, an entire world. It is a space designed for children heights, that to be perceived in it totality requires to be a child. The project is made by lines with a regular structure, but that can afford infinite variations, and that can be crossed in many different ways.

It is a place that foster children imagination, doesn’t dictate how to play, instead enhances children to discover all the possibilities of actions provided in it.

It becomes a labyrinth, a place to hide and a place of encounters, an adventurous landscape to explore and climb.

It is a place where children will experience their own growth, making manifest the fact that they are changing across the time spent in the school. It is a space that can comply with the demand of different age groups, to allow children of all ages to appropriate and find their own space. It will embrace the different emotional, social and cognitive development of different moments of growth.

It is materialized with concrete, treated with different textures. It is made by surfaces that are in physical contact with children, where they will discover different textures, and materials. There will be small pieces and surprises coming out from the elements, as unexpected archeological findings. A big sensory exploratorium to be discovered over time, through the life-span children will spend in the school.

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53 11

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54 enfilade

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55 landscapes

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56 living

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57 playing

3.667

3.667

3.667

front

4.947 658

463

1.043

460 1.673

1.161

200 100

412 268

864

4.425 2.008

670

250

80 160 459

250 3.632

871

209

120 258 186 486

888

300

2.525

C

5.000

136 165 212 133

133

1.209

D

D 2.266 2.266

1.100

3.668 290 406

248 370

460

2.265 2.265

E

1.833

E

147

682

759

n concrete, n 100%

299 348

1.833

n concrete, n 80%

779

1.743

300

2.909 2.700

633

1.833

463

1.833

3.667 855

C 1.739 1.248 250

241

1.010

n concrete, n 60%

460

2.562

B

1.155

1.209

186 1.100

300

831

B

A

1.833

250 1.396

1.596

485

781

250

3.685

232 75

677

n concrete, n 40%

2.265 1.479

300

100 200

1.739 1.156 250

101

2.346

635

300

A

100

n concrete, n 20%

200

60

1.072 250

1.833

3.668 165

1.731

2.266 1.970

131

Section detail van Geemente Utrecht

1:50

A

B

C

1.833

1.833

B

C

200

edge fileted to 20mm radius

1.435

fall safety approved gravel diameter 2 - 8 mm steel profile edge

245

1.731

1.431

edge fileted to 3mm radius

edge fileted to 3mm radius

edge fileted to 20mm radius

280

300

120

140 140

300

383

perforated drainage pipes

1.833

Ch-12 steel connection between concrete element and foundations

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58 technical A

Civic Roofscapes Proposal for diffuse shelters system in Groningen region for Prix de Rome 2018

Type :

competition

Place :

Groningen region, The Netherlands

Year :

2018

Status competition :

winner

Categories :

landscape architecture urbanism earthquake resistant

Skills :

Autodesk AutoCAD QGis Rhinoceros MAXON Cinema4D ChaosGroup Vray Adobe Photoshop Adobe Illustrator Adobe Indesign Modelling

Task :

complete

Author :

Alessandra Covini Giovanni Bellotti Filippo Garuglieri Regina Makhmutova

In the Groningen area cavities in the ground caused by gas extraction keep producing earthquakes for decades, and with traditional brick buildings not being built to resist earthquakes, this condition is transforming the region in a continuous working site. The province of Groningen consists of a constellation of small villages, generally characterized by relative isolation, lack of services, a decreasing population, and, above all, the common fear of the unstable ground on which they stand. Ganzedijk and Hongerige Wolf are two village where these problems are tangible.

The place in between the two villages is taken as an exemplary site for a pilot project in the region, about new spaces and new meeting places both for earthquake emergency and for situations of isolation, lack of services, economic restraints. The project proposes a system of new civic forms across the territory, shelters conceived not as emergency solutions, but as new civic spaces. The earthquake is something that destroy homes, but it is, at the same time, something that creates moments of encounter, gatherings which produce a sense of community and agency across the region.

The architecture proposed is a large roof that becomes a new civic space, a shelter that creates a new urbanity suggesting new forms of temporary domesticity and collectivity.

It is a house, a school and a kindergarten for those affected by the earthquake, but it is also a place for events, markets, workshops, festivals, a shelter from a common fear and a platform from which to think about the future. The roof is a vast public terrace, overlooking the region, a view point to both see and be seen. It is a new form through which to read the territory, between the domestic and the civic scale.

Together the roofs form an archipelago of civic microcosmos distributed across the region: they are sometimes placed at the barycentre of villages, where a sense of centrality missing, as in Ganzedijk and Hongerige Wolf; as a replacement of buildings demolished or collapsed; at the entrance of the village, as a portal; on the border of the countryside and the town, in dialogue with the form of the city and the scale of the buildings.

|

59 12

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60 archipelago

|

61 elements

|

62 site

|

63 protecting

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64 shelter

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65 postcards

|

66 ganzedijk

Amsterdam allegories Proposal for the Sixhaven area in Northern Amsterdam for Prix de Rome 2018

Type :

competition

Place :

Amsterdam, The Netherlands

Year :

2018

Status competition :

winner

Categories :

landscape architecture urbanism

Skills :

Autodesk AutoCAD QGis Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

research digital material big scale representation

Author :

Amsterdam’s history, its wealth and its growth over centuries is one of exploitation and transformation of nature. The extraction of water, turf, oil, gas, and minerals, the trade of exotic spices, coffee, rare plants, and animals from the colonies, the tireless flow of goods and people; all have lead to the city’s densification and form, to its prosperity, to its fame as a liberal cultural capital. Right now the city is looking north, towards the Ij, and reimagining its form and identity in the process.

Sixhaven, the geographical centre of the future city, is reimagined as a civic harbour to host a collection of familiar and estranging elements, places of pleasure that speak the language of the removed, the unknown, the desired and the forgotten, allegories to reimagine possible encounters between the north and the south, the stranger and the native, the removed and the returning, the exploited and the protected.

Amsterdam Allegories is a place to observe and be observed, discover and be discovered, transform and be transformed. The harbour is to be entered only by boat. In navigation, experience overcomes speed, and as one moves on a surface rather than along a line, regulations become relative, their definition is the result of an exchange rather than a dogma.

The more manoeuvrable vessel will give the way to lesser, the more experienced sailor will make way for the beginner. Far from an elitist retreat, the water of Sixhaven is a democratic surface, an arena for civic interactions where each encounter determines the rules of behaviour.

Alessandra Covini Giovanni Bellotti Filippo Garuglieri Lauren Boots Matthew Cook Sze Wing Chan Arthur Schoonenberg Noortje Weenink Kevin Westerveld

As “high pressure” is typically translated in “high density”, Amsterdam Allegories proposes to reimagine Sixhaven as an intense, rather than a dense, space.

A place where to celebrate the messiness of the shore over the sanitised slickness of the waterfront, the unpredictability of the encounter over the vain statement of the icon, the possibility of the event over the rigidity of the solution, the productive vagueness of being adrift over the assertive simplification of the anchor, the humility of danger over the banality of day to day survival, the colours of heterogeneity over the greynessof neutrality. Amsterdam Allegories is a call for new, surreal, experimental public domains, where the citizen will no longer be a user, but a sailor, a farmer, a collector, a cartographer, an explorer.

|

67 13

|

68 elements

|

69 noord

|

70 sixhaven

|

71 showtime

|

72 allegories

|

73 scene

|

74 scene

MassSilo Proposal for a green energy powered skybar on the roof of the Maassilo

Type :

competition

Place :

Rotterdam, The Netherlands

Year :

2018

Status competition :

Mention sustainibility project

Categories :

green building public space interior design

Skills :

Graphisoft ArchiCAD MAXON Cinema4D Adobe Photoshop Adobe Illustrator Adobe Indesign

Task :

concept schemes visual

Author :

Reimar von Meding Daniel Rucki Filippo Garuglieri Mariagiulia Pistonese

Energy storage is important to reduce CO2 emissions.

