Architecture portfolio- Filip Mitrovic

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Selected architectural work of Filip Mitrovic

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PORTFOLIOFILIP MITROVIC

20102008 2009

02|03 Project index

2007

TABLE OF CONTENTS

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TABLE OF CONTENTS

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MULTI-CUBE 01Lazarevac | Serbia competitionsummer ‘12

MULTI-CUBE

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Presek 1-1Presek 2-2Presek 3-3

R 1:200

05|06 Multi-cube

Multi-cube is a project for a competition about designing a collective housing project done in a group of six. The main theme of the project is duality. There are two different kind of spaces, one on the inside and the other on the outside of the block. While living room and kitchen are always turned towards the outside, bed-rooms have a view at the inner garden.

The outside facade is made out of blocks where for each kind of an apartament there is a unique dimen-sion of the block therefore the facade can be “read”. Also periodically there are common spaces in the buildings where residents can meet and socialize. The inner facade is tought out to be mostly transparent but also using a special kind of pattern it produces interesting play of light and shadow. another important issue was open space and creating many interesting ambients around.

7

Presek 1-1Presek 2-2Presek 3-3

R 1:200

Multi-cube is a project for a competition about designing a collective housing project done in a group of six. The main theme of the project is duality. There are two different kind of spaces, one on the inside and the other on the outside of the block. While living room and kitchen are always turned towards the outside, bed-rooms have a view at the inner garden.

The outside facade is made out of blocks where for each kind of an apartament there is a unique dimen-sion of the block therefore the facade can be “read”. Also periodically there are common spaces in the buildings where residents can meet and socialize. The inner facade is tought out to be mostly transparent but also using a special kind of pattern it produces interesting play of light and shadow. another important issue was open space and creating many interesting ambients around.

07|08 Multi-cube

09|10 Multi-cube

Diagrams explaining how outer and iner facades are created

5

MUSEUM OF ANCIENT VESSELS 02 Nemi | Italy 2nd year | master studiesspring ‘12

MUSEUM OF ANCIENT VESSELS

My master thesis was done in an untypical way and requires some further explanation. In other words this project started to develop in a group of three, at ”La Sapienza”,Rome during my exchange program where we shaped the main concept of the site but each member of a group designed one building individually. Later on in Belgrade upon those foundations from Rome I developed the pro-ject more thoroughly and in greater detail eventu-ally graduating with highest grade. The project involves the development of a system of 4 buildings and the public spaces con-necting the area between the existing Museum of Ships in Nemi, Rome and nearby lake front. Those four buildings accommodate activities related to the function of exhibition, which customarily com-plete the whole picture of a contemporary mu-seum’s offer. They correspond to the four distinct functional areas listed with particular attention devoted to the archaeological context and nature surrounding the area. The main idea was to overlap three different piec-es of a puzzle, water, grass and buildings. Also one important aspect was to intertwine build-ings as something artificial which is presented in the shape of tracks and movement of the visitors which is something that cannot be seen and it is led by a system of paths positioned parallel to the waterfront. The green, wavy roof of the buildings is used as a place where visitors come to relax.

13|14 Museum of ancient vessels

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Weaving produces strength by combining two weak systems in a reciprocal pattern.**Aranda_Lasch-Tooling

15|16 Museum of ancient vessels

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Weaving produces strength by combining two weak systems in a reciprocal pattern.**Aranda_Lasch-Tooling

17|18 Museum of ancient vessels

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VERSO L’ACQUA / Filip Mitrović M-2009/62 КА ВОДИ/ Филип Митровић M-2009/62

Мултифункционални центар / Фасаде размера 1:200Edi�cio multifunzionale / Facciate scala 1:2008

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19|20 Museum of ancient vessels

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VERSO L’ACQUA / Filip Mitrović M-2009/62 КА ВОДИ/ Филип Митровић M-2009/62

Мултифункционални центар / Фасаде размера 1:200Edi�cio multifunzionale / Facciate scala 1:2008

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21|22 Museum of ancient vessels

SOCIAL HOUSING COMPLEX03 Belgrade | Serbia competitionfall ‘11

SOCIAL HOUSING COMPLEX

The main idea for this project was to create cosy neighbourhood and some interesting public spaces in between. The proposition for the competition con-siders establishing three separate entities which would be built in three dif-ferent phases. Being very limited with space although having boundless fields of crops and no other settlement around, the concept was to turn edifices to-wards inside rather than outside. Other than residential buildings the competition proposed positioning a school, a kindergarten and a home for elderly people. The school is situated outside of the residential grid as it needs much more space for different kind of sport facilities while two other buildings are put inside of the blocks.

