Portfolio Hugo Kooymans by Hugo

PORTFOLIO HUGO KOOYMANS

Architecture Portfolio Bachelor, Master and professional work - Delft University of Technology [2020]

PROFESSIONAL WORK Curriculum Vitae 4 Studio work EGM 6 Office extention Utrecht

Work VOLUUT 10

GRADUATION PROJECT Data center with hotspring in Parkstad

// 1st prize data center residual heat awards 2019

STUDY PROJECTS Basketball bridge 16 Soda factory 20 Redesign Nirwana 24 Art Gallery Rotterdam 26 Modelling studies 28 House with a studio 30 Timeline 32

Curriculum Vitae

CURRICULUM VITAE Name Hugo Kooymans Nationality Dutch Born 30/06/1992, Arnhem, NL Current address Pisanostraat 296 -10 5623 CJ Eindhoven The Netherlands Tel +31642936287 Mail hugokooymans@gmail.com Website s https://nl.linkedin.com/in/hugo kooymans-19042731

OTHER 2019

Winner Data Center Residual Heat Awards 2019 (1st prize) Graduation project Delft University of Technology

2018

Nomination for shortlist design competition ‘Reinvent the habitat’ Modular house design for elderly

2016 Editor Pantheon // Committee (writing about architecture) Delft University of Technology 2006

Player for the Dutch National Basketball Team U16

EDUCATION

SKILLS

2015 - 2018 Delft University of Technology (Delft) Master of Architecture, Urbanism and Building Sciences, Studio Architectural Engineering & Studio Heritage. • Graduation project: ‘Hotspring for Parkstad: Synergy between a datacenter and hotspring in the Sibelco quarry’. • Awards: Winner Data Center Residual Heat Awards 2019 (1st prize). 2015 KTH Royal Institute of Technology (Stockholm) MSc2 - Elective courses & 2 design projects 2012 - 2014 Delft University of Technology (Delft) Honours Programme Bachelor • Design workshop in Florence & history research paper in Rome (Italy).

Software experience Rhino Autocad Archicad Revit Sketchup Pro V-ray Photoshop Illustrator Indesign Enscape

2010 - 2014 Delft University of Technology (Delft) Bachelor of Architecture, Urbanism and Building Sciences 2004 - 2010 Arentheem College (Arnhem) VWO (Science & Technology and Science & Health)

Physical

Sketching, Physical modelling, 3D printing, Laser cutting

Languages Dutch (native) English (professional working proficiency) German (elementary proficiency) Spanish (learning)

EXPERIENCE

INTERESTS

14/10/2019 - 14/04/2020 Assistant designer at EGM architecten (6 months) Dordrecht

Other

Travelling, nature, basketball, running, fitness, cooking, Mexican food, Spanish language, reading books.

01/01/2015 to date Co-founder VOLUUT (5 years) Delft 15/06/2018 - 15/11/2018 Building engineer at Archivolt Architecten (6 months) Amsterdam 08/02/2016 - 30/06/2016 Internship White Arkitekter AB (6 months) Stockholm 08/09/2014 - 02/10/2014 Project employee ABF Research (1 month) Delft 2010 - 2019 Designer at Fons Kooymans Interieurarchitect Arnhem

STUDIO WORK EGM | Location Year 2020 Project duration Subject professional work Office EGM architecten

Background In the studio of EGM I have worked together in a enthusiastic young team on different design projects such as a private hospital and a hospital poli. For these projects I have done design studies in Rhino and Sketchup. Also l produced visualizations for the clients and for communication purposes.

STUDIO ASSISTANCE

STUDIO WORK EGM | PROFESSIONAL WORK

OFFICE EXTENSION UTRECHT |

combining the old and the new

Location Catharijnesingel 48, Utrecht. Year 2020 Project duration 4 weeks Subject professional work Office EGM architecten

Background This project is about the development of an existing office building in the center of Utrecht. The new office has an addition on the side and one on top of the roof. As you can see in the visualization, the new part sticks out a bit at the side, which emphasizes the contrast between the old and the new volume. By adding a cantiliver on the balcony of the 7th floor, the line of the the existing building is continued to form a whole. Also vegetation is added around to make a pleasant work environment.