The value of renewable energy from wind and sun increases as we can store with little loss. The capacities of thermal (heat) or chemical (batteries, hydrogen) storage are, however, too low, the effectiveness still too small, the costs too high and applications too polluting and risky. It can be simple if you use something that never runs out or gets less: gravity. When the sun is shining and the wind is blowing, sustainable energy is abundant. Usually, less energy is required at those times. With this electricity is generated. The reservoir is a kind of mega-battery.

You need height and mass. The highest structures in the flat Hollandse Delta are buildings. They have never been constructed to have much weight on the roof. Maassilo is designed for approx. 90,000 tonnes of cereals. This corresponds to the load of 90 million liters of water so there can be mass!

The new volumes are not made of concrete, but steel. They work architecturally in the spirit of the building but are clearly different. By keeping them on a distance above the roof of the Maassilo the original building remains fully visible and the addition as readable as possible. A demarcation line arises between old and new. This gap becomes the most fascinating space of the concept and therefore also accessible to everyone: on the roof of the Maassilo and under the floor of the MASSSILO will be the new sky bar. Because of the difference in height, it is possible to create a pool in the floor of the bar. The bar itself has large glass sliding doors with which space can be opened around the summer. Large, industrial, figure-defining. Spatial, aesthetic and functional with great continuity, because it is about storage again.

|

75 14

out

Algemeen

Maatvoering: Alle maatvoering in het werk te controleren door alle uitvoerende. De a waarheidsgetrouw mogelijk vastgelegd. De maten zijn overgenomen va wanden en wandopeningen zijn zo exact mogelijk opgemeten en/of aan toekoms n e .

Kopie: Niets uit deze uitgave mag worden gereproduceerd door middel van bo schri m .

Onvolledigheden: Samensteller(s) van dit dossier zijn zich volledig bewust van hun taak ee geen aansprakelijkheid aanvaarden voor onjuistheden en/of onvolledig

Exacte uitvoering: Alle exacte construc a , hout, of gewapend beton, alsmede sys constructeur.

Het geheel uitvoeren & opleveren conform alle geldende bouwregelgev plaatselijke nutsbedrijven, plaatselijk geldende we & eisen, geldend Alle installa o & voorsc & telefonie.

Leveranciers & fabrikanten dienen rekening te houden met voorziening Exacte verwarmings- & warmwater installa -berekening.

Exacte ven n e e .

Exacte brandveiligheidsvoorzieningen volgens quicscan brandveiligheid

E

Datum

xx-xx-201

D

Schaal / formaat

C

Getekend

B

Opdrachtgever

1:740,74 / A

T.Goema

[Naam opdrachtgeve

A Gewijzigd

[Stad opdrachtgeve Fase

V

Project

[PROJECTNAAM] [PR www.kaw.nl

[1xxxxx] [PROJECTNAAM] | VO | In opdracht van [Naam opdrachtgever], [Stad opdrachtgever]

1:12751,24 |

|

76 skybar

info@kaw.nl

+31 88 529 0000

|

77 mass

|

78 silo

Woolderlanen Hengelo Project of different social housing dwellings in an ex factory area in Hengelo

Place :

Hengelo, The Netherlands

Year :

2018

Status :

in construction

Categories :

housing social housing public space urban design

Skills :

Task :

Author :

This social housing project is developed on a historic industrial area in Hengelo, in East Netherlands. At the moment the project started, the area was totally empty except for the old concrete skeleton of the old main factory, so the strategy for the planning was to recreate the same atmosphere in the plot, but in a way that it did not become too expensive as there was in the plan to project some expensive houses, but the majority is meant to be social houses.

The main buildings are distributed around a loop and are in the majority row houses, but it could be to find double and single villas, especially at the entrances and on the corner with a shape that they can be recognized as an accent.

Graphisoft ArchiCAD QGis MAXON Cinema4D Adobe Photoshop Adobe Indesign Modelling

To recreate the industrial feeling brick and dark steel are mainly used, with a deep study of the details on the facades, on the streets and for the division walls.

All these elements, of course, have been in the end chosen depending on the price to keep the houses as much affordable as possible.

concept schemes projectation 3D modelling visual

The most interesting typology for sure is the “luxury� houses, obtained from the shed roof structure of the old factory. The original structure is divided into 4 dwellings with huge windows and a large usage of windows. Concrete, wood, and steel melt together to form a cozy and liveable space on two floors that turn around an inner winter garden. On the other side of the street, the other four similar houses are projected and the shape of the old factory is recreated on the facade to create unity between the two.

