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PLATTEGROND WONINGEN 1:100

DOORSNEDE 1:100

DETAIL 1:20

MSc2 Herontwerp Faculteit der Letteren, Amsterdam9 januari 2013 | Denise Stoeller | 1365770

Docenten: Alexander de Ridder, Iwert Bernakiewicz

Verschillende mogelijkheden plattegrond

Vaste draagconstructie

Zone voor water en riolering

Zone aan raam

Positie balkon voor lichtinval

kolom ø 300mm met buitenisolatie

kolom ø 300mm ongeïsoleerd

houten balustrade

balkonbeglazing, vouwwand ongeïsoleerd

glazen vouwwand ongeïsoleerd

schuifpui

IMPRESSIE

Zicht op binnenstraat vanaf balkonVerdiept restaurant Loopbrug in hal

Dakpark

Binnenstraat met lichthof

Gevelaanzicht vanaf Singel

REFERENTIEBEELDEN

15.5 m

10.0 m

55.0 m2

57.5 m2

17.5 m2

2.7 m

6.5

m3

.0 m

9.5

m

01 02 03GRADUATIONDWELLING | MIXED-USE

TRANSFORMATIONDWELLING | MIXED -USE

TRANSFORMATION SCHOOL

About me01 Graduation | Dwelling | Mixed-useGraduation research Graduation design project02 Transformation | Dwelling03 Transformation | SchoolVisual design Barge MasterContact

0507091121273436

Table of contents

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EDUCATION

LANGUAGES PROFESSIONAL SKILLS

2012 - 2014M.SC. ARCHITECTURE, URBANISM & BUILDING SCIENCES, TU DELFTGraduation: Dwelling & Sustainable design MSc1 & 2 Restoration, Modification, Interven-tion and Transformation (®MIT)

2007 -2011B.SC. ARCHITECTURETU DELFT

2000 -2006VWO - ATHENEUMMONTESSORI COLLEGE NIJMEGEN

WORK EXPERIENCEEXTRACURRICULAR ACTIVITIES

March 2013 - November 2014PART TIME EMPLOYEE CATERINGDE PORCELEYNE FLES, ROYAL DELFT

January 2015 - November 2015VISUAL DESIGN, MARKETING & OFFICE MANAGEMENT BARGE MASTER B.V. , CAPELLE A/D IJSSEL

September 2010 - May 2011COMMITTEEMEMBER NATIONAL STUDENT COMPETITIONS FOR GYMNASTICS, DELFT

December 2006 - August 2007VOLUNTEER IN LARISSA, GREECEYOUTH, EUROPEAN VOLUNTARY SERVICE

September 2010 - January 2011ARCHITECTURE INTERNROELEVELD-SIKKES ARCHITECTS, THE HAGUE

May 2008 - October 2009FOUNDER AND SECRETARYD.S.T. PEGASUS, DELFT

September 2011- June 2012STUDENT ASSISTANTTU DELFT

October 2007 - October 2010HEAD COACH BOYS GYMNASTICSEXCELSIOR, DELFT

Day manager of the lunchroom of the Porceleyne Fles: the last remaining Delftware factory from the 17th century. Tasks including: opening and closing of the lunchroom, preparing lunches and high teas, waitressing, directing colleagues.

Barge Master specializes in developing motion compensation systems meant to improve the safety and workability of offshore operations. Tasks including: Responsibility for the companies visual design, such as corporate identity and promotional items, scale models and stands on exhibitions. Next to that I had the overall responsibility for the office management such as secretarial work and recruitment.

Committee work for organizing the Dutch championships for students with over 100 participants.Tasks: organizational work for the competition, dinner and afterparty.

I worked as a volunteer in Greece at a residential house for mentally disabled people.Tasks: supporting the scientific staff in the therapeutic, occupational, cultural leisure and sports activities carried out during the day.

When I started my studies there was not yet a student gymnastic association, that is why I decided to start up one. Tasks: Negotiating with the sports center of TU Delft to include gymnastics in their sports program, composing a committee, promotion of gymnastics under students, organization of trainings and other activities, secretarial tasks. The association has currently over 100 members. Student assistant and mentor of a group of 15 first year students.

Tasks: Providing design assistance and other general information.

Preparing exercises and coaching a group of 15 boys, age 8-12.

Assisting the designers at all common design tasks in all stages of design. On the level of urban planning and architecture.

DUTCH PHOTOSHOP

AUTOCAD 2D

ENGLISH ILLUSTRATOR

MAYA

GERMAN INDESIGN

SKETCHUP

FRENCH PREMIERE PRO

MS OFFICENORWEGIAN

ARCHICAD

REVIT

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Hi, my name is Denise

About me

I am a recently graduated architect with a passion for people and sustainable design. I’ve always loved working hands-on in a wide range of projects, both in studies and extracurricular. My colleagues and friends typically describe me as having a great sense of responsibility and being pro-active. I care greatly about bringing anything I do to its best possible outcome which shows in my study projects, committees and board year. I love working on scale models, drawings, or any type of manual labor that involves detailed crafting. Therefor I am looking forward to a career in architecture and built environment.

