Marios petrongonas by Marios petrongonas

I FOR I

Masters Diploma Thesis project National Technical University of Athens

I DATE I

Feb 2014 - Feb 2015

I TOOLS I

Sketching, 1:1 scale construction, physical modeling, Autocad, Rhinoceros (Vray), SketchUp, Adobe Creative Suite

I PARTNERS I

Michalis Takopoulos

I PROFESSORS I

K. Moraitis, D. papalexopoulos

The starting point for this project was a photo showing a performance of two acrobats from the Acrojou Circus Theatre, who built a mouse wheel lookalike construction. They loaded up all their “belongings” and by climbing on top of each other with dancing moves, the spinned the wheel, entertaining the audience. So, what they actually built was a Dwelling in Motion. This work deals with two incompatible terms for the modern western societies: habitation and motion. The experience of housing is a space time related experience. Thus, not only the construction itself, but also the happenings, which take place during the motion, form the experience of housing.

Michail- Marios Petrongonas Architect-Engineer

In our work, motion equals the use of an existing network, the railway system. Living along the rails is a chance to experience spatial relations via motion. We envision a new kind of train, which is able to WUDQVIRUP GHSHQGLQJ RQ WKH GL΍HUHQW QHHGV DQG H[SHFWDWLRQV 2XU ȴQDO JRDO LV WR UHGHVLJQ WKH LQWHULRU RI WKH ZDJRQV DQG WKH ZD\ WKH SDVVHQJHU FDQ KRS R΍ WKH WUDLQ DQG live along the rails before he hops on some other train tthat carry him to his next stations.

Resume + Sample of work The Greek topography provides with all the sceneries to be discovered and consists of a beautiful

landscape. The abandoned railway system of Peloponnese is a great chance to be re-habited in a new way for alternative vacation housing, for dwellings in motion.

RECOMMENDATION LETTER

August 4, 2016 To whom it may concern. The following shall serve as a letter of recommendation for Marios Petrongonas in relation to his application for a position as an architect in your office. I know Marios since February 2016, when he joined MLRP Architecture, the company of which I happen to be a founding partner. Given that I had the chance to personally collaborate with him, I believe that I have a comprehensive understanding about his abilities and professional attitude. For the last six months, Marios worked on different projects of small and larger scale, mainly at residential and recreational facilities, following different phases in the design process. He was fully commited to his work and showed willingness to acquire new knowledge even from the projects that he was not assigned to. I was happy to mentor him personally and perceive that he is a fast learner in major matters, such as the particularity of the architectural market in Scandinavia as well as the importance of time management and efficiency. It is important to mention that, from his first weeks in our company, he showed the ability to take on responsibility against delivery deadlines, when he managed to cover the absence of a vital member of our practice successfully. In addition to a general aptitude of architectural design, perception of construction detail and a wide range of architectural reference, Marios showed a capacity to create and present, using his outstanding computational fluency. It is evident that he has tirelessly worked over the years to master his technical skills in advanced modeling, presentation and digital rendering. It is noteworthy that, during his staying in MLRP, I noticed his eagerness to broaden his BIM skills, even during his free time. As a result, he was able to adapt and integrate into the companyâ&#x20AC;&#x2122;s workflow in short time. Unfortunatelly, we are obliged to let Marios go exclusively due to financial reasons. In a private talk, we both agreed that it would be ideal for his future to participate in a bigger company this time, where he can join bigger design teams and associate with multiple mentors. Thus, I applaud his decision to apply for a position in your company, since I believe he will give evidence of his higher skills and it will be a gainful collaboration for both sides. Should you require further assistance on the above matter, feel free to contact me. Sincerely, Mads H. Lund

MLRP Founding Partner / Cand. arch. mads@mlrp.dk tel: +45 2971 0525

MLRP / Architecture, Research & Development info@mlrp.dk / +45 2971 4515 / Vesterbrogade 95C, 3.sal / 1620 KĂ¸benhavn V / Denmark

HELLENIC REPUBLIC

NATIONAL TECHNICAL UNIVERSITY OF ATHENS SCHOOL OF ARCHITECTURE Letter of Recommendation