existing situation back

Responsibilities In this project I was responsible for developing a simple mass-study into a design proposal by making three visualizations, all floorplans, facade drawings and a section to show the municipality the potential of an extension.

existing situation front

mass study extension

OFFICE EXTENSION UTRECHT | PROFESSIONAL WORK

floorplan study 1:200

WORK VOLUUT Project 24Tiny Status Realized Year 2017 Project duration 1 year Subject Professional work VOLUUT Today’s market and economy are changing. There is a greater need for a ‘pop-up’ culture with the emphasis on temporary and flexible structures. To reflect on this culture, VOLUUT designed a house that is movable and always on the road. The project is called 24tiny and showcases how you can live and work on a minimal footprint. The house is fully self-sufficient and is ‘travelling’ throughout the Netherlands to promote a sustainable lifestyle.The client was looking for an expressive and unique form for the design of this house to show how attractive sustainable housing can look. Since the house was required to be mobile, VOLUUT carefully considered the size and weight of the house. Based on these requirements the house was composed by a completely open and light central space that connects with

the environment. This space is meant for the resident. In addition to this space, two functional triangular ‘boxes’ on each side containing the equipment for sleeping, cooking, showering, storage and technique completed the house. In this way the kitchen, a small bathroom, a bed and even some storage space are organized efficiently around the center. In order to be mobile and function off-grid, the house is designed to work completely self-sufficient. Solar panels (LG) are integrated in the triangular façade and deliver electricity to the batteries inside. In this way the house has electricity during day and night. An infra-red panel in the ceiling delivers heat for the house and an electric boiler delivers warm water.

bathroom

storage

Living

bed/lounge

installations

kitchen

WORK VOLUUT | PROFESSIONAL WORK Project House for the elderly Status Design Year 2018 Project duration Design in progress Subject Professional work VOLUUT The design competition ‘Reinvent the habitat’ asked for new living concepts. Our submission made the shortlist of 20. The design focuses on a comfortable and affordable house for elderly made with modular building panels. The blackbox offers 65m2 of living space with a ceiling height of 3 meters. The spacious box has a two sided orientation that optimizes the view and daylight for the residents. Therfore the two other sides can be fully closed and filled in with standard modular panels. Since no windows are added on the blind sides no window openings have to be cut out. The setback of the open sides provides shading and forms a covered terrace for the residents. The box is filled in with a interior block that consists of the bathroom and the technical space. Against this interior block the kitchen and a

storage space can be build. The interior block only has sliding panels, no regular doors are part of this design in order to minimize cost and maximize living comfort. We propose a prefab structural insulated panel (SIP) that also includes the outer facade layer. By creating a ‘total’ panel solution we can minimize the amount of details and the amount of construction time. This panel is used for the facade and the roof. The modular panel consists a thin exterior and interior material with EPS insulation inbetween. The outer skin consists of medite tricoya (durable mdf ) and the interior skin of underlayment.The total panel can be transported to the building site. On the building site the panels can be installed quickly and easy by only using screws.

THE MODULAR ELEMENTS CAN BE PREFABRICATED IN A FACTORY. BLACK TEXTILE FABRIC IS ATTACHED TO THE STRUCTURAL PANELS...

THE BUILDING ELEMENTS ARE TRANSPORTED TO THE BUILDING SITE...

THE BUILDING ELEMENTS ARE INSTALLED WITHIN ONE DAY. ONLY THE JOINTS BETWEEN THE BLACK TEXTILE FACADE HAVE TO BE FIXED...

THE HOUSE IS COMPLETED!

DATA CENTER WITH HOTSPRING IN PARKSTAD | Location Sibelco quarry, Heerlen, IBA-parkstad. Year 2018 Project duration 6 months Subject Graduation project Tutors Annebregje Snijders and Paddy Tomesen Awards Winner Data Center Residual Heat Awards 2019 (1st prize) Background With the shift towards a digital economy the demand for ICT-capacity is growing fast. The fundamental node of this infrastructure is the data center. With the idea of the ´smart city´ as a future perspective, the question rises how the physical manifestation of the data center should be in the built environment. But, as important, how it could work together in energetic synergy with other functions or buildings.