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Dwelling | Mixed-Use Oostelijke handelskade, Amsterdam

Green city life

For the Dwelling graduation studio ‘At Home in the City’ I designed a hybrid housing project at the Oostelijke Handelskade. The site is situated in a dense urban area in Amsterdam, between the IJ and the railway, and knows problems with high vacancy on street level due to unattractive public places and facilities. Because of the strict separation between dwelling and plinth the neighbourhood has the sensibility of an office area instead of a place for mixed use and housing. It is lacking of human scale and interaction.The building should therefor contribute to a more vibrant area that focuses on small-scale facilities, sunny gathering points, more vegetation, and avoidance of unused empty spaces.A well thought-out plan for the transition between the street and the dwellings would be helpful to indicate the difference between the public and private, and could give the opportunity to blend those.

The location also knows problems with the air pollution and the noise because of the high amount of car and train traffic next to the site. The absence of trees and vegetation in the area increases this problem. Vegetation is of big importance for physical well-being because it provides improved air quality in the city by filtering fine dust particles. As well as for mental well-being; green makes happier and more productive.

Lastly, I would like to mention what I think is the question of the future: How do we deal with finite energy sources? To make a real building for the 21st century it would be our job as architect to explore the opportunities and solutions within this field.

Picture of scale model

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Straat Woning

Straat Woning

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Fig. 2

1. Klinkers (Stone Tiles Pavement)

2. Klinkers (different pattern and color)

3. Klinkers (Same pattern as street but lighter color)

4. Small open wall of open concrete blocks (filled with plants)

5. Concrete band

6. Square concrete tiles

Straat Woning

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234

56

Fig. 2

1. Klinkers (Stone Tiles Pavement)

2. Klinkers (different pattern and color)

3. Klinkers (Same pattern as street but lighter color)

4. Small open wall of open concrete blocks (filled with plants)

5. Concrete band

6. Square concrete tiles

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234

56

1. Klinkers (Stone Tiles Pavement)

2. Klinkers (different pattern and color)

3. Klinkers (Same pattern as street but lighter color)

4. Small open wall of open concrete blocks (filled with plants)

5. Concrete band

6. Square concrete tilescolumn

step stairs wall

overhang small wall

Fig. 3 Fig. 4 Fig. 5

Fig. 6 Fig. 7

Theme research on transitions from street to dwellingAxonometry of one case study with gradation on privacy Section of one case study with gradation on privacy

Axonometry with different materials Transition zones Transition elements

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Graduation | Dwelling | Mixed-Use Oostelijke handelskade, Amsterdam

Research

In order to get a better understanding of the site and the stated problems, a thematological research has been done preparatory to the design. In addition to the theme research two essays have been written on the dweller of the 21st century and on collectivity.

The theme research was about the gradual transition between street and dwelling. Several cases have been studied. After a precise analysis on the transitional elements in different buildings, icons erected from the different elements that were encountered. These icons led to a ‘transition path’, a line where the sequence of elements is shown that form the transitions from street to dwelling.All these architectural elements were then described and cataloged, combined with each other where possible. The elements are thereby forming a toolset for the design project.

The themes that were elaborated in the literature research about the needs of the dweller of the 21st century dweller showed variations in dwelling and dweller typologies. The outcome of the research was that flexible living and multifunctional living are two necessary types of dwelling in the future. Furthermore, the urban nomad and living in a community are themes that describe possible types of the urban dweller of the 21st century.

As I believe that the sense of community will be more important in the future. The current trend towards individualization of society forces us to think about solutions to keep in touch with others (for safety and sense of community). This has to be done very carefully and with great sensibility.Collective spaces can be designed, but these seem to end up being an abandoned place frequently. The art is therefore in order to shape the “accidental” daily meetings to encourage a building. The routing in a building plays a crucial role here. Common architectural and design elements, from the orientation of entry doors to the siting of buildings, can create intersections between home and neighborhood, and neighborhood and community, as well as enhancing different types of privacy

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Sources1. Abacus; http://blog.abacusarchitects.com/ blog-0/?Tag=Density2. Arnulf Luchinger, Herman Hertzberger 1959-86 (Den Haag, 1987) p. 253.3-7. Arnulf Luchinger, Herman Hertzberger 1959-86 (Den Haag, 1987) p. 249.

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Although the people that appreciate their individuality is increas-ing, there is also a countermovement that shows the downside of individualization. A negative effect is referred to, is narcissism and a lack of solidarity and social responsibility.4 Because of this, many neighborhoods show signs of detachment, the social cohesion is decreasing as well as the sense of responsibility for public space and community life. Therefore, more care is taken

a social group, also called the need for ‘sense of community’.

