Showcase Milan Seegers

8/10/2019 Showcase Milan Seegers

1/36

sheet #1, property of ing. Milan Seegers, architectural concept and design

visit: linkedin.com/milanseegers

ing. Milan Seegers

visit me on the web:

milanseegers.blogger.com

facebook.com/milanseegers

linkedin.com/milanseegers

twitter.com/milanseegers

or view documents in my own

creative cloud:

goo.gl/vV6Gy

mail. [email protected]

tel. +31 6 48 07 8353

Booklet version 29th november 2012

complete version

showcase booklet

Specialized in strong expression of architec-

tural designs and ideas.

Combining both conceptal and practical

knowledge about building informationtechnology: my discipline covers the entire

architectural design process from sketch to

final design.

Innovation, creativity, technology, simplicity,

freethinking, knowledge, passion and profes-

sionalism is my device.

drive

Milan Seegers

naar het originele succes verhaal

BIGBIMlittle bim

Een boek van Finith E. Jernigan & Joost Wijnen

depraktischebenaderingvanBouwInformatieManagement

k eten in teg r a t ie op d e ju i s te m a n ier !

Pre-release deel 1aangeboden door

w w w . b i g b i m l i t t l e b i m . n l

oadisopenbim adviseurs

i -

i

.

k

k -

l

i

k k

-

i i

n i m vi u r

Order the book, where I have worked on:

BIG BIM little bimnow online at

www.bigbimlittlebim.nl and read about

integrated practice done right!

BIG BIM little bim:The practical approatch to Building Informa-

tion Management.


2/36


3/36

section of a design proposal part of the DEP building design proposal showcase for cepezed projects


4/36


5/36

inspiration, imagination and facination


6/36


visit: milanseegers.blogger.com

renovation pascal collegeDesign assistance at the Pascal college in the city of Zaandam by makingdesign decisions comprehensible.

date

November 2012

addres

Zaandam

client

Pascal College

SummaryThe assignment involved the design assis-

tance at the renovation of the Pascal college

in Zaandam by maintaining a 3D BIM model

to ensure usability, insight and design decisi-ons during the design proces.

ResultThe eventual result was a 3D model, a budget model and 3 artist

impressions ready for presentation.


7/36




8/36



touchdown highriseLarge urban programThe assignment involved the analysis of

several existing urban programs on the

basis of a conceptual layers at the location

Zeeburgerpad projecting. A fragment of theurban scheme was the starting point for

the architectural challenge and quest. The

assignment specifically asked for multiple

intensive spatial use.

Floor space indexThe quest for quality was naturally focu-

sed on the quality and consistency of the

different places, but more particularly on

the value and appreciation of all living and

working environment. So it was for us a

challenge to the Floor Space required high

index (FSI = 2.0) combined with the highestpossible Open Space Ratio (OSR).

ConceptThis thematic approach of optimizing land

use has led to solutions who have their

own urban interpretation and matching

architectural appearance. The area, having

the potential to develop its own image and

physical space to hook to the city.

Our architectural appearance is not random

but a result and supports the principles

formulated in urban planning.

The model is not based on existing urban

land development typologies. It is a structure

that repects the desired urbanization of the

place but based on its own spatial pattern. A

structure that literally creates space.

Urban design and architectural development at the zeeburgerpad,Amsterdam. Including dwellings, offices and recreation.

date

june 2011

address

zeeburgerpadAmsterdam

the Netherlands

client

City of Amsterdam &

University of applied

Sciences Amsterdam

gfa

25.000 m2

prizes

nominated for Vitae

bouw award 2011

this graduation project

for my Bachelor of Build

Environment is assessed

a 9 out of 10

made in collabora-

tion with Job van den

Heuvel

a corresponding movie

can be seen at my

website:

tiny.cc/iby36

project touchdown highrise


9/36



The special developed spatial concept is

fully integrathed within the placing of the

housing typologies which are directed by a

generic system and zoning within the hull.

A decentralized installation system for air

treatment is being utilized and can adapt to

any change made in that zoning system is

what makes this building unique.

the decentralized installation system for air treatment called NEXT active facadesis here being utilized in the In the balcony of a dwelling or an office.



10/36





11/36



the decentralized installation system for air treatment called NEXT active facadesis here being utilized in the In the balcony of a dwelling or an office.


1. The concept starts off from the double

layered construction in order to meet

the requiered FSI of 2.0.

2. Next, this huge density needed a pu-

blic space for access, quality, daylighting,

transportation, etc. Conventionally, this

is done by multi-storey buildings to re-

turn some of the volume removed. Herewe have chosen a different approach,

namely literally lifting the top layer of FSI.

