G.I.G Portfolio

Portfolio G.I. Galeno

selected work: academic and professional work

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Gemma Isolde Galeno

REFERENCES

LANGUAGES AND INTERESTS

Zecc Architects | https://www.zecc.nl/ | info@zecc.nl | T +31(0)30 273 1289

Italian | Dutch | English | Spanish

Bouwbedrijf Lemmens | http://www.bblemmens.nl/ | info@bblemmens.nl | T +31(0)43 363 3232

Art | Design | Music | History | Philosophy | Drawing | Painting | Photography |Fashion| Sky-gliding | Meditation

EDUCATION

LEADERSHIP POSITIONS

Bachelor of Building Engineering | University of Technology Eindhoven | 2013-2016

New members director at ZES (Zweefvliegclub Eindhovense Studenten) | 2014-2016

Master Architecture, Urbanism and Building Sciences | University of Technology Delft | 2017- 2019

Project managing Oudeschans and Haarlemmer Houttuinen rennovation projects in Amsterdam | 2019- still in realization

PROFESSIONAL EXPERIENCE

RESEARCH PAPERS

Internship at Zecc Architects | 2017

Sustainability research Paper | publicized in 2016 | award recieved in 2016

Architectural design and building engineering for Bouwbedrijf Lemmens | realization of project in 2018-2019| 2017

Architectural History Paper | Heritage now and then publicized in 2018

Architectural design for private client B&B SOFTWARE SKILLS Poland | 2018 Autocad | highly proficient Architectural design, rennovation and Revit | proficient restoration for private client Residential Sketchup | highly proficient | highly proficient house Oudeschans, Amsterdam| 2019- still Lumion Photoshop | highly proficient in realization Indesign | proficient Architectural design, rennovation and Illustrator | proficient restoration for private client Residential house Haarlemmer Houttuinen, Amsterdam| 2019still in realization

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Contents

Selected Master design projects

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Selected Bachelor design projects

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Selected Internship projects

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Professional projects 64 Creative corner 78 3

Sustainable Heritage

Master graduation studio Heritage and Architecture, TU Delft

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I used my thesis as an explore lab in order to intertwine my two passions; transformation of heritage buildings and sustainability. These two design pillars are both equally important in this thesis project.

The building which I chose for my thesis is Reuversweerd, situated between Zutphen and Brummen. The estate is located close to the Ijssel in a rural area. In 1770 the first building, the farm house, was built on the plot. The family Colenbrander used the estate as a “Buitenplaats�.

After the death of F.C. Colenbrander, baron Syzama buys the Buitenplaats and introduced a new function to the estate; horse breading.

In the meantime more buildings were built and the main house was completed in 1835. During the WOII, the SS took possess of Reuversweerd in order to have a radio station close to the Ijssel and killed baron Syzama. In 1945 the Canadians liberated the estate. The liberation left characteristic scars on the estate which are still visible. From 1945, the main house was left untouched and uninhabited. Only the grounds in and around Reuversweerd were used for agricultural purposes and additional stables were built to support the new function. In 1975 the main house and the farm house were listed as national monuments.

fig 1. Postcard from Reuversweerd 1900

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ite developments Reuversweerd Site developments Reuversweerd Owner; Maurits Pico Pico Owner; Maurits Diederik BaronBaron van van Diederik Sytzama 1868-1939 Sytzama 1868-1939

1770,1770, Farmhouse Farmhouse

1813,1813, F.C. ColenF.C. Colenbrander buys buys the the brander famrhouse and famrhouse land. and land.

Dies in 1875 Dies in 1875

4 April Shootings due to 4 April Shootings due to WWIIWWII

Owner; Johannes Galenus Willem Owner; Johannes Galenus Willem Hendrik BaronBaron van Sytzama 1900-1900Hendrik van Sytzama 1945 1945

13 April FreedFreed by the 13 April byCanadians the Canadians MainMain house and and house farm farm listedlisted t as national monumen t as national monumen

Mansion before the Mansion before the transformation of 1921 transformation of 1921 One of the tree sheds which have One of the tree been demolished to tosheds war which have been demolished to to war

1921

1844

1921

HorseHorse breeding breeding 1844

New u-shaped sheds New u-shaped sheds

1953 1945

Extension cubicle stable Extension cubicle stable

1953

1975

Current owner, Current owner, 2014 2014

1975

1945

fig 2. Site developments

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The aim is to built less and use more. Only three buildings are additionally built in Reuversweerd (see black buildings in fig.4). The main house will adopt a museum function, which will tell the estate’s history, a hotel, which will invite guests to have a stay in several luxurious suites, and conference spaces, which will give surrounding firms the option of renting spaces with full services for events, conferences and meetings.