Another development in our society is the rise of the internet. In our new information society everything is in our reach, which is blurring the lines between work, leisure and living. Due to the new automation techniques even the lines between health-care and living are fading. This is changing the way in which we

information can be obtained anywhere. This makes us free to separate where we work and live, become an ‘urban nomad’ in a globalizing world. Next to that it also means that our dwelling will take over a lot of the functions which before would be experienced outside our home. Our home can become our workplace, our health-care facility, our school or our place of leisure; a ‘multifunctional dwelling’.

These phenomena that are happening in our society lead to four themes about living in the 21st century, which will be further investigated. The pluralization of society and the want for free-

closely linked to the second theme, the multifunctional dwell-ing.The other two themes that will be addressed more into depth are that of the urban nomad and the want for more communal living.

The beginning of the 21st century is marked by a turning point in human demographics. Since 2007 more than half of the worlds population live in cities. It is estimated that in 2030 eighty per-cent of the Dutch population will live in cities. Therefore the im-portance of the city is ever increasing. City life is characterized by a big diversity and freedom. It offers a wide variety of different lifestyles.1 This variety of lifestyles also attracts a wide variety of inhabitants of the city. Where cities used to be the domain of the under- and middleclass, city cen-ters are now dominated by the creatives and the upper-class.2

But also elderly people and foreign workers are attracted to the

Over the last decades developers and policymakers have strived to create the ‘perfect’ standardized dwelling. A dwelling that would supply in the most common needs of its inhabitants

dwelling actually meets the demands and wishes of the ever more critical and diverse urban dweller of the 21st century. So what should a dwelling for the 21st century look like? What does the urban dweller of the 21st century need? What can make him feel at home in the city?

A frequently mentioned development that has changed soci-ety drastically in recent years, is the disappearance of ideol-ogies. Citizens are now less driven by political ideologies and religious traditions than in the past . More than ever, individuals make choices suiting their own personality . Therefore, it is less easy to distinguish different groups and people are looking for customized products.3 These developments are accompanied by the pluralization of society . The present society is composed of diverse populations, each with their own customs, values and norms. Both the disappearance of ideologies as the pluraliza-tion of society are often associated with the phenomenon of in-dividualization. In the context of housing , this means that there

lifestyles.

1. The urban dweller of the 21st century

1 Reijndorp, A. (2007) Wenken voor de 21e eeuw. Reijndorp, A., Kompier, V., de Haas, L. (eds) Leefstijlen; Wonen in de 21e eeuw. 139-158. Rotterdam: 010 Publishers. p. 147. 2 Reimerink, L. (2008) Grenzeloos wonen. Europa verhuist. Wormer: Inmerc. p. 45.3 VROM (2000), Mensen, wensen, wonen. Wonen in de 21ste eeuw. Den Haag: Min-isterie van VROM.4 Hamers, D, Nabielek, K., Sluchter, S. & van Middelkoop, M. (2007) Afgeschermdewoondomeinen in Nederland. Rotterdam: Nai Publishers.

Page of literature research on the urban dweller of the 21st century

Page of literature research on Collectivity

Transition path with elements from composes library

COLLECTIVITYNeed for collectivity?Individualism versus sharing

Over 2.5 million of the 6.5 million dwellings that the Netherlands counts are owned by housing associ-ations. That is why these associations highly influence the physical, economic and social qualities of our cities. In twenty years, 40 percent of the urban dwellers is single. Therefore, an increasing number of people will be in need for a housing and living environment where the sense of collectivity (interaction, encounter, mutuality, social cohesion) is organized and designed. Collectivity manifests itself in and around the playground, football field, the tree house, an elderly hangout. It is the gray area between public space (public area) and family circle (private area). These are the facilities and services - the courtyard, tennis court and concierge - you share with people who are not strangers, but neither family members. The need for collectivity forces us to look with different eyes to dwelling. 2

Also Adjiedj Bakas ,trend watcher, sees the upcoming trend of the growing importance of new net-works and partnerships. People are going to unite, the collective will be more important. Dealing with space, the limited space in the Netherlands requires that we deal with the smart design of our coun-try. Solutions work for living, recreation, energy and nature can no longer be separately designed and implemented. 3

Reasons for the arising of the need for collectivity are; 1. Economic benefits (for example low income families or studenthousing) 2. Safety, security and belonging – Being part of a group (for example fami-lies, singles or elderly) 3. Sharing interests or belief and 4. Sustainability (Nowadays, not only recession (less spendable money) but also the shift to sustainability. Dematerialization. Thus sharing)

Collectivity is seen in housing but is also very much present in the public sphere. The collective spaces make a city otherwise it would just be a collection of different functions and facilities.Hybrids are for example buildings that house different functions and facilities too. Therefor terms such as “City within a city” and “Vertical city” are often being used for this building types. But this often does not mean much more than (public) facilities as shops, offices or communal swimming pool and gyms on the ground floor and housing above. For example, Montevideo of Mecanoo Architects in Rotterdam has shops at the base, offices on the intermediary levels and apartments at the top levels. But if it’s called a city, are hybrids therefor also directly collective buildings? This seems like just stacking of different func-tions. Can this be called a city? A city implies space for shared use, such as streets and squares. Space for routing and gathering. Designing a vertical city would therefore mean a certain kind of collective living.