This creates a raised surface, and thus a

public space the size of the entire plot.

1

2

3

4

5

6

3. To further define the superstructures volume and quality to the

outdoor space, we narrow the upper volume to the north, creating a

space in the form of a p, on the south side.

4. Then arises the accent, retreived from the RGBG cards, as an incre-

ase in the superstructure. This volume is created by forming the latter

part of superstructure.

5. The connection to the water is reflected by lowering the waterlevel to the plinth.

6. The connection to the green / blue zone east of the Zeeburgerpad

in the form of a green bicycle and pedestrian bridge.


12/36



regulatory and gaugeThe assignment involved renovating two

remaining structures on the grounds of Am-

sterdams former socalled zuidergasfabriek.

Adopting the structures in a new urban planrecruiered a change of function to fit in pro-

perly. Integrating functions such as a small

medical center and a workshop supplying

the new neighbourhood in it s main needs.

The vision on which the design is based

consists of the following points.

1 the spatial perception that the monuments

from a history point of view own should not

or as little as possible be affected.

2 the quality of the immediate environment

should be adapted to the future context.

The following concept respecting that vision

is then formed

1 box-in-box. The facades of the monuments

act as a hat. Under these hats forms a consis-

tency of the new air conditioned boxes and

functions.

2 below surface. The architecture of the

exterior must be preserved and an it below

street level approach to the construction is

inevitable.

3 public space. The quality of the new

building can only come into its own by

connecting it to the immediate surrounding

area.

renovation and redevelopment into a new context at the Zuidergasfa-briek, Amsterdam. Including offices and workshops.

datemai 2010

addressde OmvalZuidergasfabriek

Amsterdam

the Netherlands

52.338525, 4.914140

clientCity of Amsterdam &


Sciences Amsterdam

gfa

2000 m2

made in collabora-

tion with Job van

den Heuvel

project regulatory and gauge


13/36



The experience of the monumental space

created gos beyond displaying the architec-

ture to the user, the public. Creating of sight-

lines and transparency is a keyword here.

From level one, there are great sight lines

through space to the monumental facades

(including the roof). These internal sight lines

give the value, next to the monu-

total value, to behold the perception of size

and scale of the composition of the whole

(old and new).

Besides providing the opportunity to expe-

rience the historic value, there are sight lines

that fulfill other goals.

The facilityarea provides through its sight li-

nes for the perception of the entire building.

The public using this area, will experience

the spaces linked by this area as a special

perception.

In order not compromising the spatial

experience of the monument, the air hand-

ling unit is located outside the monuments.

Fresh air is then delivered at floor levels.

The exhaust from the boxes goes through

the ceiling (hot air rises) Then the air moves

into a vertical shaft and is blown out again

(without filtration or purification) from the

basement floor in the raw climate space.

the facilityareawhich is the buildings both route-logical as technical connector

underneath is illustrated the process fresh air goes through. Green means fresh and purple means used.



14/36





15/36



linear modelThe assignment involved making artistic

conceptual images of a design proposal

for a renovation of a villa in the rural area of

Limburg, a dutch provence.

A series of 3 images were needed to explain

the exterior design of the villa, and were

used to complement the architects own

drawings

Conceptual artistic images made for a design of a villa in the rural area ofLimburg, a dutch provence.

date

april 2011

address

Limburgthe Netherlands

client

Architectenbureau

Van den Heuvel de

Wilde

gfa

450 m2

project lineair model


16/36



The assignment involved the making of a

series of conceptual artistic images involving

the design of a communityschool in de

Jordaan area in the city of Amsterdam.

Conceptual artistic images made for a design of a community school inthe Jordaan area in Amsterdam.

date

december 2010

address

ElandsstraatAmsterdam

the Netherlands

client

City of Amsterdam

& Delft University of

Technology

gfa

8000 m2

prizes

first prize at the Delft

University of Techno-

logy Architecture,

Urbanism and Buil-

ding sciences master

briging semester.

Ook te zien in:

De transformatie

van het schoolge-

bouw

ISBN:

978 90 6868 581 7

a corresponding

movie can be seen

at my website:

tiny.cc/u9vmh

project community school, de jordaan

Community school


17/36



project community school, de jordaan


18/36



fortified town dwellingThe assignment involved renovating an old

monumental dwelling at the centre of the

pitoresque city of Naarden-vesting.