One of the aims is to reintroduce the horses back to Reuversweerd. The protected natural reserve around Reuversweerd will give horsemen the opportunity to enjoy the nature on a horse.

Hence, the monumental farmhouse will host horses and a restaurant function.

The U-shed will have enough room to host a green house for the hotel/restaurant function, but also for local sell point. The horse stable is an extension of the hotel function with the Ankerschuur as a SPA and wellness function.

The new building on the left of the program diagram will function as a panorama tower and new entrance to the estate. The tower will give surrounding hikers and cyclist the chance to take cover from bad weather, to enjoy the panorama of the surrounding and an eyecatching/landmark for orientation.

The paddock will function as riding school for the horses and a small horse stable is built attached to a horse field. The two fields located on the left and right of the plot can be used for generating green energy. These fields are now PV fields.

PV field

PV field

N

Building the new program around the initial given program, which was conference spaces, gave additional functions in order to revitalize the estate. I started with a general analysis of the estate and came with the following new functions which will help the estate to attract more visitors and attract more live to it:

fig 3. Positiono of PV fields

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Main house: museum hotel conference spaces

New building: panorama tower

Farmhouse: restaurant stables

New building: horse stable

fig 4. Program

U-shed: green house

Ankerschuur: Welness & SPA

New building: paddock

Horse stable: hotel

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After, I dived in into a deeper sustainability research. In this research I focused on the generation of green energy on the plot, smart use and re-use of water and sustainable materials which we can use in the transformation and restauration of Reuversweerd. With solar power and geothermal heat, Reuversweerd can generate more than 6 million kWh electricity per year. This electricity can be used at Reuversweerd, stored in batteries or send to the net grid. In this way we can invite more Electricity distribution plan in order Buitenplaatsen to collaborate together to generate green energy.

On the floorplan down below, we can see all the different buildings on the plot, using generated energy from two PV fields located on the left and right of the buildings. The PV panels are installed on PV trees which can rotate with the sun. The trees will also merge more into the natural surrounding than usual PV fields frames.

The buildings which use hot water (for sanitary purposes or heating medium) are attached to a heat pump (HP) which is 400% more efficient than C.H. heated water.

HP

HP PV PV

HP

PV

PV

PV

HP PV

PV

PV

PV

PV

H2

H2

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Net grid

fig 5. Electricity distrubution plan

historical garden

new garden

The historical garden is restored and preserved.

There is space for a new garden which integrates with the surrounding flora and follows the paths of the historical garden. New planters are introduced to the new garden which filter the black water and the grey water, pumps it back to the toilets and irrigation system. In this way we can save ž of the potable water. natural reserve

historical garden

historical garden

PV field horse field

fig 6. garden typologies

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natural reserve

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The second pillar, transformation of heritage, is about maintaining Reuversweerd’s character and telling the story of the estate.

By restoring the WOII damages whilst still visualizing them in a settled way, the estate is still telling its story. The estate is restored with the help of biodegradable, recycled and/or recyclable materials such as loam, wool and straw (for insulation) and recycled wood coated with Xyhlo biofinish wich protects the wood and gives it a black finish.

All the different buildings are visual connected with the same façade elements (doors and windows) which had to be replaced. These elements have the same materialization, black wood, and are using the original façade openings.

In the monuments, this gesture is also applied but within a different approach. There where a new façade element is needed, it will be redesigned in the original shape but with the same (new) materialization, the black wood. In this way, we create a visual connection between all the different buildings.

Recycled wood

Xhylo biofinish

Loam

Every new design intervention is shown by its materialization.

The main goal is to combine the restoration and transformation of heritage with sustainable solutions and tools.

Wool

Straw

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Interior and exterior war damages

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Tatiane Fereitas

Design Exterior continuity concept

High valued buildings

Medium-low valued buildings

fig 7. facade elements intervention between high valued buildings (monumennts) and lower valued buildings (non- monuments on the plot)

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Design Exterior continuity concept

High valued buildings

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Medium-low valued buildings

Main house: museum hotel conference space

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fig 8. preserved and restored war damages in the museum

fig 9. hotel suite

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Farm house: restaurant horse stable

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fig 10. visual connection between restaurant and horse stable function

fig 11. farm house restaurant and bar

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U-shed: green house

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fig 12. vertical-horizontal green house

fig 13. U-shed with new facade elements

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New building: paddock

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fig 14. interior paddock with Xhylo biofinish coating

fig 15. exterior paddock with Xhylo biofinish coating

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Horse stable & Ankerschuur: hotel Wellness and SPA