Jean-Didier Vincent states that without habitats that favor collectivity and exchange between psyches, there can be no “normal” human life. He says that “collectivity is a state, inasmuch as it is responsible for the affective basis on which any human action is founded. When we build, it is indispensable for us to begin with the collective ideal, which is the first condition of the accomplished singular.” 4

2 http://kennisbank.platform31.nl/pages/26836/Opinie/Leefbaarheid-en-de-vraag-naar-collectiviteit.html 3 Bakas, A. Obvion toekomstvisie; het wonen in 2030. Retrieved from http://www.obvion.nl/wonen2030/#7 4 Bruce Begout, Chris Younes, Jean-Didier Vincent, Michel Lussault. New forms of collective housing (Birkhauser, 2005) p. 45

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Location of project: Oostelijke Handelskade Amsterdam The last gap in a long train of old warehouses and new apartment buildings

Part of public program; lunchroom and sky-bar restaurant View from traintrack; Design in environment

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Graduation | Dwelling | Mixed-Use Oostelijke handelskade, Amsterdam

Design Project

The building plot at the Oostelijke Handelskade is located between the IJ river and the train track. The building houses a mixed program with a lunchroom, a sky-bar restaurant, small shops, collective workspaces, short stay apartments and maisonette dwellings.The building is composed of 2 building volumes that are connected by a greenhouse. The greenhouse serves several functions such as refining the transitions between street and dwelling, acting as a buffer for pollution and traffic noise, increasing the amount of vegetation in the built environment and encouraging social encounters.

The greenhouse connects the mixed program visually and physically instead of the strict separation that can been seen in the surrounding buildings. Every dwelling has it’s own garden situated in the greenhouse and contributes to the transformation of a simple gallery into a social gathering place as can be seen at family dwellings on street level.

Special attention goes to the climate design of the building and the dwellings. The aim was to design a comfortable climate with low energy consumption. Therefor the shell of the building is highly insulated and triple glazed windows are used. As well as integrated solar shading louvers and sliding panels.The greenhouse with its vegetation functions as a bufferzone and reduces heating up in summer and cooling down in winter. Additional, the building uses energy from thermal storage and reuses rainwater for watering the vegetation. All the used materials for the load bearing structure and the facade are in the first place chosen for their low impact on the built environment.

Public roof garden with view to the IJ river and Java island

Greenhouse gardens connected to dwellings

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Entreewoningen

Building on site Square on south with vegetation and ponds connected to lunchroom and central atrium

Scale model of section of a maisonette dwelling connected to gardens in collective greenhouse. Terrace as extension of dwelling.Two building volumes combined by greenhouse

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SharedPrivacy

Floorplans of maisonette dwellling. Highly insulated outer facade on northeast with triple glazing and greenhouse on

southwest as bufferzone.

Axonometry sections of a maisonette dwelling connected to gardens in collective greenhouse. Different levels of privacy due

to height differences in dwelling. Third floor with central atrium, maisonette dwellings with

greenhouse and a public roof garden.

14Impression green house as extension of dwelling in summer with opened facade.

15Scale model of dwelling connected to greenhouse

16West elevation. Lower volume covered with bamboo slats reflecting the human scale versus the tower volume with a more businesslike appearance. Horizontal articulation in alternation with vertical articulation of the greenhouse facade.

Climate schemes dwelling and greenhouse in summer and winter situation

Climate scheme building in winter situation

Winter

Zonlicht treed diep de woning binnen

Vervuilde warme lucht wordt mechanisch afgezogen, mid-dels ventilatieroosters in de keuken, badkamer en toilet, en daarna naar buiten af-gevoerd

Vervuilde warme lucht wordt mechanisch afgezogen, mid-dels ventilatieroosters in de keuken, badkamer en toilet, en daarna naar buiten af-gevoerd

Extra verwarming gebeurt d.m.v. elektrische vloerver-warming

Collectieve verwarming d.m.v. WKO. min. 18°C

In kantoren wordt verse lucht mechanisch aangevoerd en vervuilde lucht mechanisch afgevoerd

Vegetatiedak als thermische buffer, voorkomt afkoeling gebouw

Stroom opwekken d.m.v. PV cellen op lamellen

Geluid van verkeer en vervuilde lucht wordt tegenge-houden door kas

Lucht wordt gefilterd en voor-werwarmd in kas voordat het de woning betreed middels te openen geveldelen

WKO

Driedubbel glas Dubbel glas Enkel glas

Vegetatiedak als ther-mische buffer, voorkomt afkoeling gebouw

Extra verwarming gebeurt d.m.v. elektrische vloerverwarming

Luiken met klimop filteren de lucht en houden warmte binnen

Middels te openen gevel naar kas kan de gefilterde en opgewarmde lucht de woning betreden