Candice de Rooij Daniel Rucki Filippo Garuglieri Mariagiulia Pistonese

|

79 15

|

80 complex

1 1

2

2

3

3

4

4

10.477

9.370 10.477 2600 2300

9.370 2600 2300

5.950

5.950

3.000

3.000

0

0

doorsnede AA

zijgevel dakkapel

voorgevel

doorsnede AA

zijgevel dakkapel

voorgevel

3.600

2.100

3.600

6.300

2.100

achtergevel

6.300 3.600

5.420

12.280 3.440 3.600

100

2.100

970

3.340

1.010

6.300 280

1.980

1.865 100

500

3.755

100

5.500

6.860

5.420

1.240 380

3.600

1.865

5.420 6.300

2.100

1.000

380

2.500

755

2.000

100

1.240

3.500

380 3.600

280

1.680

700

3.600

100

1.465 235

5.210

1

begane grond

100 1.110

3.700

6.100 3.700

3.700

3.700

Opp.: 13,0 m2

3.700

770

slaapkamer

Opp.: 8,5 m2

980

990

B 1.200

100

100

C1 C4

100

980

990

C1 C4

B

3.700

Opp.: 10,8 m2

1.200

slaapkamer

2.500

100 1.110

Opp.: 10,8 m2

100

990

990 100

100

100

3.600

3.700

4.080

3.700

990

C1 C4 slaapkamer

990

100 1.110

C1 C4 990

100 1.110

100

Opp.: 9,5 m2

1001.220 990

100 1.110

1.000

2.100

10.360

Opp.: 9,5 m2

1.220

100

badkamer

700

2.500

A

380

Opp.: 10,8 m2

3.700

slaapkamer

Opp.: 10,8 m2

800

1.465 235

1.119

1.380

3.600

1.380

1

6.860

3.755

100

A

1.055

380

100

5.320

2.100 100

2

1.055

380

100

5.320

4

3 begane grond

1.381

1

5.320 3.600

6.300

4

GO: 184,31 m2 excl. garage BVO: 226,4 m2 excl. garage

1

2.100

2

eerste verdieping

GO: 184,31 m2 excl. garage BVO: 226,4 m2 excl. garage

fragment straataanzicht industriĂŤle kern

fragment straataanzicht wijkrand met accent

|

3.000 3.600

380

5.420

3

3.000 1.381

5.320

6.300

1.725

380

5.420

1.725

6.860

3.326 3.755

3.326

81 techical

6.860

3.755

3.000

A

380

26

1.725

6.860 2.100 3.000

100 3.755

100

380

100

380

1.680

5.210 1.119

slaapkamer 380

A

2.212

3.700

3.700 100 1.110

Opp.: 13,0 m2

1.620

380

380

380 3.700 380

100 1.110

Opp.: 8,5 m2

3.700

3.700

100 1.110 6.100

380

380

380

380

C

slaapkamer

5.280 6.100

6.100

380

380 2.830

badkamer

100

4.800 5.280 100

6.100

770 10.360

100 1.000

3.200

2.100

10.360 100

C

2.980 800

280

2.500

2.100

2

380 380

gang

B

3.600

3.700

VW

3.700

3.980

3.700

2.500

C1 C4

2.980 3.340

310

3.340

O

6.300

1.240

3.500

VW

210

310

100

3.980

B

keuken

2.280

100

210

2.000

1.000

C1 C4

2.280 3.700

Opp.: 24,0 m2

O

100

755

100

gang

C1 C4

100

6.100

C1 C4

Opp.: 24,0 m2

keuken

A

A

1.000 2.500

58,6 m2

2.830

4.180 4.800 100

10.360

KK

100

Opp.: 1,7 m2

KK

3.700

3.700

1.000

berging

Opp.: 3,9 m2

Opp.: 1,7 m2

3.200

10.360

1.520

berging

Opp.: 3,9 m2

MK

entree

280

Opp.: 35,9 m2

entree

Opp.: 35,9 m2

100

B

380

58,6 m2

woonkamer

woonkamer

1.520 280

580

garage

MK

Opp.: 21,6 m2

Opp.: 2,5 m2

100

380

2.830 100

6.100

770 580

8.080

Opp.: 2,5 m2

100

2.830 100 770

6.100

B

WC garage

WC

100

8.080 10.360

C1 C4

C

70,4 m2

C1 C4

1.865

C

5.420

70,4 m2

70,8 m2

21,6 m2

Opp.: 21,6 m2

70,8 m2

380

2.100

6.860

5.420

1.240

5.500

380

3.755

100

380

500

21,6 m2

380

C

1.865 100

4.080

1.980

4.180

1.010

280

380

970

C

3.340

380

5.420

12.280 3.440 100

2

380 1.725

3

6.300

4

1

6.300

3 verdieping eerste

4

1

tweede verdieping

2

3 tweede verdieping

Shedwoning bestaand K K CONCEPT

voorgevel

pla������� 180072 Woolderlanen | SO | In opdracht van VanWonen, Zwolle

|

82 sheddak

Strevelsweg Rotterdam Project of an housing and healtcare complex on Zuidplein

Place :

Rotterdam, The Netherlands

Year :

2018

Status :

in construction

Categories :

housing healtcare public space urban design

Skills :

Graphisoft ArchiCAD QGis MAXON Cinema4D Adobe Photoshop Adobe Indesign Modelling

Task :

concept schemes projectation 3D modelling visual

Author :

Rotterdam is a never stopping city and the next area to be revitalized for sure is the South. At the moment it looks like a mosaic of different styles, most of them not so nice, making it not so liveable. That is why at the moment we find a lot of projects to make it more attractive and welcoming.

This project is one of them and for sure and it has the aim to be a part of the construction of the new image of the area. The plot is on Zuidplein that is going to be the heart of the renovation so the municipality and the client took a lot of attention on how we dealt with the surroundings and especially on the dimensions.

The idea is to make it look like a huge simple plint that could occasionally work as an inner square for all the buildings that are on top of it. To find a way to uniform it with the actual area and the newborn buildings around it the projection started from facades study on the horizontal line, on the usage of bricks and the raster facade that is very typical in the Dutch architecture of the ‘50s and ‘60s.

The kind of dwellings we find on the plint are mainly social housing, especially on Zuidplein side, but another important component is reserved to healthcare structure for elderly people. The different functions are thought to interact with each, to increase the quality of life of the inhabitants, but at the same time to keep them separate, to have their own spaces.

Reimar von Meding Daniel Rucki Stef Dingen Filippo Garuglieri Mariagiulia Pistonese Robert Maczka

|

83 16

Het concept

ZON

WATER BUFFER

STREV

COLLECTIVE PLEIN

ELSWEG

BUURT STAD BINNEHOF ZORG BUURTTERRAS

MO

TO

RS

T

A RA

T

BUURTFUNCTIE

WAARMTE IN GROND

|

84 hart 180124 Strevelsweg | SO | In opdracht van Laurens Wonen, Rotterdam

1:500 |

|

85 ziel

|

86 lijf

Terra Project of a high rise on the seaside of Limassol

Place :

Limassol, Cyprus

Year :

2019

Status :

in construction

Categories :

housing urban design

Skills :

Graphisoft ArchiCAD Adobe Photoshop Adobe Indesign

Task :

3D modelling plan design

Author :

Design:

The concept consists of a set of completely unique stacked villa’s on top of each other. On every floor one luxurious apartment is realized. We proposed a 360 degrees open and fluent panoramic floorplan on every level.

To maximize this concept we designed a structural scheme with no load bearing elements in the façade line, but only cantilevering beams and floorplates sticking out from the core. By adding a private swimming pool, a small garden and a generous terrace in different positions to the standard plan on every floor, we are able to shape all floors into unique forms, like a set of horizontal clouds. The glazed facades in between the structural horizontal plates can be fully opened, transforming the apartment into an ‘indoor-outside’ space, with direct accessibility to the private pool, garden or terrace.

By stepping up and down different zones in every apartment we are able to differentiate and maximize the heights in every apartment fitting with the various spaces and functions of the apartments. As a result all apartments have at least one double height space, up to 5,2 meter net, with a split level or a mezzanine floor hanging in. Thus the interior of the apartments is dominated by its panoramic, all around space, and differentiated by its various height levels.

- Orange Architects team Patrick Meijers Jeroen Schippers Elena Staskute Filippo Garuglieri Athanasia Kalaitzidou Visuals:

In the materialization of the building we aim on blending in with the ‘beach culture’ of Limassol. The white curved façades create an optimistic, gentle, sophisticated, light and natural appearance that clearly shows the unique plasticity of the different sky villas. Windows are fully glazed and fully openable as curtain walls, sliding to the sides for optimal summer feeling.

- A2Studio Developer: - The Land - Masharii SAL

In Terra I worked on the definitive design phase of the project. My task was to work on the shapes of apartments to ensure a optimal balance between maximizing the square meters and the design, and on the ground floor shaping plus finalizing several minor design details.

|

87 17

|

88 amathountos view

B-B Waste bin

+ 2.25

6%

Gate keeper room 12,83 m²

Basement ventilation

16 %

6%

Basement ventilation

0,10

0,10

+ 1.00

WC

1,80

3,66

5,46 m²

Security room

0,98

2,63 0,20

9,17

12,68 m²

Library 25,57 m² 0,10

4,00

4,00 1,50

1,52

0,10

2,57

3,01 m²

A-A 1,50

A-A 6,50 1,52

2,50

3,85

0,50

4,10 1,75

4,10

Reception

4,13

1,75

1,00

4,50

73,00 m²

+ 1.00

0,10

Lobby 21,87 m²

Post boxes 33,30 m²

0,10

1,00

+ 1.00

N 0.00

B-B

3,81

0,10

0,98

1,00

0,21

|

89 ground

14.84 1.50

11.84

0.10

1.50

3.59

3.84

4.11

3.59

3.86

0.10

0.15

0.10

Walk-in closet

Bedroom 14.85 m²

1.79

3.18 m²

1.78

2.03

0.10

0.15

2.00

1.20

1.07

0.16

B - B'

4.10

0.77

Master bedroom 0.50

16.61 m²

1.51

0.10

4.00

1.00

3.03

0.09

Laundry

Bathroom

1.02 m²

5.93 m²

Master bathroom

1.51

4.73 m²

Bedroom 12.07 m²

Guest toilet 2.94 m² + 8.100

11.37

11.37

Hallway 6.49 m² 0.15

0.10

4.01

18.15

0.12

2.98

0.10

0.15

1.36

1.50

23.35

1.00

Library 15.15 m²

A - A'