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fig 16. interior horse stable turned into an extention of the hotel function

fig 17. interior Ankerschuur turned into Wellness & SPA

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New building: panorama tower

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fig 18. panorama tower’s staircase

fig 19. new entrance from hikers/cyclist path into Reuversweerd

fig 19. panorama tower’s entrance towards the top of the tower and Reuversweerd’s site

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Building without oil Design studio Beyond Oil, TU Delft

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Introduction One of the most new recurrent topic in architecture is the research for new construction materials and innovation. Following this line, as an architecture student, I’m intrigued by the scenario of a world without oil where design methods “don’t” take petroleum use in consideration. This is the concept behind this whole project and I would like to apply these possible methods to a city which has been mostly shaped by the oil era as I believe this make the contrast even more interesting.

Dunkirk offers tree main focal points which can serve this study: i) interesting heritage of the city, ii) the aging of the city and iii) the pollution (also left by the oil era). In the next poster those three facts will be elaborated and a proposal for improvement will be provide for each of them and for the whole city itself.

Heritfage of Dunkirk

I believe it is important to preserve and embracing the heritage of Dunkirk. Each existing building, created in the course of time and shaped by the WWII and the oil era will be preserved as much as possible, renovated and restored in order to mantain Dunkirk’s open history book. This project will be a dance between authentic and contemporany design. Not clashing with each other but coexisting with eachother.

Halle aux Sucre

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FRAC

Total refinery

Aging city

Pollution

Dunkirk is an aging city. Part of the reason is due to the obvious consequence of the baby boom after the WWll. Another reason is the unemployment. After the closure of BP and the structure changing of Total, young people went away from Dunkirk.

In order to attract new young people/starters to the city, the citty is offering new jobs opportunities and education. This should be done focusing on Dunkirk strong points. Since 2013 Dunkirk is part of the Higher Institution Cities, improving connection Dunkirk with the rest of the French university institutions and new investment in

infrastructures such as a new campus could attract students and professionals.

The causes to the pollution are mainly: the pollution from refineries, from SEVESCO and from the factories. A possible solution could be: cleaning the soil, but who is doing that? Answer: the municipality with the help of; Researchers, universities, students and professionals in the field of ecology, biology and engineering. Dunkirk is a living lab, a case study for the campus and students just next to their doors.

park cillos landscape research and retail

Plaisier Dock and living lab

restaurants child care

sports

cafe s event hall cinema

outfoor sports

re bl

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Sollution

The main idea/proposal is to build an university campus with different faculties like biology, agriculture and engineering located in the old harbor between the city center and the industrial area. Each dock has a different function. Starting with the construction of the first Dock 1 (right) which contains the faculty buildings. Dock 2 is the research dock with a library, greenhouse, offices and a laboratory. Dock 3 is dedicated for student and employees residential buildings.

Finally, dock 4 and dock 5 are the so called Plaisir docks which contains sport facilities, events halls, shops, restaurants and so on. The docks are built from right to left in a timeline, starting with the most important docks; dock 1 and dock 2.

grand markt

s

offices and research center

Plaisir Dock

resitential block

resitential block

Residance Dock Research Dock lab

resitential block

lecture house

resitential block

research and university center

greenhouse

esitential lock library

plantage park

Biology faculty

Organic chemestry faculty

Engineering faculty Engineering faculty

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Landscape design faculty

Park

Faculty Dock

Building without oil tools

Materials and transportation

The biggest fields within the building environment where oil is used are materials, transportations and construction. If we can reduce this petroleum usage within these fields we are already making big steps. This second half of the project is about construction and design methods which tries to use as less as possible energy and oil.

Dunkirk has concrete, steel, glas and pumice stone as local material. We can use materials which don’t contain petroleum and materials with a low amount of embodied energy.

Bellow we can see different materials with their embodied energy. We can see that bamboo (bamboo beams or colums) has the lowest amount of embodied energy in its production.