Zonlicht treed diep de woning binnen

Geluid van verkeer en vervuilde lucht wordt tegengehou-den door kas

20°C 18°C 5°C5°C

Vegetatiedak als ther-mische buffer, voorkomt opwarming gebouw

Middels te openen geveldelen is natuurlijke luchttoevoer

Luiken met klimop filteren de lucht en houden warmte buiten

Middels te openen gevel-delen kan de gefilterde lucht de woning betreden

Zonlicht wordt geweerd door overstek

Stroom opwekken d.m.v. PV cellen op lamellen

Geluid van verkeer en vervuilde lucht wordt gefilterd door beplanting

Driedubbel glas Dubbel glas Enkel glas

20°C 25°C 28°C28°C

Summer

Winter

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Isover isolatie 300 mm

Vegetatiedak 350 mm

Derako horizontale houten gevellamellen 68 mmGeperst bamboevolledig demontabel en herbruikbaar

VBI Klimaatvloer260 mm

Horizontaal schuifraam Geisoleerde houten kozijnenDriedubbelglas, robinia hout

Volledig verduisterende plissegordijnenGeintegreed in glas

Zon- en windweringHorizontaal schuivende panelen met klimplant

Vaste plantenbak rondom loggiarand

VouwwandGeisoleerde houten kozijnenDriedubbelglas, robinia hout

Lichtdoorlatende plissegordijnenGeintegreed in glas

Vast raamRobinia houten kozijnen Dubbelglas

Koudebrug onderbreking

VouwwandRobinia houten kozijnenDubbelglas

COLT Horizontaal glazen lamellenPhotovoltaische coatingOngeisoleerd enkelglasAutomatisch open bij oververhitting

Vouwwand; enkelglasAluminium kozijnen grijsHandmatig te bedienen

Horizontaal glazen lamellenDubbelglasAutomatisch open bij oververhitting

Doorsneden & Details

Aanzicht westgevel (Woning)1:20 Langsdoorsnede 1:20 Aanzicht oostgevel (Kas) 1:20

Denise StoellerP5 Presentatie4 november 2014

Details 1:5

Dwarsdoorsnede 1:20Technical drawing of vertical and horizontal section of greenhouse facades.

18Impression north facade

19Evening impression from Java eiland towards Oostelijke Handelskade. The greenhouse as a statement

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Transformation | Dwelling Faculty of literature, Amsterdam

Living together

The faculty of literature is designed by Theo Bosch, who was a structuralist. The meandering corridors in the long building were designed as indoor streets, as organic parts of the city which is only separated by the physical construction of the facade. The facade was made as transparent as possible to encourage contact with the outside. The Faculty has been rated as one of the highlights of structuralism in Dutch architecture. A Rigid structure and a strict repetition of elements can be found within the building. Light shafts bring light into the building. A vertical articulation can be found in the facade due to the long concrete columns.

Following up on the ideas of Bosch, the transformed building houses social functions to bring the society together, such as a healthcare center, machinery and workplace, small shops, lunchroom and a small cinema. As well as apartments for elderly with nursing options and a roof garden and room for collective activities.

The original structure and characteristics are mostly maintained within the new design while the materialization of the interior and facade are mostly renewed. The original light shafts are made into winter gardens and are now part of the interior while they still bring light into the building. The entrance is enlarged with a 3 floor atrium. The facade panels are replaced with inside insulation and covered with wooden slats. The vertical articulation will be remained with concrete columns on the outside. The false ceiling is removed on most places, this and the winter gardens encourage social encounters and view lines within the building.

Impression corridor

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Impression transformed facade with wooden slats, entrance with atrium, winter gardens and roof garden. The original facade panels are replaced with panels with inner insulation to remain the vertical articulation of the concrete columns on the outside.

Impression original facade with strikotherm facade panels

Impression transformed corridor with renewed materials, high ceiling, view lines and winter gardens Impression original corridor with false ceiling

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verbeteren+-

Originele idee van Theo Bosch van een ‘binnenstraat’ is nauwelijks te herk-ennen. Begane grond vraagt om meer openbaarheid.Gekeken moet worden naar de hoeveelheid en de plek van de ingangen, de overgangen zoals de “Bosche plint” en de gewenste functies voor dit gebied.

De dakterassen waren in eerste instantie ontworpen als daktuinen. Dit is door geldgebrek helaas niet uitgevoerd. De balkons en terassen zijn nu somber en onaantekkelijk.

De inhammen die zich tussen de clusters bevinden zorgen voor een diepe lichtival in het gebouw. En zorgen zo voor extra kwaliteit van buiten naar binnen. Ik denk echter dat deze kwaliteit geoptimaliseerd kan worden door een beter uitzicht te bieden.

behouden++

De torenachtige elementen zorgen voor optische schaalverkleining en creëren een gevarieerde gevel.Hierdoor past het grote gebouw goed tussen de omliggende bebouwing.