Athens – September August 7th 2016

To whom it may concern It gives us great pleasure to recommend Mr Marios Petrongonas, a graduate student of the School of Architecture, of the National Technical University of Athens. Our first acquaintance with Mr Petrongonas took place in 2013 in the course of my tutorials in the School of Architecture NTUA. During the final year of his studies Mr. Petrogonas worked, under my immediate supervision, on his ninth semester theory thesis, under the title ‘From the visual distance approach of the landscape to the physical approach_ the national tourist routes network of Norway’ and received the highest possible note (10,00/10,00). Our fruitfull collaboration continued during the next tenth semester, on the subject of Mr Petrongonas’ diploma project entitled ‘Dwelling in Motion – Reviving the abandoned railroad network of Peloponnese, Greece’ that also received an excellent note (09,40/10,00). The above-mentioned successful project, which was elaborated under my immediate supervision, offers a proof of the applicant’s efficiency, of his extreme persistency and his academic maturity. I have to mention that it was presented, as an exemplary proposal, during the international university workshop ‘Code Athens’, which was organized by the Swiss Federal Institute of Technology ETH, the National University of Athens and the University of Patras, during April 2015, in Athens. Concluding, we can describe Mr Marios Petrongonas as a highly talented student, one of the best students we have ever had (upper 5% of the last 5 years), with outstanding motivation for architectural work and special ability to organise workload. It seems just obvious for us to strongly support his application for professional collaboration with an architectural studio. We feel completely convinced that he can become a valuable asset for any working environment and we will be happy to welcome him back in Athens any time in the future.

Sincerely Yours Dr Konstantinos Moraitis PhD in Architecture and Landscape Architecture Professor, School of Architecture National Technical University of Athens

Marios Petrongonas Architect - Engineer

Address 38C, Pallesvej str. KĂ¸benhavn, Denmark 2300

Contact Available on @ marios.petrongonas@gmail.com +45 91 85 15 50

Computational Skills

Specialties

AutoCAD 2D

Image Editing

Conceptual Design

Adobe Photoshop Adobe Indesign Adobe Illustrator Adobe Premiere

2D & 3D Modelingvisualizations

Constructionsdetails

Language fluency

GREEK

Mother language

Office Suite Archicad Rhinoceros Grasshopper Google SketchUp 3D studio Max Vray Maxwell

Beyond Architecture

ENGLISH

GERMAN

DANISH

Advanced level

Elementary

Workshops & Volunteering

Cinema

Travelling

Music

Water sports

Cat lover

Theatre

Cappuccino Enthusiast

observing People

Non Arch. Awards & Achievements

Special Olympics 2007, Shanghai, CN Athlete assistant, Sailing

1st Greek National Sailing Champion Hellenic Sailing Federation

FestivArt 2015, Loutraki, GR Art/architecture Workshop, Subject: Hospitality

6th European Sailing Championship ISAAF/ILCA

Education

Professional Experience

School of Architecture, National Technical University of Athens (NTUA) | Athens GR

months

2008-2015 MAA in Architecture-Engineering. (5 years degree, 300 ECTS-GPA: 8.3/10.0)

months

Oslo school of Architecture and Design Oslo, NO August 2012 - December 2012 MSc Programme (Exchange student)

... - June 2008 High school Education, Grade: 18.4/20 1st Public High School of Hellinikon Athens GR

months

24 months

Participation in Exhibitions

Shortlisted

“AHO Works 2012” The Oslo School of Architecture and Design Exhibition of final Projects, Fall 2012, AHO, NO

(2013-2015) Head Sailing coach,Optimist class

Architectural Student Competition “ Urban Container 2011 ” by Hellenic Institute of Architecture Title: “Urban Lit Cube”

Title: “The public watchtower”

Shortlisted

Architectural Competition “Europan E12 ” by Europan Europe Title: “Terra Nova“

Architectural Competition “Museum of Architecture and Fotomuzeum ” by Legit Budapest

RCAT Studio, AHO Works The Oslo School of Architecture and Design Publication of final Projects, 2012

“Dweling in Motion. The abandonded railway system of Peloponnese” National Technical University of Athens, ETH Zürich Lecture of Diploma project in a workshop dealing with the development railways of Greece, 2015