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Construction

We can chose for local constructors. For a further future we can make use of environmental friendly machinery and transport. Since Bamboo has the lowest embodied energy percentage, the main idea is to make a plantage in order to harvest bamboo and using the bambo as main construction material. Different bamboo species can resist colder temperatures. The idea here, is to design the research office with bamboo skeleton and a concrete (reinforcedd with bamboo strips) core. For highrise buildings, a new joint methods is designed and showed down bellow.

step 1

step 7

step 2

step 8

step 3

step 9

step 4

step 10

step 5

step 11

Modular bamboo construction for high rise with bearing facade step 6

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step 12

Energy

We can take advantage of the sun, wind speed and pressure differance. One of the interesting wind speed-pressure applied physics models is the Venturi model. He showed us the difference between speed and pressure in different area’s in his model. The formula for this model tells us:

air. We can use the last one for heat storage. This heat can be used in the winter for warming up the cold water. The tubes have to be insulated very well.

P1+ 1/2ρv12 = P2+1/2ρv22 P1+ v12 = P2+v22 ->V1=V3 This formula tells us that the speed in v3, v5, will always be the same. We can add this principle in a windtube that catches the wind and leads it to the apartments. The wind is pushed from the bigger tube chamber into the apartmentthanks to the high pressure in this chamber. The smaller tube chamber has a lower pressure. If we add an opening to this chamber into our apartment, air can be sucked into the Vertical Venturi Tube for example warm air that rises up. Now we have two different Vertical Venturi Tubes. One for fresh air; ventilation and one for warm raised

Venturi tube for natural ventilation

Ventilation system based on Venturi principle

fresh air

V1

A1

P1

V2

A2

Area A1>A2 Speed V1<V2 Pressure P1>P2

P2

A1

Heat storaige

P1

ari warming up

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An half-dimond shaped element is possitioned on the facade. Solar pannels are placed on the upper half of the element on a slope of 50 degrees and the bottom part of the dimond is made out of glass. This makes it possible to protect the interior from direct sun light during summer time and in the meantime catches the solar radiations on the PV pannel while the glass on the bottom of the dimond shaped modular facade element, makes it possible to see the surrounding. There are corssectional bamboo beams holding the facade and the facade elements together.

Front vieuw of pre-fab element with solar panels and windows incorporated

Solar pannel

Glass

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Section with prefab-element

City center

Industrial area

Dunkerque + B Industrial area and docks

City center and dock 1 Perfect campus location between city and industrial area

Dock 4 start building 2030 - finishing 2035

Elaboration of the research dock 2, the beating heart of the campus where the birth to the innovation is given. There are 3 heritage buildings which will be preserved.

Connection between the city, the industrial a water is shaped into the dock for irrigration s ed.

Dock 4 start building 2026 - finishing 2030

Docks section scale 1:500

Longitudinal section scale 1:200

Ground floorplan scale 1:200

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Building without oil = City center

area and the other docks. The system after being desalinat-

Dock 3 start building 2020 - finishing 2025

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A volume is placed between the two warehouses where once pumice stone was stored (Cogeblock). One part of the volume would be built with pumice stone to embrace the history of the dock. The other part of the volume would be a landmark where Dunkirk can admire, from different parts of the city, the beating heart of the campus and future of the city.

Dock 2 start building 2018 - finishing 2022

All the docks are surrounded by bamboo plantage. This plantage will give a green missing charachter to the old harbour and will give a new local material to Dunkirk which can be used for constructions.

Dock 1 start building 2018 - finishing 2022

Reference project, Warehouse Zecc

Gree

Library

38 Bamboo plantage

Lab Restaurant/cafe

Office building

Bamboo storage and drying chambers

en house

Bamboo cutting processes

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Bring back Aâ&#x20AC;&#x2122;dam Design studio Dwelling, TU Delft

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This architecture studio challenged their students to re-design this part of Amsterdam West. The design is meant for new-commers with their new destination towards Amsterdam.

With new-commers we understand young professionals, refugees and students. I designed my Kattenburg fragment with the intension to keep the ‘Amsterdamse’ architecture in mind.

As mentioned by professor D. Rosbottom; “Because technology has allowed us to make everywhere equivalent, everywhere has, increasingly, become nowhere.” This inspired me to try to merge contemporary architecture with authentic ‘Amsterdamse’ architecture.

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Based on the Bastion structure (a given urban framework) Kattenburg is now surrounded by a apartment complex which â&#x20AC;&#x153;protectsâ&#x20AC;? the inside of the district by its mass and height from the busy road that goes from West to Noord-east of Kattenburg. Inside the Bastion, smaller blocks with smaller single-family houses are located around different courtyards (like within the framework distribution of a medieval city or village). Links are made with the Marineterrein (in the North of Kattenburg), Wittenburg, Javaeiland and the city center. Around every bigger square, shops or catering facilities are surrouning the square.