De doorlopende gevelkolommen zorgen voor een verticale geleding die mooi aansluit op de maatvoering van de ramen van de omliggende panden.

De plattegrond bestaat uit 9 repeterende clusters met hun eigen draagconstructie en voorzieningen. Deze worden ontsloten door een centrale hal die orde brengt in het geheel.

vernieuwen--

MATERIAAL GEVEL, UITSTRALING NAAR OMGEVING

KLIMAATONTWERP MOET ENERGIEZUINIGER

MATERIALEN EN HOOGTE INTERIEUR

Het gebouw wordt op het moment vooral door buitenstaanders (om-wonenden e.d.) als zeer onaantrekkelijk beschouwd. Dit heeft naar mijn mening niet zo zeer met de vorm maar met de materiaalkeuze te maken. Het gebouw heeft een nieuwe gevel nodig zodat het weer aantrekkelijk wordt voor zijn omgeving in de huidige tijd en de toekomst.

-> Sustainability in Durability

Het huidige klimaatontwerp van het gebouw sluit niet aan bij de huidige mogelijkheden. Om het gebouw te moderniseren zullen nieuwe systemen voor verwarmen, koelen en ventileren ontworpen moeten worden die energiezuiniger/neutraal zijn. ook kan er gekeken worden naar energieop-wekking.

Het materiaal en kleurengebruik van het interieur gecombineerd met het lage plafond geven een benauwde sfeer aan het interieur ondanks de hoeveelheid lichtinval.

WAARDESTELLING

Derde - zevende verdieping

Tweede verdieping

Eerste verdieping

Functies

Groen

Begane grond

Kelder

PLATTEGRONDEN 1:250

DIAGRAMMEN INTERVENTIES

HET ONTWERP

Toegang

Circulatie

Openbaarheid

BG nieuwBG huidig Verdieping 3-7 huidig Verdieping 3-7 nieuw

Fietsenstallingwerkplaats &zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Berging winkel

Horeca

Horeca

Singel

Spuistraat

Filmhuis

Tekenzaal

Werkplaats

Werkplaats

Woningen

Personeel

Machineruimte Machineruimte

MachineruimteMachineruimte

Filmhuis

Berging woningen

Entree woningen

Entree werkplaats &zorgcentrum

Fietsenwoningen

WinkelWinkelWinkel

Balie

Balie

Keukenhoreca

toilettenhoreca

berging

ZorgcentrumStadswerkplaats

Horeca Entree

SeniorenwoningenGezamelijke ruimte

• Groene lichthoven• Dakpark gecombineerd met een groententuin/kassen en

gezamelijke ruimte voor de senioren• Groen dak kan gebruikt worden voor wateropvang en heeft

een hoge isolatiewaarder• Planten zorgen voor zuivering van de lucht in de binnenstad

• Plint met openbare functies, etaleert zich naar Amsterdam

• Woningen met gezamelijke functies daarboven

COMMUNITY BRINGING PEOPLE TOGETHER

ELDERLY ALL FACILITIES CLOSE

GREEN HEALTHY CITY

STADSWERKPLAATS

GROENTENTUIN

CAFE/RESTAURANT

FILMHUIS

GEZAMELIJKE VOORZIENINGEN

RECREATIERUIMTE

ZORGCENTRUM

ATRIUM

GROEN DAK

verbeteren+-

Originele idee van Theo Bosch van een ‘binnenstraat’ is nauwelijks te herk-ennen. Begane grond vraagt om meer openbaarheid.Gekeken moet worden naar de hoeveelheid en de plek van de ingangen, de overgangen zoals de “Bosche plint” en de gewenste functies voor dit gebied.

De dakterassen waren in eerste instantie ontworpen als daktuinen. Dit is door geldgebrek helaas niet uitgevoerd. De balkons en terassen zijn nu somber en onaantekkelijk.

De inhammen die zich tussen de clusters bevinden zorgen voor een diepe lichtival in het gebouw. En zorgen zo voor extra kwaliteit van buiten naar binnen. Ik denk echter dat deze kwaliteit geoptimaliseerd kan worden door een beter uitzicht te bieden.

behouden++

De torenachtige elementen zorgen voor optische schaalverkleining en creëren een gevarieerde gevel.Hierdoor past het grote gebouw goed tussen de omliggende bebouwing.

De doorlopende gevelkolommen zorgen voor een verticale geleding die mooi aansluit op de maatvoering van de ramen van de omliggende panden.