Nautical Club Aegena

Architectural Student Competition “SNF cultural centre visitors’ centre” by Stavros Niarchos Foundation

“25 under 25” DesignLab 2015 Exhibition of winning Projects, Technopolis, Gkazi, GR

“From point distance to physical approach. The national tourist routes of Norway. National Technical University of Athens Lecture of Dissertation, 2013

National Technical University of Athens internship (2011) Analysis of traditional Settlement in Laconia, GR

Architectural Student Competition “Why tall ” by CTBUH Title: “Why Sphere“

“Site Effects 22, 2015” National Technical University of Athens Exhibition of final Projects, SNFcc visitors’ centre, GR

Publications / Lectures

Zoupas Arch & Dev internship (2013) Design assistant, 2D/3D designer, Presentation for international competitions

Arch. Competitions

“ Urban Container 2011 ” Hellenic Institute of Architecture Exhibition of Proposals, Benaki Museum, GR

MLRP Arch. Research & Development Architect Design assistant, 2D/3D designer, visualizations

Winner

Architectural Student Competition “mateЯeality” by DesignLab Athens 2015 Title: “Dwelling in Motion” Architectural Competition “Varna Library 2015” by Varna Municipality

DRAPE

SUBJECT

Varna Regional Library

FOR International Competition Municipality of Varna DATE Nov 2015 TOOLS Sketching, Autocad, Rhinoceros (Vray), SketchUp, Adobe Suite PARTNERS

Ioulia Zindrou (AYLO), Zoupas Architects

Our proposal takes in serious consideration this simple yet profound proposition; how do we build to maximize openess, how can a library This work deals with two incompatible terms for the modern western societies: habitation and motion.The experience of housing is a space-time related experience. Thus, no and in particular, the new Library of Varna go beyond its obvious function to act as a catalyst of urban connectivity and a generator - facillitator of events. The design is built around three core concepts: -A clear vertical organization, following the axiom that, the closer to the street a fuction is, the more public its nature. -A desire for maximized organizational flexibility and adaptability to compensate for future needs. -A vivid outer form that will pose a compeling addition to the city skyline. The idea of a large drape is expressed vivildy on the outer form of the building.

3rd floor_adults

4th floor_adults_specialized areas_american corner_deutsche lesesaal

1st floor_reading area_arts&media

2nd floor_reading area_teenagers

ground floor and mezzanine

DWELLING IN MOTION reactivating the abandonded railway system of Peloponnese

SUBJECT

I SUBJECT I

Development of a village in Motion

Development of a moving village along rails

FOR Master Thesis I FOR I Masters Thesis project National TechnicalDiploma University of Athens

National Technical University of Athens

DATE

I DATE I

Feb 2014 - Feb 2015

TOOLS Sketching, 1:1 scale construction, physical modeling, Autocad,1:1 Rhinoceros (Vray), physical I TOOLS I Sketching, scale construction, SketchUp, Adobe Suite modeling, Autocad,

Rhinoceros (Vray), SketchUp, Adobe Creative Suite

PARTNERS

Michalis Takopoulos

PROFESSORS

K. Moraitis, D. Papalexopoulos

I PARTNERS I

Michalis Takopoulos

I PROFESSORS K. Moraitis, papalexopoulos The starting point for this Iproject was a photo showingD. a performance of two acrobats, who built a mouse wheel lookalike construction. They loaded up all their “belongings” and by climbing on top of each other with dancing moves, they spinned the wheel, entertaining the The starting point for this project was a photo showing a performance of two acrobats from the Acrojou audience.Circus So, what they actually built was a Dwelling in Motion. Theatre, who built a mouse wheel lookalike construction. They loaded up all their “belongings” and by climbing on top of each other with dancing moves, the spinned the wheel, entertaining the audience.

This workSo,deals two incompatible terms for the modern western societies: habitation what with they actually built was a Dwelling in Motion. and motion.The experience of housing is a space-time related experience. Thus, not only This work deals incompatible terms for the modern westerncontext, societies: form the experience the construction itself,with buttwoalso the dynamic through motion habitation and motion. of housing. The experience of housing is a space time related experience.