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Apartments entrance and routing

Axonometry of Kattenburg blok fragment

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Paking underneath roof gardens

Shops on street angles

All floor plans are based on the medieval floorplans in Amsterdam. The facades and materializations are also comparable to the old architecture in Amsterdam. The windows, doors and sizes of the floorplans are also related to their ancestors.

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1

1. Insulation 2. Underfloor heating 3.

Kielsteg prefabfloor 280 mm 4. L-profile with rubber 5.

Ceiling-cooling 6.

Window frame 7.

Manifold underfloor heating 8. Sterling board 9.

Waterproof and vapour-open layer 10.

Vapour-open layer 11.

Tricoya 10 mm cladding pannels 12.

Finishing layer, plaster on gypsum 13.

Fireproof rubber Elastomer composed of 100% neoprene 14.

Drainage layer 15.

Elastic sealant 16 CLT 3 layers, each 40 mm 17.

CLT 6 layers prefab floor element

12 9 14 6 8 15

10 8 16

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10 9 11

50

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Pavilion

Design studio Small Scales, Bachelor TU Eindhoven

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Assignment: Design a tea pavilion which can be placed in different locations. The pavilion has to have a 360 degree view over its location.

My scope was to make a shape which can collect rain water and which function as a chimney that invites fresh air from outside and expels heated air through the building, to the outside. The roof has an angle that can be used to collect solar energy by PV panels. Starting from a simple rectangular shape. If the corners of the roof are elevated and lowered an interesting funnel shaped shape is created. With this shape rain water can be collected and each higher corner can function as heat chimneys.

Further more I wanted the construction to be visual. I was inspired by Junya Ishigami and his design for the Kanagawa Institute of Technology workshop pavilion (see image on the right). He created a forest of rectangular compression and tension columns all directed in a different orientation which would mimic the “random” spread of the trees into a forest. I took his same technique and added a bit more drama to it. All the columns are directed towards the entrance/ exit. In this way, when entering the building, the columns will be almost invisible for the visitor.

When walking around, the columns will have a much more present appearance. Thanks to the difference in position of the columns, small area’s are created where the columns are not places.

x2

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Side view 1

Side view 2

Front and back view

Top view

Floorplan

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Axonometry with passive ventilation and active heating/ cooling system

Summer Winter

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Defensie Island, Woerden

Zecc Architects, Internship, Utrecht

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â&#x20AC;&#x153;For the former Defense Island in Woerden, Zecc has designed a compact apartment building and a number of special homes. The houses are focused on the water and in terms of form and material the plan refers to the work sheds that were on the island.

Zecc works on behalf of Blauwhoed and Vorm on the plan in collaboration with Groosman.â&#x20AC;?

Assignment: - Brainstorm about floorplan layouts, facades and materialisation - Designing floorplans for Blok Z5 - Drawing floorplans

renders by DPI

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Wisselspoor, Utrecht Zecc Architects, Internship, Utrecht

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“Located behind the railway line the former Royal Dutch Factory for Tools and Track Equipment, also known as Werkspoor, is hidden into an oasis of tranquility in the middel of the city center in Utrecht. In the coming years, this area will be transformed into a residential environment and preserving the industrial heritage: such as the old halls and parts of switches and tracks.

That makes Wisselspoor a ‘tough piece of city’. In addition to a varied range of homes, you will find interesting facilities, such as craft catering and creative entrepreneurs. The perfect balance between relaxed living and inspiring work. With Wisselspoor we lay the link to the past and make it a surprising place that Utrecht can be proud of.”

Assignment: -Study of surrounding architecture.

Based on the analysis results; designing and studying all facades possibilities.

- Co-designing floorplans.

- Drawing floorplans and facades

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renders by Moare

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Noordenhaven Veld 4 Zutphen Zecc Architects, Internship, Utrecht

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â&#x20AC;&#x153;Zecc has been commissioned by Heijmans Vastgoed to design approximately 80 homes in the Noorderhaven planning area in Zutphen. Together with KCAP Architects & Planners. Zecc designs an urban block of about 140 homes. The block is located on the IJsselfront in a new inner harbor. The closed block includes a parking facility, groundfloor dwellings and a series of apartment blocks around a shared courtyard.â&#x20AC;?

Assignment: - Co-designing floorplans, facades and sections - Making final drawings

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renders by Moare

Contect, facade analysis

Modern interpretation of surrounding facades

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Kurhotel. Gulpen

Architectural design for Bouwbedrijf Lemmens, Maastricht

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â&#x20AC;&#x153;The view of Residentie Kurhotel is based on the contours of the fore- a mere Kurhotel, dating back to 1898. The new complex contains high-quality apartments around a patio. The apartments are all unique and can be arranged as desired. The standardarea of the houses varies between 80 m2 and 120 m2. In addition, it is possible to combine two apartments to a large living unit. All apartments have an outdoor space, varying from a terrace on the ground floor to balconies. The homes can have a parking space and a storage room in the basement.