There were several ideas regarding the concept of positioning residential buildings but given the lack of space and having to integrate other functions, it appeared that a three-piece blocks solution acted as most suitable. The facade is designed as how the sculpture is carved. The main mass is colored in white and after some subtractions the black part appears. It is also decorated with green stripes connecting windows each time differently mak-ing each building unique.

25|26 Social housing complex

Disposition of the building on the site

Diagram section showing modification of the main volume

Projekat stambeno-poslovnog kompleksa u naselju Ovča

Parterno uređenje sa osnovama prizemlja R 1:500

Parterno uređenje sa osnovama prizemlja R 1:500

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SERVIS

KOMUNIKACIJA

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Osnova prizemlja objekata L2 i L3 R 1:200

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Osnova prvog sprata objekata L2 i L3 R 1:200

Osnova tipskog sprata objekata L2 i L3 R 1:200

Osnova potkrovlja objekata L2 i L3 R 1:200

Osnova prizemlja objekta L1 R 1:200

Osnova prvog sprata objekta L1 R 1:200 Osnova prvog sprata objekta L1 R 1:200

Osnova tipskog sprata objekta L1 R 1:200

Osnova potkrovlja objekta L1 R 1:200

Projekat stambeno-poslovnog kompleksa u naselju Ovča

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Šema razvoja stambenih jedinica

27|28 Social housing complex

Projekat stambeno-poslovnog kompleksa u naselju Ovča

Parterno uređenje sa osnovama prizemlja R 1:500

Parterno uređenje sa osnovama prizemlja R 1:500

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Osnova prizemlja objekata L2 i L3 R 1:200

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Osnova prizemlja objekta L1 R 1:200

Osnova prvog sprata objekta L1 R 1:200 Osnova prvog sprata objekta L1 R 1:200

Osnova tipskog sprata objekta L1 R 1:200

Osnova potkrovlja objekta L1 R 1:200

Projekat stambeno-poslovnog kompleksa u naselju Ovča

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Šema razvoja stambenih jedinica

29|30 Social housing complex

SUSTAINABLE LODGING04 Santorini | Greece 2nd year | master studiesspring ‘11

SUSTAINABLE LODGING

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini

Analisi e studio sul contesto- architettura segue paessagio

Analisi della tipologia di diversi posti per progetto e identi�cazione di zona di progetto

-fonte termale-mare apperto-diversi tipi di topologia-vicinanza di porto-area isolata

-percoso dipende di spessore dei contorni-quando pendenza e’ piu grande- percorso va di fronte a appartamenti, in questo caso il tetto di proseguita stanza si usa come terazza-quando pendenza e’ piu piccola- percorso va dietro di appartamenti, terazza e’ spostata anche dietro di percorso

Architettura segue paesagioesempi Palea KameniSantorini

La foto di Palea Kameni

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Pianta scala 1:1000

Sezionescala 1:1000

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Pianta di altri funzioniscala 1:500

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Santorini resort centre is a fully sustainable hotel which I designed with my spanish colleague in Rome. The location is very attractive and it draws many tour-ists over the year but also the nature is a very significant aspect of these islands. The project is also treating nature in a way that it remains as much as intact as possible. There are two entities of this resort, one represents the hotel centre with functions like lobby, restaurant, gym, retail, pool and sauna while the other part is composed out of accommodation units turned towards the open sea and beach, being placed on a high altitude so that the guests can have a splendid view from their rooms. Accommodation units are divided into luxury apartments and regular hotel rooms. The main difference is that luxury apartments are built at the edge of the contour lines and the main public corridor is between them and the rock while regular units are sunken “inside” of the rock leaving pedestrians corridor at the “edge”. There are several principles implemented into the project making it bio climatically sustainable and energy efficient. For each room there is a certain amount of green space, solar panels and rainwater collectors. Besides, each room is naturally ventilated and glass areas are not turned directly towards south.