De plattegrond bestaat uit 9 repeterende clusters met hun eigen draagconstructie en voorzieningen. Deze worden ontsloten door een centrale hal die orde brengt in het geheel.

vernieuwen--

MATERIAAL GEVEL, UITSTRALING NAAR OMGEVING

KLIMAATONTWERP MOET ENERGIEZUINIGER

MATERIALEN EN HOOGTE INTERIEUR

Het gebouw wordt op het moment vooral door buitenstaanders (om-wonenden e.d.) als zeer onaantrekkelijk beschouwd. Dit heeft naar mijn mening niet zo zeer met de vorm maar met de materiaalkeuze te maken. Het gebouw heeft een nieuwe gevel nodig zodat het weer aantrekkelijk wordt voor zijn omgeving in de huidige tijd en de toekomst.

-> Sustainability in Durability

Het huidige klimaatontwerp van het gebouw sluit niet aan bij de huidige mogelijkheden. Om het gebouw te moderniseren zullen nieuwe systemen voor verwarmen, koelen en ventileren ontworpen moeten worden die energiezuiniger/neutraal zijn. ook kan er gekeken worden naar energieop-wekking.

Het materiaal en kleurengebruik van het interieur gecombineerd met het lage plafond geven een benauwde sfeer aan het interieur ondanks de hoeveelheid lichtinval.

WAARDESTELLING

Derde - zevende verdieping

Tweede verdieping

Eerste verdieping

Functies

Groen

Begane grond

Kelder

PLATTEGRONDEN 1:250

DIAGRAMMEN INTERVENTIES

HET ONTWERP

Toegang

Circulatie

Openbaarheid

BG nieuwBG huidig Verdieping 3-7 huidig Verdieping 3-7 nieuw

Fietsenstallingwerkplaats &zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Zorgcentrum

Berging winkel

Horeca

Horeca

Singel

Spuistraat

Filmhuis

Tekenzaal

Werkplaats

Werkplaats

Woningen

Personeel

Machineruimte Machineruimte

MachineruimteMachineruimte

Filmhuis

Berging woningen

Entree woningen

Entree werkplaats &zorgcentrum

Fietsenwoningen

WinkelWinkelWinkel

Balie

Balie

Keukenhoreca

toilettenhoreca

berging

ZorgcentrumStadswerkplaats

Horeca Entree

SeniorenwoningenGezamelijke ruimte

• Groene lichthoven• Dakpark gecombineerd met een groententuin/kassen en

gezamelijke ruimte voor de senioren• Groen dak kan gebruikt worden voor wateropvang en heeft

een hoge isolatiewaarder• Planten zorgen voor zuivering van de lucht in de binnenstad

• Plint met openbare functies, etaleert zich naar Amsterdam

• Woningen met gezamelijke functies daarboven

COMMUNITY BRINGING PEOPLE TOGETHER

ELDERLY ALL FACILITIES CLOSE

GREEN HEALTHY CITY

STADSWERKPLAATS

GROENTENTUIN

CAFE/RESTAURANT

FILMHUIS

GEZAMELIJKE VOORZIENINGEN

RECREATIERUIMTE

ZORGCENTRUM

ATRIUM

GROEN DAK

Floor plans with mixed program Section with atrium at the entrance zone and view lines from dwelling gallery

Floor plan of typical 2 bedroom apartment with winter garden and terrace

24Analysis of load bearing construction Analysis of original facade and floorplans

25Imression; view from winter garden terrace to corridor

26

27

Transformation | School Canteen building, ENKA Ede

Enka Primary School

The textile factory ENKA (First Dutch Rayon Factory Arnhem), who spent many years of prosperity in the area of Ede, was closed in 2002. The ENKA site of 42 hectares is located within walking distance of the Veluwe and the center of Ede. The site will be redeveloped as an area for housing and labour. The original monuments will facilitate restaurants, social functions, offices and workrooms. In addition, approximately 1300 homes are built.

The Canteen building is characterized by a light structure of concrete walls, steel frames and large open spaces. It was built in 1951 to replace a number of smaller canteens that were destroyed during the second world war.

In this design, the original canteen building has been transformed into an elementary school and day care. I chose to restore as much as possible special original details such as the railings, the concrete load bearing structure , the original facades and glazed bricks, while the interventions make the new function both climatically and functional possible.

Because the (class)rooms are centrally situated and surrounded by halls, which operates as buffer zone, there are no major interventions required in the current facade with single glazing. The zone of the hall offers therefore an in-between climate while the classrooms are full climate controlled.The new entrance zone, as well as the use of bright colors and wooden floors is used to enliven the original atmosphere of concrete, steel and glass.

Impression of multi-functional corridor as buffer zone

28

Impression of original facade

Longitudinal section

East elevation with new entrance hall underneath overhang and renovated facade

Impression of second floor with porch beams

293D section trough building. The classrooms can be merged by sliding walls as well as being connected to multi-functional corridor. The second floor remains a large open space thanks to the porch beams and houses

the day care which is in direct contact with the roof gardens

30

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Floorplans with centered functions and buffer zone. Toddlers are situated on the ground floor, near the central gym and in direct contact with the playground.