In our work, the useitself, of an network, thetake railway system. Livingform along Thus,moion not only equals the construction but existing also the happenings, which place during the motion, experiencetoofexperience housing. the rails isthea chance spatial relations via motion. We envision a new kind of train, which is able to transform, depending on needs and expectations. Our final goal is to In our work, motion equals the useand of anthe existing the railway can system. Living the railsand is a live redesign the interior of the wagons waynetwork, the passenger hop offalong the train chance to experience spatial relations via motion. We envision a new kind of train, which is able to along the WUDQVIRUP GHSHQGLQJ RQ WKH GL΍HUHQW QHHGV DQG H[SHFWDWLRQV rails before he hops back on some other coming by train and carru him to his next stop. 2XU ȴQDO JRDO LV WR UHGHVLJQ WKH LQWHULRU RI WKH ZDJRQV DQG WKH ZD\ WKH SDVVHQJHU FDQ KRS R΍ WKH WUDLQ DQG live along the rails before he hops on some other train tthat carry him to his next stations.

The Greek topography provides with all the sceneries to be discovered and consists of a The Greek topography provides with railway all the sceneries to be and consists of a beautiful beautiful landscape. The abandonded system ofdiscovered Peloponnese is a great chance to be landscape. The rehabited abandoned in a new railway way for alternative vacation housing, for dwellings in motion. system of Peloponnese is a great chance to be re-habited in a new way for alternative vacation housing, for dwellings in motion.

Time lapse of a station from t1 to t6 Landscape untouched

The boxes/dwellings hop on and off the train in order to be transfered together with the users along the railway system.

dwelling wagon

locomotive

wooden sticks 5

facade detail second skin detail 5 mm fiberglass sheets hive carton

5 4 3 2

floor detail

2 5 3

chassis detail

6 7

custom wagon

equipment

supplies

dwelling wagon

shared wagon

dwelling

rails for dwellings 1

4 5

bed mechanism detail 8

LIB-HILL

SUBJECT

Public library in Kipseli, Athens

FOR Design studio 7-8 National Technical University of Athens DATE

Sep 2011 - June 2012

TOOLS

Sketching, physical modeling, Autocad, Rhinoceros (Vray), SketchUp, Adobe Suite

PARTNERS

---

PROFESSORS

T. Papaioannou, D. Papalexopoulos

Design of a building with multiple functions and public character. Criteria and principles of design. The characteristics of urban space and their importance for design options. The integration of a building into its context. Expansion in height and vertical structure of the building, public circulations and gathering spaces, problem solving for the interior. Layout and character of interior composition, the significance of construction materials, colours and lighting for project elaboration. The outdoor common space. Design of interior and outdoor space into a synthetic cohesion of public use. Thorough study of matters, concerning the combination of architectural design and construction expression. Formation and design of the supporting structure in great detail. Parameters affecting construction and technology options. Environmental design parameters.

Concept Concept

siteisgiven is located next small park follows TheThesite located next totoaasmall parkand and follows a steepinclination. inclination. a steep concept of of this this proposal proposal isistotodesign a rooftop TheTheconcept design a rooftop following the natural landscape and hide the program following the natural landscape and hide the of the library underneath. A green ramp is designed to program of the library underneath. A green ramp lead the guest from the park to the city and vice versa. is designed to leadto the guest from park to The ramp comes an upraise, which the integrates withthe citytheand vise versa. Thebuildings ramp comes tounobtractan upraise, scale of the context and oﬀers which integrates ed views of the city.with the scale of the context buildings and offers unsubstructed views of the city.

PARK

SITE

CITY

slice site ribbons SLICE SITEinto INTO RIBBONS

raise to create a hill A HILL RAISEribbons RIBBONS TO CREATE

Adjust ribbons’ height for

Adjust ribbons’ height for maximum maximum views views

a green rooftopCONNECTING connecting CREATEcreate A GREEN ROOFTOP THEthe CITY TOto THE city thePARK park

all inclinations are suitable for

All inclinations suitable for disabled handicap people

hostPROGRAM program underneath HOST UNDERNEATH

maximum contact between green

Maximum contact rooftop and between library green rooftop and library

Program The program is hosted in a free provision under the roof. All levels keep a direct eye contact with the openings through different points of view. The archive is set in the lowest level, where is protected by sun. The ground level is consisted of an open free reading space surrounded by laboratories, the auditorium and the kids area. On the upper levels, one can find the computer department and the auditorium foyer. The top level hosts a logotherapy centre. There is a special, isolated reading space, hosted under the rising part of the canopy, where guests can focus on reading while enjoying he view of the whole city which opens before them.