A - A'

Kitchen/Dining 17.76 m²

Entrance 1.80

7.07 m²

2.10 4.18

0.10

1.51

Livingroom 4.50 0.15

2.00

0.15

0.10

4.50

14.94 m²

0.10

4.75

41.81 m²

Pool

0.10

3.89

3.08

4.14

3.08 11.40 14.40

|

90 type

4.05

B - B'

0.15

1.50

0.10

0.15

4.30 1.50

45,100 roof

41,060 9th roof terrace

36,940 8th floor

32,820 7th floor

28,700 6th floor

24,580 5th floor

20,460 4th floor

16,340 3rd floor

12,220 2nd floor

8,100 1st floor

5,100 Technical level

1,000 Ground level 0 Plinth

|

91 south

2.70

2.70

0.40

0.40 1.00 1.50

1.00 1.50

1.50

1.00

0.50

0.50

92 long

| 4.12

2.62

3.12

4.12

2.62

3.12

1.50

1.00

4.12

2.62

3.12

4.12

2.62

3.12

1.50

1.00

4.12

2.62

3.12

4.12

2.62

3.12

1.50

1.00

3.00

1.40 1.10 1.50

2.60

4.12

2.62

3.12

1.50

1.00

4.10

3.10

3.70

4.12

2.62

3.12

1.50

1.00

4.04

2.54

4.04

1.50

Noorderkaap Project of two residential buildings on the north side of Amsterdam

Place :

Amsterdam, The Netherlands

Year :

2019

Status :

in construction

Categories :

housing

Skills :

Graphisoft ArchiCAD Adobe Photoshop Adobe Indesign

Task :

technical design 3D modelling plan design interior design

Author :

The Noorderkaap project consists of 2 luxurious apartment buildings on the North shore line of the IJ in Amsterdam, on one on the most prominent locations of the new Buiksloterham development.The design wants to pay tribute to both the industrial past of the area, as to new opportunities that come with the explicit beacon position of the towers, within the future development of the area.

The architectural concept for both buildings consists of an open and rational concrete structure in the lower levels of the tower, topped with an extravagant and sculptural ‘hat’ of corten steel. By this we are able to emphasize both the quality of living in the lower levels of the building, as on the higher floors.

On all levels there will be one or two apartments per floor maximum.

In the lower part of the building the apartments are set up horizontally, as panoramic free plan types, with full and unrestricted view on the water and the center of Amsterdam in front. In the higher part of the tower the apartments have double high bay windows, emphasizing the vertical quality of the apartments, generating unrestricted views on the Dutch skies. By this we are able to offer unique apartments on every floor, instead of a concept with lesser valued apartments in the plinth of the building and higher priced penthouses on top.

Design: - Orange Architects team Patrick Meijers Jeroen Schippers Elena Staskute Casper van Leeuwen Filippo Garuglieri Visuals:

I joined the team for the TO phase and my task was to work on interior design and detailing of the entrances and common spaces of both buildings. We worked with different materials and products choices and I went through the final design and drawing of the various elements that compose the project.

- A2Studio Developer: - Kop Grasweg

|

93 18

|

94 dusk

B-B

1.200

1.200

intercom

220

550

HWA Ø 75

220

HWA Ø 75

2.1

E-flat

appartement 12

GBO 48,3 m²

3.170

gangzone 4,0 m²

bk 6,7 m²

db

techniek 5,5 m²

sk (vr) 9,5 m²

HWA Ø 75

wtw

o:180 a:220 b:1200

P= 1630+

wm

mk bk 7,3 m²

sk (vr) 15,3 m²

P=1090+

mk

2.530

2.530

toilet 1,8 m²

o:180 a:220 b:800

CAI

710

HWA Ø 75

5.700 570

1.890

2.2

17.900

o:181,8 a:225 b:1400

entree+hal

T

GBO 86,4 m²

P=720+

eikenhouten wandafwerking

E-cvz

wk/kk (vr) 37,6 m²

o:185 a:250 b:1400

droogloopmat

post

5.560

5.550

5.560

toilet 1,4 m²

wm techniek 6,3 m²

db

mk

HWA Ø 75

lift kone monospace 500 1100x2100mm

HWA Ø 75

wtw

640

640

2.3 toilet 1,2 m²

A

db wtw techniek 2,5 m²

wm

A

appartement 1

5.560

5.560

5.550

gangzone 8,4 m²

bk 5,8 m²

wk/kk (vr) 59,6 m²

GBO 102,4 m²

sk (vr) 7,8 m²

sk (vr) 15,0 m²

220

HWA Ø 75

akoestische panelen antisone fr

appartement 13

HWA Ø 75

GBO 123,5 m²

3.000

220

550

2.4

fineer europees eiken groeven h.o.h. 54 mm

VERDIEPING 1

VERDIEPING 1

3780 + P bk. vloer

B-B

3780 + P bk. vloer

3.000

3070 + P ok. plafond

220

6.060

220

6.060

3070 + P ok. plafond

2.495 bedieningspaneel in dagkant

5.300

5.345

6.060

220

6.060

220

aluminium kleur geanodiseerd donker brons bovenkant bostwerging 2120 + P

550

640

5.610

6.050

740

3.035

6.250

6.250

6.050

550

25.700

1090 + P peil

2A

3.115

2B

1090 + P peil

2C

2D

2E

-380 + P ok. plafond

-380 + P ok. plafond

KELDER

2.1

2.2

KELDER

2.3

2.3

2.2

2.1

2C

BVO begane grond 447,7 m² Doorsnede A wm

opstelplaats wasmachine

db

driesbox

Doorsnede B

Doorsnede C

in het werk gestort beton

CLIENT

Kop Grasweg C.V.

PROJECT

O015

SUBJECT

Begane grond VERDIEPING 1

SCALE

1:100

N

prefab beton cortenstaal akoestische panelen antisone fr

wtw

WTW-unit

mk

meterkast

Noorderkaap

isolatie

fineer europees eiken groeven h.o.h. 54 mm

metal stud wand VERDIEPING 1 VERDIEPING 1 lichte scheidingswand (gibo)