33|34 Sustainable lodging

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini2

Studio del “tipo”

Studio del “tipo” piante e sezzioni scala 1:100

Distribuzione di sistema per racoglere acqua

Paneli solari Ventilazione

Soleggiamento

Inverno

Estate

Sistema per riscaldare la piscina

Tip2Area di una stanza- 23m2Persone=223m2⁄ 80=0,29kW0,29kW*12/1,5=2,3m2Area di paneli fotovoltaici per stanza=2,3m2Areadi paneli solari=2

Tip3Area di una stanza- 20m2Persone=220m2⁄ 80=0,25kW0,25kW*12/1,5=2m2Area di paneli fotovoltaici per stanza=2m2Areadi paneli solari=2

Tip1Area di una stanza- 46m2Persone=246m2⁄ 80=0,57kW0,57kW*12/1,5=4,6m2Area di paneli fotovoltaici per stanza=4,6m2Areadi paneli solari=2

Acuqa riusabile

Tetti verde e piscine

Facciata di allogi scala 1:500

Sistema di facciata

Cambiamento dei contorni

tipo1 tipo2 tipo3

Unit type 1 Unit type 2 Unit type 3

Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini

Analisi e studio sul contesto- architettura segue paessagio

Analisi della tipologia di diversi posti per progetto e identi�cazione di zona di progetto

-fonte termale-mare apperto-diversi tipi di topologia-vicinanza di porto-area isolata

-percoso dipende di spessore dei contorni-quando pendenza e’ piu grande- percorso va di fronte a appartamenti, in questo caso il tetto di proseguita stanza si usa come terazza-quando pendenza e’ piu piccola- percorso va dietro di appartamenti, terazza e’ spostata anche dietro di percorso

Architettura segue paesagioesempi Palea KameniSantorini

La foto di Palea Kameni

1

Pianta scala 1:1000

Sezionescala 1:1000

Pianta di allogiscala 1:400

Pianta di altri funzioniscala 1:500

Sezioniscala 1:500

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B-B

C-C

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Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini

Analisi e studio sul contesto- architettura segue paessagio

Analisi della tipologia di diversi posti per progetto e identi�cazione di zona di progetto

-fonte termale-mare apperto-diversi tipi di topologia-vicinanza di porto-area isolata

-percoso dipende di spessore dei contorni-quando pendenza e’ piu grande- percorso va di fronte a appartamenti, in questo caso il tetto di proseguita stanza si usa come terazza-quando pendenza e’ piu piccola- percorso va dietro di appartamenti, terazza e’ spostata anche dietro di percorso

Architettura segue paesagioesempi Palea KameniSantorini

La foto di Palea Kameni

1

Pianta scala 1:1000

Sezionescala 1:1000

Pianta di allogiscala 1:400

Pianta di altri funzioniscala 1:500

Sezioniscala 1:500

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B-B

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Sapienza/ Universita’ di Roma/ Facolta’ di Architettura Valle Giulia/ Corso di Progettazione Ambientale/ anno academico 2010-2011/ Pro�.ssa Arch . Consuelo Nava/ Studenti_ Lluis Llop, Filip Mitrovic/Erasmus Progetto di alloggio turistico a Santorini

Analisi e studio sul contesto- architettura segue paessagio

Analisi della tipologia di diversi posti per progetto e identi�cazione di zona di progetto

-fonte termale-mare apperto-diversi tipi di topologia-vicinanza di porto-area isolata

-percoso dipende di spessore dei contorni-quando pendenza e’ piu grande- percorso va di fronte a appartamenti, in questo caso il tetto di proseguita stanza si usa come terazza-quando pendenza e’ piu piccola- percorso va dietro di appartamenti, terazza e’ spostata anche dietro di percorso

Architettura segue paesagioesempi Palea KameniSantorini

La foto di Palea Kameni

1

Pianta scala 1:1000

Sezionescala 1:1000

Pianta di allogiscala 1:400

Pianta di altri funzioniscala 1:500

Sezioniscala 1:500

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B-B

C-C

A

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B

B

C

C

35|36 Sustainable lodging

MUSEUM OF ASIAN CULTURE05 Rome | Italy 2nd year | master studiesspring ‘11

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MUSEUM OF ASIAN CULTURE

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39|40 Museum of Asian culture

The Museum of Asian culture represents a place where all cultures col-lide. This is not only exposition space since beneath it there is a piazza where people meet and interact. The museum’s emphasized form represent the har-mony of the continent of Asia but also a volume that reacts with Termini train station physique.