free space-labs-kids area Archive-Administration quiet reading space computer department logotherapy department auditorium parking rooftop

Structural system Rooftop Columns Slabs Non bearing walls

The concept of the design is to keep the rooftop untouched by the interior provision. That means that we follow a structural system of columns which are free in space and leave the program floating inbetween them. The rooftop hovers over the program and dives in front of the interio slabs in order to create the entrances to different levels of the interior.

ΜΠΕΤΟΝΕΝΙΑ ΠΛΑΚΑ ΑΝΑΓΝΩΣΤΗΡΙΟΥ

ΣΥΝΔΕΣΗ ΚΟΥΦΩΜΑΤΟΣ ΜΕ ΠΛΑΚΑ ΣΥΝΔΕΣΗ ΜΕ ΠΛΑΚΑ ΜΕ ΧΗΜΙΚΑ ΒΛΗΤΡΑ ΒΙΔΩΜΑ ΜΕ ΤΟ ΚΟΥΦΩΜΑ

ΒΑΣΗ ΣΥΝΔΕΣΗΣ ΚΟΥΦΩΜΑΤΟΣ ΜΕ ΠΛΑΚΑ ΣΥΝΔΕΣΗ ΣΤΟ ΜΠΕΤΟΝ ΜΕ ΧΗΜΙΚΑ ΒΛΗΤΡΑ

ΚΟΙΛΟΔΟΚΟΣ ΜΑΥΡΗ ΓΑΛΒΑΝΙΣΜΕΝΗ 40/100 mm

0.15

ΟΡΘΟΓΩΝΙΑ ΜΕΤΑΛΛΙΚΗ ΔΙΑΤΟΜΗ 220Χ190mm (πάχος 2mm)