entree

HSB-element

VERDIEPING 1

3780 + P bk. vloer

3780 + P bk. vloer

3070 + P ok. plafond

3070 + P ok. plafond

3780 + P bk. vloer

3780 + P bk. vloer

DATE bedieningspaneel in dagkant

bovenkant bostwerging 2120 + P

A2

DO-

11-04-2019

stalen kolom kleur benadering kleur kozijnen

aluminium kleur geanodiseerd donker brons

bovenkant bostwerging 2120 + P

SIZE 3070 + P ok. plafond

3070 + P ok. plafond

bovenkant bostwerging 2120 + P

1090 + P peil

1090 + P peil

-380 + P ok. plafond

-380 + P ok. plafond

2.2

2.3

KELDER

KELDER

2.3

2C

-380 + P ok. plafond

-380 + P ok. plafond

KELDER

KELDER

2.1

1090 + P peil

1090 + P peil

2.2

2.1

2C

2C Doorsnede A

Doorsnede B

B

A

forbo coral brush 5754 donker bruin drooglopmat

VERDIEPING 1

A

Doorsnede F

B

Doorsnede E

Doorsne Aanzicht buitenge

VERDIEPING 1

3780 + P bk. vloer

3780 + P bk. vloer

3070 + P ok. plafond

3070 + P ok. plafond

2.1

2.1

E-flat

E-flat

stalen kolom kleur benadering kleur kozijnen

bovenkant bostwerging 2120 + P

bovenkant bostwerging 2120 + P

aluminium hoekprofiel F

F

1090 + P peil

E-cvz

E-cvz

1090 + P peil

E

E

koppenhoutenvloer

-380 + P ok. plafond

fineer europees eiken groeven h.o.h. 54 mm

eikenhouten trap

europeenseiken geimpregneerd bandklasse B

-380 + P ok. plafond

KELDER

2C

europeenseiken geimpregneerd bandklasse B

T

T

akoestische panelen antisone fr

KELDER

D

forbo coral brush 5754 donker bruin drooglopmat

A

D

2.2

D

aluminium kader lift oproep in dagkant

E-flat

2.1

E-flat

2.1

D

A

Doorsnede F

B

Doorsnede E

B

2.2

CAI

CAI

2C

C

C

C

2.3

C

2.3 F

A

B

E-cvz

A

B

E-cvz

aluminium hoekprofiel F E

E

koppenhoutenvloer

fineer europees eiken groeven h.o.h. 54 mm

eikenhouten trap europeenseiken geimpregneerd bandklasse B

T

europeenseiken geimpregneerd bandklasse B

T

akoestische panelen antisone fr

2.2

CAI

2C

CAI

2C

Plafond

D

2.2

D

|

95 A2

Plattegrond

D

D

B-B

900

1,200

intercom

2,425

E-cvz E-cvz

100

2,572

gangzone 16.5 m²

entree

sk (vr) 10.1 m²

GBO 26.7 m² 100

toilet 1.5 m²

P=60-

CAI CAI lift kone monospace 500 1100x2100mm

o:180 a:220 b:1200

lift kone gangzone monospace 500 1100x2100mm 8.1 m²

2,100

bk 6.3 m²

9,597

2,350

bk 10.4 m²

100

4,160

P= 480+

wtw 3,850

4,800

15,000

250

eikenhouten wandafwerking

640

6.2

5,045 droogloopmat

3,947

postkasten

mk

205

sk (vr) 17.0 m²

TT

4,550

4,110

3,297

5,097

E-flat E-flat

670

550

6.1

sk (vr) 14.3 m²

techniek 3.0 m²

wm gangzone 4.5 m²

o:180 a:220 b:800

db

wko

P=1020+

100

640

100

6.3 appartement 1

A-A

4,597

4,597

GBO 163.1 m²

4,110

4,550

A-A

wk/kk (vr) 71.3 m²

15,693

3,000

670

550

6.4

B-B

3,000

670

4,610

550

5,050

640

4,560

640

4,610

5,200

670

5,050

550

16,400

6A

6B

6C

akoestische panelen antisone fr

6D

afwijkende wandafwerking

fineer europees eiken groeven h.o.h. 54 mm VERDIEPING 1

VERDIEPING 1

3720 + P bk. vloer 3370 + P ok. plafond

3720 + bk. vlo 3370 + P ok. plafond houten wandafwerking

2930 + P ok. plafond

akoestische panelen antisone fr

wm

in het werk gestort beton

opstelplaats wasmachine

fineer europees eiken groeven h.o.h. 54 mm

2930 + ok. plafo

afwijkende wandafwerking

CLIENT

Amvest

PROJECT

O015

SUBJECT

begane grond

SCALE

1:100

DATE

28-03-2019

prefab beton db

VERDIEPING 1

driesbox

cortenstaal

wtw

WTW-unit

mk

meterkast

VERDIEPING 1

3720 + P bk. vloer 3370 + P ok. plafond

isolatie

houten wandafwerking

metal stud wand

2930 + P ok. plafond

lichte scheidingswand (gibo)

entree

3720 + P Noorderkaap bk. vloer A6

3370 + P ok. plafond

60 - P peil

HSB-element

910 - P ok. plafond

2930 + P ok. plafond

SIZE

60 - P peil

A2

910 ok. plaf

KELDER

KELDER

Doorsnede A-A'

Doorsende B-B' 60 - P peil

60 - P peil

910 - P ok. plafond

910 - P ok. plafond

KELDER

KELDER

forbo coral brush 5754 donker bruin drooglopmat

intercom

A

Doorsende B-B' B

Doorsnede A-A'

brievenbus

intercom

D

E-flat

D

brievenbus

A

6.1 E-flat

6.1

B

forbo coral brush 5754 donker bruin drooglopmat

E-cvz

6.1

aluminium hoekprofiel

6.1

D

E-flat

T

E-flat

D koppenhoutenvloer

T

E-cvz

dooppelmat

dooppelmat

aluminium hoekprofiel

C

C

T

6.2 T

6.2

aluminium kader lift oproep in dagkant CAI

E-cvz

CAI

E-cvz

europeenseiken geimpregneerd bandklasse B

koppenhoutenvloer europeenseiken geimpregneerd bandklasse B

C

6.2

aluminium kader lift oproep in dagkant lift kone monospace 500 1100x2100mm

CAI

CAI

lift kone monospace 500 1100x2100mm

C

6.2

lift kone monospace 500 1100x2100mm

lift kone monospace 500 1100x2100mm

eikenhouten trap

deurbel en huisnummer in negge

europeenseiken geimpregneerd bandklasse B

6.3

6.3 deurbel en huisnummer in negge

6B

6C

|

6B

96 A6

6C 6C

Plafond 6B

A

6.3

B

6.3

europeenseiken geimpregneerd bandklasse B

A

B

eikenhouten trap

Plattegrond 6C

6B

6C

2.1

VERDIEPING 1

VERDIEPING 1

3780 + P bk. vloer

VERDIEPING 1

3780 + P bk. vloer

3780 + P bk. vloer

3070 + P ok. plafond

3070 + P ok. plafond

3070 + P ok. plafond

akoestische panelen antisone fr fineer europees eiken groeven h.o.h. 54 mm

1090 + P peil

1090 + P peil

1090 + P peil

B

-380 + P ok. plafond

-380 + P ok. plafond

KELDER

KELDER

-380 + P ok. plafond KELDER

2C

2C

Doorsnede C

Doorsnede D

huisnummers, nummers nader te bepalen tekst uitgesneden uit aluminium, aluminium plaat achter uitsnede intercom aluminium kleur geanodiseerd donker brons

72 - 84

postkast pakketten

B

2C

2B

Aanzicht buitengevel

|

97 composition

|

98 impression

Jonas Project of mixed residential/commercial building

Place :

Amsterdam, The Netherlands

Year :

2019

Status :

in construction

Categories :

housing commercial

Skills :

Graphisoft ArchiCAD Adobe Photoshop Adobe Indesign

Task :

technical design 3D modelling plan design interior design

Author :

Orange Architects won the tender for Plot 42A, located in the heart of the harbour on IJburg in Amsterdam.

With this winning scheme, called ‘Jonas’, the city has chosen a highly innovative residential building with a spectacular interior that has achieved the highest possible sustainability label (Breeam Outstanding).

The design for the 29,000-m2 mixed-use programme was commissioned by Amvest and developed in collaboration with Site urban development, ABT, Felixx landscape architects and Floor Ziegler.

The name Jonas is a reference to the legend “Jonas and the Whale”, a tale about adventure and intimacy, and about shelter, security and homeliness inside a “big body”.

Jonas is a sturdy building with a warm heart. It is also an iconic, sustainable and attractive structure that stands out from the surrounding buildings – even by virtue of its special siting on the strip of land and the remarkable programme it contains. The building shapes themes that matter here: water, quayside and maritime craft. At the same time, by embracing the ‘soul of the site’ and rendering it visible, Jonas looks like it belongs here.