The houses are all per elevator accessible.â&#x20AC;?

Assignment: - Designing floorplans, facades, sections and materalisation - Construction consultant - Making of final construction drawings and renders

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Ground floor

First floor

Second floor

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Back facade

Front facade (Rijksweg)

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Air B&B

Private client, Krakow

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A private client asked to make a cute little loft for his new Air B&B. I had to find out creative ways to realize what the client wanted in a short amount of time and budget. The result is a lovely loft in Krokow for one or two persons.

With a private bathroom and kitchen. There is a brick and eco-wall situated on one side of the room to give even more character to the room.

Assignment: - Designing the whole project - Construction consultant - Making of final construction drawings, renders and pictures

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Haarlemmer Houttuinen Private client, Amsterdam

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With this new assignment, the private client gave me the opportunity to grow in the field of renovation design and project managing of restoration and renovation projects. This project is about renovating a beautiful Amsterdamse house/warehouse from 1900 into a private urban zen space.

The main goal is to combine the authentic façade with a modern interior dedicated to the clientâ&#x20AC;&#x2122;s passion; meditation. Only biodegradable, recycled and recyclable materials are used. The main sculpture of this project are the safety rails of the stairs.

The stairs play a big role in floorplans and this project is built around this transition tool

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between spaces, the staircases. Wooden waves from recycled wood are created which function as stair railing. The waves are mimicking the positive waves which are emitted from the morning sun and perfectly follows the different moon inclinations during the month. This project required conceptual thinking and technical skills.

Assignment: - Designing the whole rennovation project - Project managing - Making of final construction drawings, 3Dâ&#x20AC;&#x2122;s, renders and pictures

dak

10390+

3e verdieping

7170+

2e verdieping

350

4000+

1e verdieping

peil = 0

souterrain

voorgevel

2780

souterrain

doorsnede A-A

4950

100

5525

VKR 100

4640

8025

8370

BE

6745

2615

100

BE

1925

100

1940

BA

933

600

120

BU

120

5240

VR

5730 3937

860

2690

2690

4750 100

maaiveld = 150-

980-

achtergevel

3200

1870

begane grond

2070

1400+

310

begane grond

3650

2250

2820

2870

350

2770

13560.+

350

Floorplans, sections and facades

5075 1685 155

1200

2035

160 1160 220 1100 10

350

1900

BU

1780

100

4850 5515

souterrain

2970

383

1855 1465 935 1020 100 1265

4435 11125

11125 3210 155

1780 282

100

3070 4950 5515

begane grond

283

220

1200

1360

5075 5515

1e verdieping

2515

220

3825

155

3825 2600

BA

220

2885

155 5075 5515

2600

10970

4530

1560 2200

2200

282

BE

125 1100

120 2145

7100

VR

7100

WC

mk.

10970

100 1240 100

3400

12030

BE

8655 155 1355

155

1290

1290

1290

7565

4960

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3780

VR

3870

1980

2580

1065

2645

1620

415

22110

22110 2125

100 22110

22110

100

dl.

VR

2035

1880 220

220

2e verdieping

3e ve

86

10390+

10390+

2e verdieping

7170+

7170+

1e verdieping

4000+

4000+

1400+

1400+

310

peil = 0

peil = 0

980-

980-

2870

350

3e verdieping

2820

350

2e verdieping

350

1e verdieping

2250 3650

310

2250

350

2820

350

2870

350

2770

3e verdieping

2770

13560.+

2070

begane grond

maaiveld = 150-

souterrain

doorsnede B-B

begane grond

souterrain

doorsnede C-C

Renvooi beton systeemvloer houten vloer isolatie tegelwerk

bestaand metselwerk nieuw metselwerk lichte scheidingswand scheidingswand brandwerend houten wand kozijn met draadglas kozijn met glas kozijn met paneel

st

w.b.d.b.o. 30 min w.b.d.b.o. 60 min mechanische ventilatie natuurlijke ventilatie ventilatie standleiding