37mm

ΟΡΙΖΟΝΤΙΟ ANOIΓΟΜΕΝΟ ΚΟ ΑΛΟΥΜΙΝΕΝΙΟ ΔΙΑΧΩΡΙΣΤΙΚΟ ΣΥΣΤΗΜΑ ΠΛΗΡΩΣΗ ΜΕ ΠΕΤΡΟΒΑΜΒΑΚΑ

ΑΛΟΥΜΙΝΕΝΙΟ ΔΙΑΧΩΡΙΣΤΙΚΟ ΠΛΗΡΩΣΗ ΜΕ ΠΕΤΡΟΒΑΜΒΑΚΑ

ΠΡΟΒΟΛΗ ΕΣΩΤΕΡΙΚΟΥ ΤΟΙΧΟΥ ΚΑΘΕΤΟΥ ΣΤΟ ΥΑΛΟΣΤΑΣΙΟ

ΟΡΙΖΟΝΤΙΟ ΣΤΑΘΕΡΟ ΚΟΥΦΩΜ

ΟΥΦΩΜΑ

ΜΑ

1.00

ΜΕΤΑΛΛΙΚΗ ΚΟΥΠΑΣΤΗ Φ60mm

ΕΝΔΙΑΜΕΣΑ ΟΡΙΖΟΝΤΙΑ ΚΥΛΙΝΔΡΙΚΑ ΣΤΟΙΧΕΙΑ Φ12mm

ΜΠΕΤΟΝ Β' ΦΑΣΗΣ ΦΥΤΕΥΣΗ 15cm 0.90

ΑΜΜΟΧΑΛΙΚΟ ΚΡΟΚΑΛΕΣ ΓΕΩΥΦΑΣΜΑ ΘΕΡΜΟΜΟΝΩΣΗ 5cm ΔΥΟ ΑΣΦΑΛΤΟΠΑΝΑ

ΜΕΤΑΛΛΙΚΗ ΛΑΜΑ ΕΔΡΑΣΗΣ ΚΙΓΚΛΙΔΩΜΑΤΟΣ

ΤΣΙΜΕΝΤΟΚΟΝΙΑ ΕΞΟΜΑΛΥΝΣΗΣ 3cm ΦΡΑΓΜΑ ΥΔΡΑΤΜΩΝ ΠΛΑΚΑ ΟΠΛΙΣΜΕΝΟΥ ΣΚΥΡΟΔΕΜΑΤΟΣ 30cm

0.75

ΜΕΤΑΛΛΙΚΟ ΚΟΥΦΩΜΑ ΥΑΛΟΠΕΤΑΣΜΑΤΟΣ

ΜΕΤΑΛΛΙΚΟΣ ΟΡΘΟΣΤΑΤΗΣ ΚΙΓΚΛΙΔΩΜΑΤΟΣ ΑΣΦΑΛΕΙΑΣ

0.15

0.90

1.09

ΔΡΥΙΝΟ ΔΑΠΕΔΟ ΜΑΣΙΦ 20x207x2200mm ΚΟΝΤΡΑ ΠΛΑΚΕ ΘΑΛΑΣΣΗΣ 15mm ΚΑΔΡΟΝΙΑ ΣΤΗΡΙΞΗΣ ΞΥΛΙΝΟΥ ΠΑΤΩΜΑΤΟΣ 65X40mm 0.10 0.08

1.00

0.70

0.14 0.08

0.17

1.10

METΑΛΛΙΚΟ ΕΛΑΣΜΑ ΚΑΛΥΨΗΣ ΑΡΜΟΥ ΒΙΔΩΜΑ ΣΤΟ ΚΟΝΤΡΑ ΠΛΑΚΕ ΘΑΛΑΣΣΗΣ

0.05

ΕΛΑΣΜΑ ΔΙΑΧΩΡΙΣΜΟΥ ΧΩΡΩΝ ΟΙΚΟΔΟΜΙΚΗ ΛΕΠΤΟΜΕΡΕΙΑ ΣΕ ΑΝΤΙΣΤΟΙΧΟ ΣΧΕΔΙΟ

ΜΕΤΑΛΛΙΚΗ ΣΥΝΔΕΣΗ ΚΟΥΦΩΜΑΤΟΣ ΜΕ ΠΛΑΚΑ ΟΙΚΟΔΟΜΙΚΗ ΛΕΠΤΟΜΕΡΕΙΑ ΣΕ ΑΝΤΙΣΤΟΙΧΟ ΣΧΕΔΙΟ ΕΛΑΣΜΑ ΔΙΑΧΩΡΙΣΜΟΥ ΧΩΡΩΝ ΟΙΚΟΔΟΜΙΚΗ ΛΕΠΤΟΜΕΡΕΙΑ ΣΕ ΑΝΤΙΣΤΟΙΧΟ ΣΧΕΔΙΟ

AΡΜΟΣ ΒΙΟΜΗΧΑΝΙΚΟΥ ΔΑΠΕΔΟΥ ΜΕΤΑΛΛΙΚΟ ΣΟΒΑΤΕΠΙ ΒΙΟΜΗΧΑΝΙΚΟ AΡΜΟΣ ΒΙΟΜΗΧΑΝΙΚΟΥ ΔΑΠΕΔΟ με ΔΑΠΕΔΟΥ εγκαταστάσεις 10cm ΕΛΑΦΡΩΣ ΟΠΛΙΣΜΕΝΟ ΣΚΥΡΟΔΕΜΑ 15cm ΦΥΛΛΟ ΒΑΡΕΩΣ ΠΟΛΥΑΙΘΥΛΑΙΝΙΟΥ ΑΜΜΟΧΑΛΙΚΟ ΣΚΥΡΑ ΜΠΕΤΟΝ ΚΑΘΑΡΙΟΤΗΤΑΣ 15cm AΡΜΟΣ ΒΙΟΜΗΧΑΝΙΚΟΥ ΔΑΠΕΔΟΥ

ΚΑΘΕΤΟ AΝΟΙΓΟΜΕΝΟ ΚΟΥΦΩΜΑ

ΔΙΠΛΟ ΑΣΦΑΛΤΟΠΑΝΟ ΑΥΓΟΥΛΙΕΡΑ

ΚΑΘΕΤΟ ΣΤΑΘΕΡΟ ΚΟΥΦΩΜΑ

[un]NATURAL[up]RAISE

SUBJECT Urban development around the new Opera house in Athens FOR Design studio 9 National Technical University of Athens DATE