There are strong links connecting ground floor and upper part of the mu-seum which also represents in a logical way extension of the Termini corridor. The very museum is inclined so the plaza can receive more sun. Facade of the museum has a symbolic value representing flag colours of all the countries in Asia.

The aim of the museum is to educate visitors using expositions of art and culture from Asia, organizing seminars, mediatheque and library. Museum is dedicated to further integration of Asian community in Italy and to celebrat-ing tolerance and diversities. The location is chosen to be near Termini Station given that this neighborhood is famous for its great Asian population.

Laboratorio Multimediale di Architettura/ Links & Boundaries: Archetypal Contents for Innovative Design/ Prof. Arch. Rosalba Belibani Student: Filip Mitrovic 3

sezione A-A scala 1:200

pianta livello 2

Laboratorio Multimediale di Architettura/ Links & Boundaries: Archetypal Contents for Innovative Design/ Prof. Arch. Rosalba Belibani Student: Filip Mitrovic 3

sezione A-A scala 1:200

pianta livello 2

41|42 Museum of Asian culture

Freehand sketches of the starting ideas

PARAMETRIC WALL06 anywhere1st year | master studiesspring ‘10

PARAMETRIC WALL

Concrete is used more than any other construction mate-rial in the world. This project presents a design for the concrete wall, 700 meter long and 3 meter tall. The purpose of the exercise was to develop understanding of the relationship between the fabrication processes and the design. Work process was structured around the series of plaster models meant to simulate casting techniques used in the building industry. Project is parametric and it uses moulds differently to produce texture effects. As the moulds change the whole structure gets different shape and therefore can be more or less stable. Finally the chosen design represents a ran-dom distribution of the wholes and when put several times next to each other doesn’t give the impression of repetition.

45|46 Parametric wall

Diagram showing the proces of the formation of the wall

Variations and possibilities

Diagram showing the proces of the formation of the wall

Process of making the plaster model

COLLECTIVE HOUSING07 Rijeka | Croatia 1st year | master studiesFall ‘09

COLLECTIVE HOUSING

The project geometry is developed around the uniform tilling system. Ini-tially, rhombitrihexagonal pattern is applied along terrain’s contour lines to form a set of cascading platforms ena-bling better use of space and opening views towards the sea. In a relation to pedestrian and other communications two geometrical shapes, triangle and quadrant, form lots for its inhabitants.

49|50 Collective housing

Presentation of some of the appartaments

Diagram of representative sections

According to individual preferences, dwellings are configured with the use of two planar components, triangles and quadrants in respect to certain principles in order to highlight the overall quality of the project such as large private green spaces, views towards the sea and the adaptability of units. The project has a power to change its shape, as system can adapt to various requirements of its users.

51|52 Collective housing

PARAMETRIC BRICK08 anywhere1st year l master studiesfall ‘09

PARAMETRIC BRICK

This project is the final result of the exercise started with the Rhino tutorial earlier that semester. From then on I have gradually developed formal strategies around primal architectural reasoning. Parametric modelling tools were exploited for the development of structural, organisational and geometrical logic. I examined in what way the simple brick can be remodelled maintaining some of its features through a parametric modelling. By increasing the number of modules and the size and shape of the openings I managed to develop a great number of different kinds of simulations. From that number I picked four most typical representatives and created a scale 1:1 model of all four of them.

55|56 Parametric brick

This project is the final result of the exercise started with the Rhino tutorial earlier that semester. From then on I have gradually developed formal strategies around primal architectural reasoning. Parametric modelling tools were exploited for the development of structural, organisational and geometrical logic. I examined in what way the simple brick can be remodelled maintaining some of its features through a parametric modelling. By increasing the number of modules and the size and shape of the openings I managed to develop a great number of different kinds of simulations. From that number I picked four most typical representatives and created a scale 1:1 model of all four of them.

DOWNTOWN HOTEL09 Belgrade l Serbia 3rd year l bachelor studiesspring ‘09

DOWNTOWN HOTEL

The hotel is a free-standing structure and it is composed of three parts. The first part is turned towards the town library having the same height. In this segment there is a restaurant which is facing towards the Kalemegdan Park and square in front of the hotel, and then on the ground floor there are administrative of-fices and shops. The second part has two floors in a relation to the surrounding buildings. It accommodates functions related to entertainment such as casino, billiards, pool, club...