VR VKR BE BA WC

verblijfsruimte verkeersruimte bergruimte badruimte toiletruimte

30 60 mv

deurkozijn

n

V 30

deurkozijn w.b.d.b.o. 30

60

deurkozijn w.b.d.b.o. 60 deurkozijn zelfsluitend

5860

mk. k. ls. dl. iso. wm. dro. afz. hwa wk. cv r rga rm

meterkast kast leidingschacht daklicht isolatieglas wasmachine droger afzuigkap hemelwaterafvoer werkkast centrale verwarming radiator rookgasafvoer rookmelder conform NEN 2555:A1 deurbel riolering

3360

2400

350

1180 00680185

0

dak

13560.+

2070

dak

4750

BU

Situatie 1:1000

2350

Kad. bekend: Gemeente Amsterdam Sectie: M Nr.: 1776

220

cv

MAATVOERING:

Alle maten in het werk controleren en eventueel in overleg aanpassen aan de bestaande bebouwing.

6270

dl.

MATTHIESSEN

VR

Loevestein 32 1082 XJ Amsterdam

bouwadvies

e-mail: info@matthiessen.nl www.matthiessen.nl mob.: 06-23964397

werk:

Haarlemmer Houttuinen 61 Amsterdam opdr.:

155

N. Peak

3040 5075 5515

220

erdieping

onderdeel:

dak

schaal:

get:

87

bestaande toestand 1:100 PM

datum:

29 mei 2019

formaat:

594 x 1025

werknr.:

wijz.:

19-043

tek.nr.:

B01

The waves stair waves dak

10390+

3e verdieping

7170+

2e verdieping

4000+

1e verdieping

Cellar waves

voorgevel

Position of the waves

1870

4750 100

begane grond

1400+

peil = 0

souterrain

maaiveld = 150-

souterrain

980-

achtergevel voorgevel

2780

1870

4750 100 4950

3650

begane grond

350

2820

350

2870

350

2770

13560.+

achtergevel

2780

5730 3937

860

4950

933

2690

2690

120

600 5525

8370

6745

8025 1900

22110 2645

1065

100

4850 5515

souterrain

2970

383

1780 1780 100 100 30702970 282 282 49504850 5515 5515

begane souterrain grond

283 383

1290 220

1200 282

1780 3070 1360 100 2515 5075 4950 5515 5515

220

283

1e begane verdieping grond

88

11125 3210 155 3825

4530

1560 2200

4530

Wave position

1780

2200

2200

2200

282

100 1240 100

10970

VR

7100

10970

WC

7100

12030

3400

WC

2145

1560

2145

mk.

120

mk.

100 1240 100

Wardrobe Wave

3400

BE 12030

BE

1290

1290

4960

3870

415

2580

22110 2125

100

VR

4960

1980 7565

1290

7565

22110

22110

22110 2125 22110

100

1065

BU

1980

BE

VR

22110

100 22110

1925

1925

dl.

BE

120

120

2690 120

100 2615 100

4640

100

8370

BE VKR

100

4640

Stair Wave

100

100 6745

100 2615

100

BE VKR

BU

1940

BA

1940

BA

3200

VR

5240

BU

100

120

5240

VR

3200

Cellar Wave

2690

The floorplan

W1

W2

Cellar waves

Wardrobe waves

Detail C2

Detail S1

Detail S2

Detail W1

Stair waves

Detail W2

S1

C2

S2 C1 Cellar waves

89

Detail C1

90

91

Oudeschans

Private client, Amsterdam

92

For the renovation of the penthouse on the Oudeschans, located in the centre of Amsterdam, this client gave me the opportunity to be creative with high-ceiling spaces. The assignment is to renovate this penthouse from 1850 into a play full and sustainable apartment. The walls and ceilings are re-plastered with loam, the parquet is made out of recycle wood and the apartment will mainly powered by its own PV-panels. The house is insulated with an 80 mm sheep wool insulation. The wool is produced by an animal-friendly certified company and is mule-free.

93

Assignment: - Designing the whole rennovation project - Project managing - Making of final construction drawings, 3Dâ&#x20AC;&#x2122;s, renders and pictures

1st floor

2nd floor

94

95

The

Tipi

Tent competition for Lowlands, 2019

96

As a festival lover and architecture student, I was always wondering how we could improve the camping or festival live of a visitor.

With this opportunity I am trying to design a tent which solves my personal and my friends problems while camping. Waking up while boiling inside your small tent, with the neighbors pumping up the music already at 6 am while getting bitten by the surrounding mosquito’s which sneaked into your tent is not one of the most pleasant start of your day. Then you have to try find your toothbrush which was yesterday right there in the corner of your tent but it’s too messy and dark so you try use your phone for light. Oh… the battery is dead. This sounds more dramatic than it is. Let’s be honest, this primitive way of camping has its charms but why not ease our festival experience with a comfortable tent? With this tent, my aim is to create a comfortable temperature, private and common space, storage space and why not, adding electricity to the tent. My aim is to use recycled/recyclable/biodegradable materials for the tent while producing green energy during the day. In this small slide show, I’ll invite you inside my brain in order to explain my concept for my tent design.