Two functions, industry and leisure, that seemingly have nothing in common, are combined and can profit from each other when designed within one system. The data center is cooled with water from the hotspring and the hotspring uses residual heat from the data center. The data center consists of three towers, where de servers are arranged around a hotcore. By thermal updraft the residual heat is transferred by air to to the top of the tower. There it is (indirectly) cooled by the water from the hotspring.

Impact & Design Data centers in the Netherlands consume the same energy as 1 million households of which most part goes to cooling the servers. So how can we integrate the data center in the built environment without building just another anonymous box? This design proposes a synergy between a data center and a hotspring at the Sibelco Quarry in Parkstad, Limburg.

Future Parkstad Visiting the Sibelco Quarry in 2030 will be sensational. Industry and leisure are combined here in a unique way. Bathing in warm water with fine white silversand while seeing the large industrial towers at your side.

hotspring

35°C

helophyte ﬁlter

helophyte ﬁlter air to water heatpump heat exchanger heat exchanger

AHU 40°C

16°C

outside + 16 °C

servers

outside air in outside air out

chiller

exploring a new synergy between industry and leisure

DATA CENTER WITH HOTSPRING IN PARKSTAD | GRADUATION PROJECT

entrance hotspring

showers

restaurant

changing rooms

entrance datatower

technical space

server space

office and viewpoint

cooling water heat pump

power cables

cold air ducts

cooling water chiller

12TH FLOOR - TECHNICAL SPACE

1ST FLOOR - TECHNICAL SPACE

6 15

2ND FLOOR - BATTERIES AND TRANSFORMATORS

9 8 7

5TH FLOOR - SERVER SPACE AROUND HOT CORE

13TH FLOOR - OFFICE AND VIEWPOINT

1 plate heat exchanger (circuit to heatpump) 2 shaft for cables and waterpipes 3 dieselgenerator 4 plate heat exchanger (circuit to chiller) 5 transport door (3000 mm x 3000 mm) 6 shaft for network cables and electricity 7 cold aisle 8 hot core 9 server 10 cooling air ventilation duct 11 air to water heatpump 12 industrial blowers 13 airhandling unit with heat recovery 14 water chiller 15 computer control room 16 pantry and toilet 17 meeting space

DATA CENTER WITH HOTSPRING IN PARKSTAD | GRADUATION PROJECT

BASKETBALL BRIDGE | claiming and upgrading an existing bridge Location Hallunda-Norsborg, Sweden Year 2015 Project duration 5 weeks Subject Pavilion Tutors Tor Lindstrand and Karin Matz The aim of this project is trying to find a representation for the Swedish social movements called ‘Folkrörelser’ in public space. In reality these associations could be sports -, cultural-, or educational organizations. These associations can be found in all neighbourhoods, but mostly with a poor visible and spacial representation. My project was about the sportsassociations in Hallunda Norsborg. I created a sportspavilion in the form of a basketball court which is connected to an existing bridge. I chose this location because it’s the entry for people coming from the nearby city Fittja, it’s

visible from the highway and contains a spiralramp for pedestrians. The addition of an extra spiral ramp and a basketball court gives this bridge new program in an economically viable way. The volume of the pavilion is big but at the same time there is not much material used. The pavilion works as a representation of the sportassociations by showing the program, the basketball court, directly. Users of the bridge can use the spiral ramp down to continue there way or go up and play basketball. Also for people who are running, the pavilion can be a stop to do excercises and then continue there run.

Existing situation...

Make place to play basketball or doing excercises...

BASKETBALL BRIDGE | STUDY PROJECTS

1:500 study location model

Southwest facade

1:200 3D printed model

Northwest facade

BASKETBALL BRIDGE | STUDY PROJECTS

SODA FACTORY | creating space for creative entrepreneurs Location Schiedam Year 2015 Project duration 10 weeks Subject Heritage & Architecture How to deal with an old soda factory? What kind of program would fit? The soda factory in Schiedam exists out of two old warehouses called ‘Lijfland’ and ‘Coerlandt’. They were built around 1800 and were used for storage during the successful period of the alcohol industry in Schiedam. Later the buildings were transformed into a soda factory which is still visible in the historical traces. For example the wooden load bearing construction is damaged. In 2012 the warehouses were saved from demolishing and bought for 1 euro by the sodafactory cooperative association.