31

+ 0 m

+4,00 m

+3,79 m

+3,29 m

+1,80 m

3D impression of blind connection beam and column for climate controlled classroomsHorizontal detail of classroom facade

Detail elevation Vertical detail of classroom facade and buffer zone

32Impression of entrance zone underneath overhang. The bright colors and wood are used to enliven the original atmosphere of concrete, steel and glass.

Original railing details

Impression original floor with ‘forest of columns’

Impression original overhang

Classrooms open to hall through sliding doors to multi-functional corridor. The doors are kept separate from column structure to accentuate originally supporting structure.

33Impression of transformation of ENKA canteen building into primary school and day care

34

H (m)s

30

210

60

240

270

120

300

150

330

180

0

Traditional operational window

Wave Heading (deg)

Wave period = 7 s

Operational window with MCH

90 1 2 3 4

GENERALCertification DNV GL, ENGangway length 19 m +/- 4 m ‘gangway plus’ module 23 m +/- 4 mAllowable luffing angles personnel transfer -18° to +18° cargo transfer -23° to +35° Wind speed 24 m/s

BM-GANGWAY 3.0 Wave height Hs 0 - 3.0 mFootprint Ø 1.5 m pedestalWeight 22 mT

BM-GANGWAY 4.5Wave height Hs 0 - 4.5 mFootprint 5.3 m x 2.8 mWeight 80 mT

INTEGRATED WINCHLifting capacity (SWL) 1.000 kg

The exact workability depends on specific vessel motions. Barge Master delivers a tailored workability analysis upfront, as part of our service packages.

MOTION COMPENSATED GANGWAY

BM-GANGWAY

TECHNOLOGYMotion compensated gangways are the preferred way for safe and efficient crew transfer in offshore operations. For instance on Walk to Work vessels used for the construction and maintenance of offshore wind farms and oil & gas platforms. Marine access through a gangway is more efficient, more reliable and safer than helicopter flights.

Key features of the Barge Master Gangway• Active motion compensated gangway configured to your needs thanks to a modular design• High performance up to a significant wave height of 4.5 m• Able to land on any offshore facility without modification of the landing area• Barge Master’s high quality values and “fail operational” philosophy as standard• Redundancy of critical components by default, such as motion reference units and controls• Easy to operate by a single operator. Barge Master provides certified operators, or operator

training• Compact design with small footprint and fast mobilization

• Light weight design results in low power consumption

BM-Gangway 4.5 with motion compensated pedestal for extended workability

BM-Gangway 3.0 with integrated lifting winch for cargo transfer

SALES & RENTAL

Barge Master B.V. The Netherlands

+31 (0)10 409 00 60 info@barge-master.com www.barge-master.com

HIGH WORKABILITY

FIT FOR PURPOSE: AVAILABLE MODULES

Typical workability of the BM-Gangway 3.0 at the North Sea

Motion compensated pedestal

Top module

Cargo module

The Barge Master Gangway can be configured for any purpose, since every project is unique

in location, vessel and on-board logistics. For this reason the gangway is built up in various

modules, with a choice of foundation, bridge, cargo and power modules. Barge Master sales

engineers help you choose the configuration that’s best for your project.

• Integrated motion compensated lifting winch with SWL of 1.000 kg and patented

onboard lifting mode, for direct cargo transfer independent of size and location

• Motion compensated pedestal, BM-Gangway 4.5, compensating roll, pitch and heave

motions close to the origin for increased workability

• Height adjustable pedestal, for large variation in landing heights and/or tidal range

• Fixed pedestal, in various heights. Thanks to the standard pedestal design the

gangway can be placed at any height.

• Plus gangway length, 23m +/- 4m

• Stairs and walkways, for continuous access

• 150 kg cargo basket at the tip of the gangway

• Hose provisions, e.g. for grouting or chemicals

• Hydraulic power units, available for sales or rental, with the option to be shared

with a BM-T40 motion compensated crane

The Barge Master Gangway is available for sale

or can be rented. The system can be integrated

into a new vessel or rapidly mobilized on an

existing vessel.

Barge Master delivers expert services to

guarantee reliable performance. Services

include workability analysis, operator training

and service level agreements.

Sharing a HPU and more by combining the BM-gangway with a BM-T40 motion compensated crane on one Walk to Work vessel

Jan

100%

90%

80%

70%

60%

50%

40%

30%

20%

10%

0%

Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

H 3.0 m

High workability with a Barge Master Gangway

S

Banner for online offshore magazine

Front and back of a product specifaction sheet

35

Corporate Identity | Exhibition standsBanners | Product folders | Scale models

Visual design Barge Master

Stand design for Offshore Energy exhibition, Amsterdam. Scale model table, own design.

Dynamic, tablet controlled, scale models

Eyecather with projectphotos

Thank you for your time and consideration.

Thank you

Adress:

Phone:E-mail: Web:

Denise STOELLEREbbells Gate 4a

0183 Oslo+47 466 321 05

dstoeller@gmail.comwww.issuu.com/denisestoeller

www.linkedin.com/pub/denise-stoellerwww.nordpa.com