Design: - Orange Architects team Patrick Meijers Jeroen Schippers Paul Kierkels Elena Staskute Eric Eisma Filippo Garuglieri Ivan Shkurko Casper van Leeuwen

But the real surprise with Jonas is revealed inside. It is welcoming, warm and spectacular. It expresses a modern and sustainable community life. The interior is compelling, surprising and surrealist. The underlying spatial concept is based on traditional timber ship construction. A series of trusses arranged in a row forms the skeleton, the building’s main structure. This allows big hollows to be scooped out of the volume, with the required housing programme incorporated into the ‘skin’ of the building.

Structure: - ABT

When joining Orange the project already was in TO phase and my task was to design the lamellas of the inside “canyon”, the way they should connect between each other, to slabs and to the lower part of the window-“beach”. After defined the shape of the lamellas I took care of the “mountain path” lamellas and of the shape of the beach, taking in consideration both structure and landscapers designs.

Landscape - Felixx Visuals: - A2Studio - VERO Developer: - Amvest

|

99 19

|

100 bird’s view

|

101 jonas

|

102 op ijburg

2.850

500

500

+22.850 dak

balustrade 1.200+vl.P

inrichting dakstrand conform landschapsontwerp Felixx

houten entresolvloer

350

5.400

+19.500 6e verdieping

balustrade 1.200+vl.P

balustrade 1.200+vl.P

2.650

balustrade 1.200+vl.P

privacyscherm 1.800+vl.P

techn. ruimte tbv. waterinstallatie daklicht

350

350

+16.500 5e verdieping

privacyscherm 1.800+vl.P

2.650

balustrade 1.200+vl.P

2.650

balustrade 1.200+vl.P

350

350

+13.500 4e verdieping

balustrade 1.200+vl.P

2.650

2.650

privacyscherm 1.800+vl.P

balustrade 1.000+vl.P

350

+10.500 3e verdieping

balustrade 1.000+vl.P

ventilatie canyon via roosters in gevel.

Afmetingen ntb. door installatieadviseur

+7.500 2e verdieping

350

balustrade 1.200+vl.P

3.350

2.650

privacyscherm 1.800+vl.P

2.650

privacyscherm 1.800+vl.P balustrade 1.200+vl.P

balustrade 1.000+vl.P

balustrade 1.000+vl.P

7.680

350

+4.500 1e verdieping

4.150

patiovloer aan zijde opgaande gevel isoleren conform opgave bouwfysisch adviseur

Âą0 Begane grond overloop

2.300

stallingsgarage

fietsenstalling

2.300

waterreservoir

13.140 20 %

-3.000 -1 Kelder 10 % 2.890

148.350

2.950

1

8.100

2

5.200

3

3.634

4

4.466

734

5

5.200

2.166

5.934

6

2.166

3.034

7

2.166

5.200

8

734

9

4.466

734

10

5.200

2.166

5.200

11

734

5.200

2.166

12

3.034

13

2.166

3.034

2.166

14

3.034

15

5.066

134

16

5.066

134

17

5.066

3.034

18

2.166

5.200

5.200

19

RENVOOI in het werk gestort beton prefab beton metselwerk kalkzandsteen metselwerk baksteen

entree

vrije doorgang deuren 850mm

8.100

22

Drinkwatervoorziening: conform NEN 1006

Brandmeldinstallatie: conform NEN 2535

Brandveiligheid zie rapportage ABT dd 22-11-2018

Geluidwering: conform NEN 5077

Brandgevaar Isolatie + dakbedekking bij gebruiksruimte niet brandgevaarlijk, conform NEN 6063 isolatie eisen conform NEN 1068 en NEN 1070