The program of the new design consists of rentable space for creative entrepreneurs, flexible spaces and a cafe restaurant. To make a ‘third life’ of the warehouses possible, the warehouses need a catalyst. Thats why I proposed an investment in the space around the building to make the warehouses visible and attainable. Secondly also an investment in the infrastructure of the warehouses itself. The spaces are dark, low height and only reachable by small wooden stairs. The diagrams below explain the spatial intervention. The connection that is created between the

buildings by removing the inner facades is an important step to create more open floorplans. To let people go up and down easily, provide daylight and create space for meeting each other, the first beech of ‘Lijflandt’ is opened. For this space I designed a steel staircase which consists of elevation points and crossing points. The big staircase functions as the new infrastructure of the building. The plans on page 16 show the restaurant on the ground floor and the connection to the outdoor space. The rentable studios are visible in the plan of the second floor.

trap als verbindend element... Inner facades not visible...

Creating connection between warehouses by removing these facades...

Putting back this opening for not affecting the image of the building...

maquette foto 1:20

SODA FACTORY | STUDY PROJECTS

staircase connecting building and people

1:20 lasercutted scale model

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

2 Counter

Centrale hal

Spoelkeuken

Studio f 90 m2

3 Ingang Ateliers

5 Terras 40 m2

Werkkast

Studio c 33 m2

Koelcellen / magazijn

Warme keuken

Cafe 80 m2 Uitgifte

Studio b 33 m2

Studio d 60 m2

3 4

Studio a 50 m2

Toiletten

6 Koude keuken

Studio e 50 m2

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Pop-up store 85 m2

Werkplaats 80 m2

Technische ruimte 27 m2

Bar

Groente wassen

Ingang Cafe Restaurant

Aanlegplaats boten 80 m2 PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

On the left - groundfloor with restaurant On the right - second floor with studios

22 Fietsenstalling

SODA FACTORY | STUDY PROJECTS Bestaand steens buitenmuur Nieuwe voorzetwand. Faay PG-60 element Stucwerk

RENOVATION AND CLIMATE The studios are insulated by Faay PG - 60 elements and swivel windows on the inside. The old wooden floors are removed from the construction. The new floor exists of lana mineral insulation (25mm), ‘lewisplaten’ with floor heating (16mm) and a layer of 40 mm concrete.

Isoglas voorzetraam. draaibaar.

The supply of fresh air comes through the outermost walls, just like the electricity for the studios and the watersupply for the toilets on the studio floors. The air extraction is placed in the middle of the opened up beech above the steel staircase.

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Section AA

Studio F in detail

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Detail - 60 mm prewall and swivel window

Section BB 23

REDESIGN NIRWANA | design for an apartment building in wood Location The Hague Year 2015 Project duration 5 weeks Subject Building Technology This project is focused on building technology in wood. The study case is the flat Nirwana in the Hague. Itâ&#x20AC;&#x2122;s the highest concrete building in the Netherlands when it was built. The question was to redesign this apartment building with the possibilities of building technology today. My choice was to build in wood and add a second skin to the building to make the climate more comfortable during summer and winter and reduce the noise from the adjacent freeway. Together with my classmates Tom Scholten and Tijs Niessen, we decided to make the second skin in re-use material.

Tom used taurpalin from trucks, Tijs used old wooden window frames and I decided to use glass panels from office buildings that are not recyclable because of the permanent coating. The exploded view drawing on this page shows the concept of the construction. The floors are made of CLT wood (cross laminated timber), the columns and beams are glulam. To re-use the glass panels (coated) I had to design a system which could carry the panels as a facade and which would allow different sizes. After all, the glass panels are not suitable for cutting.

To carry the glass panels and allow overlap I designed stainless steel profiles. They are attached to the outermost glulam beams and are visible as big buttons on the facade. The glass panels are carried from below and are locked up by another button from above. The drawings on the right page are showing how the buttons are attached. Also the details of the wooden construction are more visible in the drawings.