The third part consists of the hotel tower containing accommodation facilities, apartments and rooms and it is 12 floors high. Skyscraper is positioned here to emphasize a logical ending to a route that starts from the Terazije square opening with tower Palace of Albania, along the Prince Mihailova Street ending with the City Library and this very hotel.

59|60 Downtown hotel

NEW CITY / 3RD BELGRADE10 Belgrade l Serbia 3rd year l bachelor studiesfall ‘08

NEW CITY / 3RD BELGRADE

Urban planning was studied for one whole semester and while the first part of the project was done in a group its main development was done individually. The project site is the so called Third Belgrade which is very close to the centre but on the other side of the Danube therefore reachable with certain difficulties as it is connected with only one bridge. While having discussed what values we are go-ing to support in our project, my colleges and I started to develop each part of the site alone. My task was to find a way to introduce sports activities together with apartment blocks. I separated them as two entities. The main idea of the project is that there are many smaller areas giving the whole site diversity and uniqueness.

63|64 New city / 3rd Belgrade

Research of various aspects of the location

RESEARCH ACTIVITY / PHOTOGRAPHS* During my studies I wrote many term papers about different topics in the sphere of architecture. Some of them express certain personal views, some are more analytical and some of them are written as a research paper. I listed most of them here and I tried to briefly explain one of them which is dealing with a problem of urban development of New Belgrade.

-“New Belgrade- city of the past or city of the future”, 2nd year of Master, History and theory of urbanism

ABSTRACT In this term paper I tried to explain reasons why cities began to rapidly change its shape and whether the society can accept rapid changes that are imposed by introducing a new way of urban planning. The Industrial Revolution led to a rapid increase of population in the cities and therefore created a need for radical changes. Francoise Choay is trying to explain those matters in his book, “Urbanism, utopia and reality”, and writes that structurally concerned, the old European cities changed the means of production and transportation, as well as the emergence of new urban func-tions contribute to the burst of the old frame. This gives rise to a new order of city which adapts to society living there. But the foundation of New Belgrade can be interpreted in a way that society adapts to the city, and this process lasts to this day. New Belgrade as a creation which was shaped ahead of its time in the opinion of Ljiljana Blagojevic is faced with numerous problems, both today and in the past. The further reading explains upon what principles New Bel-grade was built and whether such principles are proved viable. Le Corbusier gives his critique of traditional towns in his famous piece “Athens Charter” using a revolutionary technique to improve the quality of life in the city. But many critics like Jane Jacobs, Lewis Mumford and James Howard do not share the same opinion with Corbusier and they believe that entirely different ap-proach should be used for solving this problem. Finally the text talks about Walter Gropius and his solution which somewhat coincides with Corbusier’s and gives his proposal of an ideal building which would be multiplied in the new settlement such as Novi Beograd.

Other term papers:-“National assembly from its early period until today”, 2nd year of master, History and theory of architecture

-“Illumination aspects of retail centers”, 2nd year of master, Shopping centers and their (r)evolution

- “Neutelings Riedijk vs. Tojo Ito; Mass vs. Fluid”, 3rd year of bachelor, Design methodology

- “The impact of social change on urban development in Bucharest”, 3rd year of bachelor, Urban renewal

-“Something new”, 3rd year of bachelor, Designing process

-“Traditional and modern in architecture of a Serbian village”, 2nd year of bachelor, Typology 2

-“Suspension bridges”, 2nd year of bachelor, Typology 1

-“Extreme construction systems”, 2nd year of bachelor, Construction systems

-“Form and disposition of skyscrapers in the block 30, New Belgrade”, 1st year of bachelor, Built environment

-“Le Corbusier and his urbanism approaches”, 1st year of bachelor, History of modern architecture and urbanism

-“Pop art”, 1st year of bachelor, History of modern art and design

-“Urban composition of Nemanjina street in Belgrade”, 1st year of bach-elor, Shaping the urban space

New York

Syria

Belgrade

Jordan

MadridBelgrade

Venice

ThessalonikiMilan

Venice

Thessaloniki

Venice

filipmitrovic@gmail.com +381 638622995

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