hemelwaterafvoer

MK

meterkast

Electra: conform NEN 1010

technische ruimte

VK

verwarming ketel

Rookmelders: conform NEN 2555

RM

rookmelder op lichtnet

5.200

25

Vochtwering: conform NEN 2778

HWA

badruimte

TR

PEIL P=0 = 1.850+NAP = bovenkant dekvloer beg. grond

2.600

24

Warmwatervoorziening: conform NEN 3215

verkeersruimte

BDR

HSB element metal-stud wand

5.200

23

Meterkast: conform NEN 2768

verblijfsruimte

VKR

isolatie

|

21

VR

hout

103 canyon

5.200

20

60 min. brandwerend conform 6069:2011

26

extra beschermde vluchtroute vluchtrichting

sleutelkluis

Brandmeldcentrale BMC

30 min. brandwerend conform 6069:2011

brandslanghaspel

20 min. brandwerend conform 6069:2011

brandhydrant opstelplaats brandweervoertuig

Inbraakwerendheid woongebouw: weerstandsklasse 2

deur (of raam) 30 min. brandwerend

brandweeringang

Energieprestatie zie rapportage ABT dd 22-11-2018

deur zelfsluitend

neven brandweeringang

detectiezone BMI

sleutelbuis

aansluitpunt droge blusleiding

Stallingsgarage: conform NEN 2443 Beglazing: conform NEN 3569

deur (of raam) 60 min. brandwerend

scheiding detectiezone

draagbaar blustoestel

A

mechanische ventilatie warmtekast

Luchtverversing: conform NEN 1087

ZONE 6

noodverlichting

ANV

MV WK

F3

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

C

1

J

24

D

25

B

26

148.350

5.200

2.600

7.675

5.200

250

2.500

8.100

250

2.200 250

3.800

5.200

250

3.800

250

4.950

5.200

250

4.950

5.200

250

4.950

5.200

250

4.950

5.200

250

4.950

5.200

250

8.100

4.950

250

3.800

5.200

250

3.800

250

4.950

5.200

250

8.100

4.950

250

3.800

5.200

250

3.800

350

4.850

8.100

250

3.800

5.200

250

3.800

250

5.200

4.925

300

5.200

4.925

250

8.100

4.875

400

8.100

5.000

600

8.100

10.000

600

5.200

5.000

400

7.575

8.100

250

2.950

10.925

3.350

dilatatie

290

VR

VR

VR

VR

VR

W.5.03

W.5.01

Koop Duplex Penthouse

VR

commercieel

VW

10.675

VW VW

balustrade h=1.200+vl.P

DP.01 entresol GBO: 30,82 m2 BVO: 37,26 m2

W.5.02

balustrade h=1.200+vl.P

Terrace BVO: 6,15 m2

Terrace BVO: 18,69 m2

Terrace BVO: 8,13 m2

balustrade h=1.000+vl.P

BVO Housing BVO: 10,48 m2

commercieel

dakluik

C

BVO: 64,00 m2

K

70

VR WK WK WK WK WK

W.5.31

W.5.32

VW

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

Koop Duplex Beach

DB.05 top floor GBO: 29,54 m2 BVO: 35,93 m2

DB.06 top floor GBO: 28,53 m2 BVO: 34,85 m2

DB.07 top floor GBO: 34,67 m2 BVO: 43,16 m2

DB.08 top floor GBO: 33,19 m2 BVO: 41,39 m2

DB.09 top floor GBO: 31,70 m2 BVO: 39,61 m2

DB.10 top floor GBO: 60,29 m2 BVO: 73,88 m2

DB.11 top floor GBO: 27,00 m2 BVO: 34,28 m2

DB.12 top floor GBO: 21,94 m2 BVO: 27,82 m2

DB.13 top floor GBO: 25,25 m2 BVO: 31,43 m2

DB.14 top floor GBO: 37,18 m2 BVO: 49,19 m2

VR

VR

VR

VR

VR

VR

VR

VR

VR

VR

G.6.01

W.6.03VR

Collectieve ruimte

Huur Appartement

Huur Appartement

Huur Appartement

Huur Appartement

CR.03 GBO: 34,33 m2 BVO: 42,41 m2

XS.1 GBO: 42,76 m2 BVO: 49,41 m2

S.1 GBO: 44,35 m2 BVO: 51,03 m2

M.7 GBO: 45,74 m2 BVO: 54,07 m2

XL.2 GBO: 49,96 m2 BVO: 58,81 m2

MV

Huur Appartement

MV

VR

M.5 GBO: 45,85 m2 BVO: 53,45 m2

13.650

Huur Appartement M.5 GBO: 45,85 m2 BVO: 53,45 m2

M.5 GBO: 45,85 m2 BVO: 53,45 m2

Huur Appartement M.5 GBO: 45,85 m2 BVO: 53,45 m2

Huur Appartement

Huur Appartement M.5 GBO: 45,85 m2 BVO: 53,45 m2

L.5 GBO: 46,86 m2 BVO: 54,51 m2

L.3 GBO: 47,44 m2 BVO: 61,48 m2

MV

MV

MV

VR

W.6.11 W.6.10

MV

W.6.04 VR

Huur Appartement

W.6.09 W.6.08 W.6.07

W.6.02

VR VR

VR VR

VR

Huur Appartement

VR W.6.05

VR W.6.01

7.347

VW VW VW

TR

MV

commercieel

MV

MV

TR BDR

W.6.06

W.5.33

Koop Duplex Appartement DA.02 entresol GBO: 31,60 m2 BVO: 43,13 m2

5.578

W.5.30

VW

W.5.29

VW

VW

MV

TR

BDR

TR VR

vuurplaats als ombouw woningschachten

VW

VW

VW

W.5.28

VW

MK WK

MK

VW VW

VW

commercieel

MV

commercieel

commercieel

commercieel

commercieel VW

4.770

W.5.27

VW

WK WK WK

70 1.130 70 1.130 70

VW

VR

W.5.26

TR TR TR

LBK aanzuig

TR TR

+19.860 VW

DB.04 top floor GBO: 53,23 m2 BVO: 66,72 m2

W.5.25

W.5.49

BDR

BDR

TR VW

+19.500

TR

W.5.24

BDR

BDR

BDR

Terrace BVO: 10,28 m2

Terrace BVO: 12,42 m2

commercieel

BDR

BDR

BDR

W.5.23

Koop Duplex Beach

B

250

730 400 70 1.130

250

VW

13.650

Terrace BVO: 23,76 m2

VW

250

WK

Terrace BVO: 11,36 m2

GBO: 6,90 m2

Terrace BVO: 10,40 m2

MK

Terrace BVO: 11,01 m2

Toilet

Terrace BVO: 13,57 m2+19.870

2.600 /403

BDR

2.700 /600

installaties schacht Terrace BVO: 8,06 m2

Terrace BVO: 7,84 m2

MK

MK

PV Omvormers

Terrace BVO: 10,65 m2

VR

2.850 /150

MK

Terrace BVO: 7,50 m2

16 O (187,5 mm) 15 A (240,0 mm)

MK

liftopbouw onder glooiend daklandschap

lift schacht

MK

BVO: 108,46 m2

WK

Koop Duplex Beach DB.03 top floor GBO: 37,25 m2 BVO: 45,49 m2

Interne berging 2,70 m2

MK

BVO Housing

MK

W.5.22

36.520

commercieel

dakluik

+19.500

gelijkvloerse toegang gemeenschappelijk dakterras, voor min. zone gemeenschappelijk dakterras zie OV816