1 Floors CLT wood 2 Glulam columns 3 First facade 4 Second skin facade re-use glass panels

REDESIGN NIRWANA | STUDY PROJECTS TCUDORP LANOITACUDE KSEDOTUA NA YB DECUDORP

00142+ = P

dnarkaD 5

43702+ = P

leveg edjiznevoB 4

07371+ = P

TCUDORP LANOITACUDE KSEDOTUA NA YB DECUDORP

02701+ = P

leveg-reolV 3 Facade view 1:20 (reduced)

05937+ = P

leveg-noklaB 2

Rooftrim Plaster 10 mm 60 mm wood fibre panel (waterproof) Flax Insulation 200 mm Damp proof course (DPC) Plywood Panel 10mm CLT wood 81 mm Kingspan Insulation 75 mm Waterproof foil

P = +24100

0704+ = P

0=P

gnirednuF 1

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Vertical section 1:20 (reduced)

Roof detail 1:5 A (reduced)

Facade detail 1:5 (reduced)

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

063+ = P

ART GALLERY ROTTERDAM Location Westzeedijk, Rotterdam Year 2014 Project duration 8 weeks Subject Designproject 6: building and technology This project is located on the Westzeedijk in Rotterdam. It is a special location; the southside of the building touches the dyke and the rest of the building is located in a public park. This building replaces the old art gallery, designed by OMA. The new design is situated on the same footprint but has the quality of an extra exposition space on the roof of the art gallery. The route to this roof is accesible via the public route going from the dyke to the park. In this way the art gallery is also part of a public route going from dyke to museum to park. Inspired by the use of water in museums of Tadao Ando and the use of

the element water in the Walterbos Complex en University Building ‘Minnaert’ of architect Michiel Riedijk, I used water in the public area of the building. In terms of architectural possibilities the water is a unique element that is perceptible by the senses in different ways. As example: it makes noise and it reflects light. For this art gallery it is also used as a special way to exhibit sculptures outside and on the roof. In terms of sustainable technology the use of water in the building provides natural cooling of the building and the re-use of rainwater. This means the roof of the art gallery can collect rainwater that can be used for cleaning, toilet flushing and

location westzeedijk 26

watering. In the summer the roof cools the lower spaces. The construction of the building is made of concrete BubbleDeck floors to carry the extra weight of the water. The building is heated by thermally active floors and cooled by individual air handling units per space to provide a constant temperature and humidity rate. The ‘skin’ of the building is made of small rings of stainless steel. These small rings are covering the whole building to filter the light.

ART GALLERY ROTTERDAM | STUDY PROJECTS

gheid 45-55 %, 25 m3/h per persoon

Afzuigrooster

latie inblaasrooster

3/h per persoon

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

ground floor

Section BB

5 m3/h per persoon

first floor

west facade

MODELLING STUDIES Project The wall Year 2012 Project duration 1 week Subject Modelling study: the wall This wall is based on measurements and proportions derived from the series of Fibonacci. For that this wall is 19 cm high and 32 cm long. My inspiration for the design of this wall is the factor of scale. A wall can be just a wall between two spaces. But for this model I used a different scale. The wall becomes a 3D object instead of a separation between spaces. It is now possible to walk through, in between or on the wall. The composition of the wall is based on certain sizes (Fibonacci). For example, the side of the ‘wooden stairs’ is built up from the series of Fibonacci 1, 2, 3, 5, 8, 13. The wooden wall, the opening, the first wooden step, the second

wooden step and then the sum of the third wooden step, the opening and the grey wall. All the other sizes in this model are also derived from the Fibonacci serie. Regarding the materials I used MDF, perspex and grey cardboard. In this way the wall becomes a recital of different elements instead of a single wall. To me the result is a new way to look at the architectural ‘wall’. The wall now becomes a 3D object and can be used on different scale levels. As an example it is possible to use this wall as a theatre decor.

MODELLING STUDIES | STUDY PROJECTS Project Composition and construction Year 2012 Project duration 1 week Subject Modelling study: composition and construction

Project The collage Year 2012 Project duration 1 week Subject Modelling study: the collage

This composition exists of 3 basic elements in architecture. The surface, the volume and the rod. The composition concerns the spatial arrangement of these basic elements in terms of size, ratio, rhythm and scale proportions. Besides the composition of the elements, the encounter between the elements is of great importance. The different elements are connected to each other in various ways. In this way the larger scale of the composition becomes equally important as the detail. A property that every design should have. This relation between composition and detail is, for example, visible in the surface that divides two spaces and is wedged by 4 rods in de picture on the right side of this page.