97

Step 1 Rules and personal preferences Rules: Max. tent lengt: 4m Max. people in the tent: 10 Frame material: No wood Preferences: Easy to built Modular Eco-friendly materials Waterproof Ventilation Privacy and common space Extra: Electricity Insulation

Tipi Tipi Step 3 Elaboration of shape Using the tipi shape as base and rotating it 180 degrees on its y-axis. In this way we can create more private sleeping areas which are offsetted from the ground (there where your neighbors are the loudest). A common area can be placed on the ground floor.

Creating a heat chimney effect for a comfortable indoor temperature. Raising up the tent on a platform can stimulate freshair input. Warm-air getâ&#x20AC;&#x2122;s exhausted thanks to openings in the ceilings.

98

Paper tube structure Ref. Shigeru Ban

Base paper tube columns can be attached to the foundations with a similar hybrid-bamboo structure system

Ground floor platform, private room floor and ceiling can be made with a platform of paper tubes attached to eachother

99

With screwfoundations, the tent can gain its stability in a quick way

Step 4 Structure Materials Shigeru Ban designs and builts beautiful eco-friendly buildings with paper tubes. His temporarily paper buildings are so resistent that most of them became permanent buildings. The tent structure can be built completely with these paper tubes. In combination with metal joints and tubes ends filled with concrete, the whole structure system is easy,light and quick to built.

Step 5 Tent sheet materials

Recycled plastic

The exterior- and interior tent sheet material can be made with recycled plasitc. We can litteraly turn the festival waste into comfortable tents. Another option is muskin which derives from mushrooms. Muskin is completely biodegradable, breathable and waterproof. As an extra option, in order to insulate the tent, we can decide to fill the spaces between the exterior and interior tent sheet with straw. The straw has a high R-vale, is biodegradable and will keep the indoor temperature more constant.

Step 6 Structure

Muskin

Straw

12 screw foundations in ground

100

Step 6 Structure

Metal joint

Paper tube

Roof openings for ventilation Paper tube platforms 5 solar panels as roof for heat chimneys

Recycled plastic or musking Paper tube platforms

101

Step 7 Aesthetics

The tent looks like a cousin of the tipi tent.

The angles on each corner can reserve an Step 7 area. With an indoor common space etics outdoor Aesthetics of 3x3 meters, a height of 4 meters and four private rooms of 3x1,6 meters this tent creats ooks like a cousin of the tipi tent. The angles on each different space Thecommon private The three tentan looks like aarea. cousin of areas. the tent.

The angles on each an reserve outdoor With an tipi indoor rooms are sectioned with curtains between corner can reserve an outdoor area.

With an indoor common 3x3 meters, a height of 4 meters and four private rooms A theof common area.

In theofdifferent corners in space 3x3creats meters, a height 4 space metersareas. and four private rooms meters this tent three different The 3x1,6 meters with thisand tent creats three different space areas. The omsofare sectioned curtains between the common the common private area, there is room private rooms are sectioned with curtains between he different corners in the common and private area, for storage. Thin sheets of recycled plastic orthe common area.

In thecan different corners in common and private area, om for storage.

Thin sheets of recycled or muskin be hanged upthe inplastic order tomuskin creat there fortostorage.

Thin sheets of recycled plastic or muskin anged upisinroom order creat cabinets forAnother the occupants. cabinets for the occupants. option can hanged up parts in order toopenable. creat cabinets the occupants. option is be to make these also In thisfor way is to make these parts alsoparts openable.

In this Another to make these also windows openable. In this way an create a option bigger is inside-outside space. Small thearea tent create insidetent can create aoutdoor bigger inside-outside space.

Small windows d inthe theway private forcan view.a bigger outside space.

Small windows are added in are added in the private area for outdoor view. the private area for outdoor view.

3000

3000

1600

Top view Top view

1600

3000 3000

1600

1600

3000

1600

4000

4000

4000

Side views Front view

1600

4000

4000

3000

A

Section A Side views

Section A

102

Axonometry of the section

Axonometry of the private and common space

103

104

105

Creative corner

Drawings, sketches, paintings, photographs and sculptures by GG

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123