MK

Terrace BVO: 9,02 m2

8.390

1.130

70 1.130

balustrade h=1.200+vl.P

70

Terrace BVO: 8,35 m2

VW

I

A W.5.50

Koop Duplex Appartement DA.01 entresol GBO: 92,33 m2 BVO: 111,07 m2

1.130

VR

B

7.800

E

balustrade h=1.200+vl.P

+19.870

8.040

VW

VW

70

16 O (187,5 mm) 15 A (220,0 mm)

Gallery balustrade h=1.200+vl.P

Terrace BVO: 9,13 m2

Terrace BVO: 9,13 m2

Terrace BVO: 7,11 m2

Terrace BVO: 7,11 m2

lift schacht

Terrace BVO: 7,35 m2 Terrace BVO: 7,38 m2

Terrace BVO: 9,46 m2 Terrace BVO: 9,13 m2

Terrace BVO: 9,13 m2

11.250

VR W.5.04

Terrace BVO: 9,45 m2

VW

250

VR W.5.05

W.5.06

Terrace BVO: 7,40 m2

Terrace BVO: 7,44 m2

Terrace BVO: 14,56 m2

installaties schacht

VW

Terrace BVO: 5,88 m2

W.5.07

VW

W.5.17

Terrace BVO: 9,13 m2

W.5.21

Koop Duplex Beach

W.5.08

Terrace BVO: 6,42 m2

Terrace BVO: 10,33 m2

PV Omvormers

DB.02 top floor GBO: 44,32 m2 BVO: 53,55 m2

W.5.09

VW

5.101

VR

W.5.10

VW

F4

VR

W.5.11

VR

W.5.18

W.5.19

dakluik

VR

36.520

VR

W.5.12

W.5.13

W.5.14

W.5.15

15 A (220,0 mm)

C

7.050

Koop Duplex Beach DB.15 top floor GBO: 58,81 m2 BVO: 71,76 m2

VW

VR

BVO Housing BVO: 14,53 m2 mm) 16 O (187,5

Koop Duplex Beach DB.16 top floor GBO: 22,39 m2 BVO: 27,95 m2

W.5.16

W.5.20

Koop Duplex Beach DB.01 top floor GBO: 57,39 m2 BVO: 72,68 m2

Koop Duplex Beach DB.17 top floor GBO: 22,39 m2 BVO: 27,95 m2

VW

7.409

VR

Koop Duplex Beach DB.18 top floor GBO: 31,13 m2 BVO: 37,73 m2

VW

VR

Koop Duplex Beach DB.19 top floor GBO: 25,81 m2 BVO: 31,96 m2

VW

11.250

VR

Koop Duplex Beach DB.20 top floor GBO: 27,92 m2 BVO: 34,20 m2

VW

VR

VR

Koop Duplex Beach DB.21 top floor GBO: 39,45 m2 BVO: 47,21 m2

VW

DB.32 top floor GBO: 29,79 m2 BVO: 37,32 m2

VR

Koop Duplex Beach DB.22 top floor GBO: 42,79 m2 BVO: 50,92 m2

VW

DB.30 top floor GBO: 41,14 m2 BVO: 49,66 m2

Koop Duplex Beach DB.23 top floor GBO: 35,44 m2 BVO: 42,23 m2

F2

DB.25 top floor GBO: 50,02 m2 BVO: 58,35 m2

Koop Duplex Beach DB.26 top floor GBO: 48,99 m2 BVO: 57,21 m2

Koop Duplex Beach DB.27 top floor GBO: 47,19 m2 BVO: 55,32 m2

Koop Duplex Beach DB.28 top floor GBO: 45,35 m2 BVO: 53,43 m2

Koop Duplex Beach DB.29 top floor GBO: 43,60 m2 BVO: 51,55 m2

Koop Duplex Beach Koop Duplex Beach DB.31 top floor GBO: 30,87 m2 BVO: 37,37 m2

Koop Duplex Beach

Koop Duplex Beach DB.24 top floor GBO: 37,55 m2 BVO: 44,47 m2

250

Koop Duplex Beach

8.040

D

680

D

3.580

3.350

E

3.580

E

A

A

dilatatie

4.700

2.975

5.200

250

2.600

4.950

250

5.200

3.800

250

3.800

250

8.100

4.950

250

5.200

4.950

250

5.200

4.950

250

5.200

4.950

250

5.200

4.950

250

5.200

4.950

250

5.200

3.800

250

3.800

250

8.100

4.950

500

13.270

5.200

5.200

4.730

8.100

250

3.800

5.200

250

3.800

250

8.100

4.950

250

5.200

4.950

250

5.200

4.950

250

3.800

5.200

250

3.800

250

8.100

3.800

250

3.800

250

8.100

3.800

J

D

C

B

F1

250

3.800

250

8.100

4.950

250

5.200

8.505

270

8.100

2.150

2.950

148.350

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

BOUWNUMMERS landschap conform ontwerp Felixx W.0.00

Woningen

G.0.00

Gemeenschappelijke ruimte

C.0.00

Commerciële ruimte

N

6e verdieping RENVOOI

Brandmeldinstallatie: conform NEN 2535

Brandveiligheid zie rapportage ABT dd 22-11-2018

in het werk gestort beton

VR

verblijfsruimte

RM

rookmelder op lichtnet

Warmwatervoorziening: conform NEN 3215

Geluidwering: conform NEN 5077

prefab beton

VKR

verkeersruimte

HWA

hemelwaterafvoer

Meterkast: conform NEN 2768

Vochtwering: conform NEN 2778

metselwerk kalkzandsteen

BDR

badruimte

Brandgevaar Isolatie + dakbedekking bij gebruiksruimte niet brandgevaarlijk, conform NEN 6063 isolatie eisen conform NEN 1068 en NEN 1070

metselwerk baksteen

TR

technische ruimte

entree

hout isolatie

vrije doorgang deuren 850mm

Drinkwatervoorziening: conform NEN 1006

meterkast

Electra: conform NEN 1010

VK

verwarming ketel

Rookmelders: conform NEN 2555

60 min. brandwerend conform 6069:2011

MV

mechanische ventilatie

Stallingsgarage: conform NEN 2443

30 min. brandwerend conform 6069:2011

WK

warmtekast

Beglazing: conform NEN 3569

20 min. brandwerend conform 6069:2011

MK

extra beschermde vluchtroute vluchtrichting

CLIENT

Amvest

PROJECT

O022-JONAS

SUBJECT

Plattegrond, verdieping 06

SCALE

1:100

DATE

12.04.2019

Brandmeldcentrale BMC

brandhydrant

HSB element

PEIL P=0 = 1.850+NAP

Luchtverversing: conform NEN 1087

deur (of raam) 60 min. brandwerend

opstelplaats brandweervoertuig

= bovenkant dekvloer beg. grond

Inbraakwerendheid woongebouw: weerstandsklasse 2

deur (of raam) 30 min. brandwerend

brandweeringang

Energieprestatie zie rapportage ABT dd 22-11-2018

deur zelfsluitend

neven brandweeringang

|

sleutelbuis

aansluitpunt droge blusleiding brandslanghaspel

detectiezone BMI sleutelkluis

draagbaar blustoestel

A

metal-stud wand

104 beach

scheiding detectiezone ZONE 6

noodverlichting

ANV

SIZE

A0+

TO106

3D Printing

Title :

Mannes

Firm :

NIO Architecten

Location :

Assen

Year :

2018

Title :

Overhoeks

Firm :

JSA

Location :

Amsterdam

Year :

2018

|

105 20

|

106 3D print

Videomaking

Title :

Centro Pecci’s bridge presentation

Location :

Prato

Year :

2017

Program :

infrastructure 3D modelling lightning projectation

Author :

Filippo Garuglieri Gabriele Scotti

Link :

https://vimeo.com/251292889 https://vimeo.com/251294278

Title :

Zagara

Year :

2017

Program :

design 3D modelling

Author :

Filippo Garuglieri

Link :

https://vimeo.com/251298860

|

107 21

Virtual reality

Title :

Al Porto

Firm :

Garuglieri Architetti

Location :

Massaciuccoli, Italy

Year :

2018

Title :

Holiday home

Firm :

Orange Architects

Location :

Texel, the Netherlands

Year :

2019

|

108 22

Presentation letter for Filippo Garuglieri I know Filippo Garuglieri since three years, since he attended my Architecture Projectation class V at DIDA(Architecture Department), at Universtiy of the Studies of Florence where I gladly teach since more than forty years.

Filippo Garuglieri discuss his final thesis with me as Relator.

The thesis, titled “Rediscovered Bussola�, treating the projectation of a concerts arena with polyfunctionalpark in the historical site of Bussoladomani nightclub, along Lido di Camaiore seashore.

The thesis included a research on Versilia, examinates the municipality project and presented analternative Masterplan. The drawings communicated his ideas using a very particular grapich and appropriate for the argument.

Filippo Garuglieri was a good student, he showed remarkable qualities, the ability of cooperate with others, a great intellectual curiosity and a true passion for architecture.

I hope that he will be able to have a working occasion to learn the art and the work of the architect.

Prof. Arch. Adolfo Natalini Architectural and Urban Projectation professor

|

109 Adolfo Natalini

To whom it may concern, I have followed and guided Filippo Garuglieri’s work in the Netherlands at our office NIO architecten from April 2017 until September 2017.

During this period, Filippo worked on many project: - Took part in every phase of the competition for the expansion of Palazzo dei Diamanti Museum in Ferrara named “You need to change to stay the same”.

- Took part in every phase of the competition of an installation concerning the story of Doria’s family named “Dark Wind”.

- Took part in every phase of the competition for the urban and landscape design of a park in Gubbio named “Lupus in fabula”.

- Took part in the realization phase of the winning competition for the urban design of the new train station in Assen, named “Mannes” - Took part in the post production, animation and lightening projectation phase for a new bridge in Prato.

Filippo has given a great interest and showed excellent capacities in understanding rapidly the main objectives of the project and also the issues and challenges.

I can recommend Filippo Garuglieri for any assignment requiring a high level of skills in architecture and exceptional artistic feelings.

Yours sincerely,

ir. M.H.L. Nio

tel 0104122318 fax 0104126075 nio@nio.nl www.nio.nl |

110 Maurice Nio

Project 180000 Onderwerp Reference Letter Behandeld door Daniel Rucki

To whom this may concern,

Filippo Garuglieri worked for KAW architecten in Rotterdam on the position of trainee in the period from March until October 2018. He worked on different types of projects varying from social housing, schools to urban design on the larger scale. He was mostly involved in competitions (which among of the them few were winning) as well as first phases of the projects .

Filippo has very good knowledge of historical and modern architecture. This knowledge he can very easily use for different type of analyses supported with appropriate examples. He has also good design and 3D modelling skills which makes him a valuable addition to the team. He is a quick learner and very well motivated worker.

Working with Filippo brought a lot of enthusiasm into our work. I would recommend him as a person for a position in your organisation. If you would like more information or regarding his work in our office, do not hesitate to contact me directly.

Kind regards,

Daniel Rucki, Architect, Team Leader Research and Development KAW Rotterdam

KAW www.kaw.nl | info@kaw.nl +31 (0) 88 529 00 00

Rotterdam Pelgrimsstraat 1 3029 BH ROTTERDAM

KvK 02063157 btw NL009555456B01

|

111 Daniel Rucki

BIC RABONL2U IBAN NL19 RABO 0162 2455 99

112

|

|

113 Revit

contacts

email

filippo.garuglieri@gmail.com

telephone number

+393479420039

linkedin

https://www.linkedin.com/in/filippogaruglieri/?locale=en_US

issuu

complete portfolio https://issuu.com/filippogaruglieri7/docs/complete_works_english_50c1684a4d7289

vimeo

https://vimeo.com/manage/videos

.thank you