This collage is based on 3 rhythmic paintings of Jan Schoonhoven. Three different paintings both in patern and size. The challenge of this collage is to connect the patterns and adding extra contrast. For the connection between the patterns I used their white base. In this way the patterns are connected. Furthermore I added some contrast to this collage. The grided pattern is higher, but at the same time it connects quite well with the other patterns. Small squares are cut out of the grid and lying on the second pattern. The strip coming out of the third pattern â&#x20AC;&#x2DC;climbsâ&#x20AC;&#x2122; against the lower side of the grided pattern. In this way this collage is a bit like architecture in, more or less, 2D.

HOUSE WITH A STUDIO Location Paddepad, The Hague Year 2011 Project duration 8 weeks Subject Designproject 1: house and context The concept of this house with a studio is a ‘glass box’ with a skin of wood. The house is located in the dunes, close to the beach. For the residents of the house I wanted an optimal view of the surroundings. That is why I used the glass box. The organic wooden skin provides privacy and is inspirered on the natural shapes of the environment. The second important element of this house is the routing. The elevation points of the house are, from ground level, situated in the wooden skin. If you enter the house, you first walk past the kitchen towards the entrance in the wooden skin. The stairs is located in the extension of the entrance. It is visible in the floorplan on the right page. The second stairs to the 2nd floor is located on the opposite side of the the house, also in the wooden skin.

If you walk these stairs you end up in the studio of the house. A big space oriented to the north for optimal light conditions. The studio leads to the outside terrace of the house for an optimal view on the dunes. The house also contains a basement with garage and a garden. The house separates the garden in a ‘public’ and ‘private’ part. The side of the main entrance is the ‘public’ part for guests or clients of the artist. The other side of the garden is the private side. The main task for me was to create a house with a studio that fits into its context. It is not only the concept that contributes to it, it is also in the details. For instance the livingroom on the groundlevel is lowered to provide a unique view of the surroundings.

axonometric drawing

south-east facade

interior impression

HOUSE WITH A STUDIO | STUDY PROJECTS

ground floor - living room and kitchen

TIMELINE

2015 VOLUUT In 2015 two friends, my brother and me decided to start our own company, VOLUUT. Our first assignment was to make visuals for the EYE depot in Amsterdam.

2016 STUDY AT KTH STOCKHOLM After my bachelor at TU Delft I decided it was time to expand my architecture experience by studying half a year in Stockholm at KTH following architecture courses and doing projects in a complete new environment.

WHITE ARKITER STOCKHOLM I was so happy in Stockholm that I decided to stay for an internship at White Arkitekter. There I worked for half a year on various projects including a presentation about daylight in swedish houses for the exposition Bo.Nu.DĂĽ in the Arkdes museum.

VISUALS AND DRAWINGS With VOLUUT I assisted in various visualization and drawing projects for clients like Starbucks, DesignAnders, SVP and Ten Bras Westinga. For TenBrasWestinga we did visuals for a design competition of a new culture center and were very happy when we heard that they won!

TIMELINE | PROFESSIONAL WORK

2017 DESIGN 24 TINY First design for VOLUUT. A selfsufficent and mobile tiny house on a minimal footprint. The house is travelling through the Netherlands to promote a sustainable lifestyle and can be rented for 24 hours.

2018 DESIGN REINVENT THE HABITAT For the international architecture competition Reinvent the habitat we participated with a house for the elderly. Our design made the shortlist of 20. The design focuses on comfortable living with a modular building system.

2019 ARCHIVOLT ARCHITECTEN After my graduation I worked for half a year at archivolt architecten for a european tender of a large prison complex in Antwerp. During this time I was also responsible for the visuals for this project which I also worked on simultaneously.

DATA CENTER RESIDUAL HEAT AWARDS I received the best-practise award (1st prize) from the dutch data center association for my graduation project.

2020 EGM ARCHITECTEN I worked for half a year at EGM architecten where I gained a lot of experience.

CONTACT Hugo Kooymans Pisanostraat 296 - 10 5623 CJ Eindhoven T +31642936287 E hugokooymans@gmail.com