Sep 2013 - Feb 2014

TOOLS Sketching, physical modeling, Autocad, Rhinoceros (Vray), Grasshopper, SketchUp, Adobe Suite PARTNERS

---

PROFESSORS

A. Kourkoulas, A. Vozani

The project analyses and works upon the growth and evolution of the city against the new Opera house â&#x20AC;&#x153;SNFccâ&#x20AC;? in Athens. The artificial hill, underneath of which large scale facilities of culture are hosted, is going to change the land values and signify a new entrance towards the city centre of Athens. A new discussion for the type of habitation begins. Students are called to reimagine the city and the values of housing experience.

Form finding Residential development

ΛΟΦΟΣ

Residential Hill against the “Opera hill”

ΠΑΡΚΟ

Opera house National Library

Urban network defines blocks

Geometry optimazation

ΘΑΛΑΣΣΑ

Themaric squares as block cores

85%

Pedestrian network connecting thematic squares

of the rooftop penthouses have an open view to the Opera house

Block analysis

Circulations

Zoning

Open spaces

Dwellings composition

Rooftop appartments The roof garden dives into the rooftop appartments. Each of them owns a small terrace of the green rooftop. Each terrace provides privacy and as well as an open view to the Opera house

Middle zone appartments The middle zone has five types of appartments, all with a point of view either to the park of to the core square. In addition, all appartments have a private terrace, as shown in the diagrams

AQTIV BAGENKOP

SUBJECT

Multifunction park - floating construction in Bagenkop, Denmark

FOR

Municipality of Bagenkop

DATE

Feb 2016 - March 2016

TOOLS Sketching,Rhinoceros (Vray), SketchUp, Adobe Suite PARTNERS

MLRP Architecture Research & Development

Aqtiv Bagenkop can become Denmarkâ&#x20AC;&#x2122;s first multifunction public bath on the water. Here, someone can find the experience gathered from previous building systems on water in Denmark and functions from schools, beach, jetty, harbour bath and swimming pools. This creates the optimal environment for a diverse user group and use with variable amenities all year around.

UDSPRING Et havnebad skal da have en udspringsplatform..

SAUNA

Tribune og tilskuerpladser Naturligt ophold for tilskuere og forbipasserende.

Fordi vandet som regel er koldt...

“Jeg holder med Bagenkop” “Jeg elsker maveplaskere!!”

“De vinder også altid.”

“Dejligt med et bad”

“Og sauna efter isbadet”

“Vi har faciliteterne til at træne.”

SVØMNING

integreret tilgængelighed

25 m bane og forhindring til skolesvømning og motionister

Nem og intuitiv tilgang til vand, sport, leg og læring - for alle.

“Jeg skal lære at svømme, så jeg kan prøve kajakpolo” “Dejligt man har indtænkt løsningen fra start.”

“Måske skulle jeg svømme en tur?”

fiSKE MOLE

VAND universiTET

Et sted hvor nye generationer kan lære af ældre. “Jeg har vist bid!” “Tror det er en ordentlig makrel!”

.UDEEH¿VNHUL RJ PHJHW PHUH

“De har lavet et kunstigt rev der WLOWU NNHU ¿VN ´

“Her har de muslingeranker!”

“Jeg er en torsk”

PHYSICAL MODELING 1:1 CONSTRUCTIONS

Alongside with digital tools, physical modeling constitutes a key part of the design process. Experinmenting with different scales and materials is crucial for comprehending the project and evolving in all design phases. Physical models include concentrated information about construction behaviour, light performance and can approach the feeling of a to be realised project. In this section, a sample of the physical models I worked with is exhibited. Materials such as cardboard, wood, steel, cortene, fiberglass, plexiglass, pvc, foam, plastic straws, lycra and celo tape are just a few, of which were used to create not only physical approaches of the projects shown above, but also for 1:1 scale constructions, such as the design of a chair for my workspace or a bathtab inspired by silkworms.