This private comminioned assignment whichI conducted on my own was my first real re-

novation assignment. The old inhabitant left

the house in a smudgy dark state. The new

inhabitants had the wish to make a light and

spacious dwelling out of it.

I guided them through the whole process

from an inspecion of the old structure, which

was more than 100 years olf, sketchdesign

and a building permit for the semi-monu-

mental building.

The result was a suprising light and spacious

dwelling wich was relativily cheap to build

thanks to good design and preperation.

Underneath are some photographs of the

building not being renovated yet.

A small dwelling in the pitoresque city of Naarden-Vesting needed a re-novation. The new owners wanted a light and spacious dwelling.

design date

november 2010

conducted on

mai 2011

photographs of the

conducted design

are on their way

address

marktstraat

Naarden (vesting)

the Netherlands

client

private commissio-

ning

gfa

150m2

project marktstraat naarden-vesting


19/36



The assignment involved renovating the old

neighbourhood of Kattenburg located in

Amsterdam in the eastern docklands.

Starting points were 1. better connectingwith water and surrounding islands 2.

better connection between the sub areas

inside Kattenburg. and 3. better correlation

between public and private realm

We started of creating an adjusted urban

scheme based on the original building pla-

cement as shown at the bottom of this page.

We revitilized the buildings giving them a

new facade system as shown at the right.

Renovating an old decayed neighbourhood on a A+ location and return it its glory.

date

march 2011

address

kattenburgamsterdam

the Netherlands

client

city of Amsterdam

prizes

2nd price on the

IP project at the

University of Applied

Sciences Amsterdam

project 2nd life of kattenburg


20/36



DEPDEP is located in Science Port Holland.

Science Port Holland is the location and

habitat of companies, knowledge and public

institutions, which strive to achieve one

common goal: open innovation networksin leading technologies, with the aim to

turn technology innovations into business.

Bringing together knowledge institutions

and businesses, which clearly contribute to

addressing the key challenges in our society,

with spearheads in climate and health.

With DEP they offer a multi-tenant building

for high- tech companies.

This assignment wanted me to show diffe-

rent possibilities of a building adapting itself

to several different high tech users.

Showing a manufacturing facility, a labora-

tory and a modern office.

DEP stands for Delft Engineering and Production. Realistic computerimages made for a design of a officebuilding designed by architectenbu-

date

january 2011

address

Technopolis / sci-ence port holland

Delft

the Netherlands

client

architectenbureau

CEPEZED

gfa

-

prizes

first prize at minor

Visualisation 2010

at the University of

Applied scriences

Amsterdam

a corresponding

movie can be seen

at my website:

tiny.cc/u9vmh

more info at

cepezedprojects.nl/

projects-dep.htm

project delft engineering and production


21/36


visit: milanseegers.blogger.comproject delft engineering and production

This project is a modern office building with an open, light, and pavilion-like atmosphere.

The office floors allow a flexible layout and can be mutually connected by large vides and representative staircases.

Each floor can equip 810 square meters of laboratory. The laboratory module is the key unit in any lab facility. The lab module will fully coordinate all the archi-

tectural and engineering systems.

Flexibility in production planning and control, plus the ability to switch f rom one production model to a replacement, can often mean the difference between

success and failure.


22/36


23/36



HM architectenDuring my internship at HM architecten in

Amsterdam the emphasis lay on the widest

possible formation throughout the entire

field.

Because of that I worked on a variety of pro-

jects from sketch phase to definitive design

phase.

The Vogelbuurt is a new development in

Baarn. The project consists exclusively of so-

cial housing. The illustrations for this project

on the photorealistic renders from my hand.

I have also worked on technical drawings of

faade drawings to detailed drawings

In the picturesque village of Leimuiden, half-

way in the Dorpstraat was a modern house

being built in the same style as the surroun-

ding buildings. The surrounding buildings

were characterized by many typical early

20th century Dutch architectural styles. We

chose a house with 2 floors. The depth of the

plot to accentuate the shape of the stone

construction volume in this direction and

stretched on the ground floor on two sides

by a building that both the barn and the

living houses.

Hoboken is a study of sustainable urban

development and architectural re-evaluation

of a garden village for social housing Woon-haven in Antwerp. I Accompanied architect

Jeroen Gerads to support his efforts making

this design sustainable, by using for example

the BREAM scoring.

My first professional internship was at HM architecten in Amsterdam. Mysupervisor was Maarten van Noord.

date

august 2009 until

february 2010

addressgrasweg 49

1031HX

Amsterdam

The Netherlands

Projects

participated

- Vogelbuurt Baarn

- factor IJ

- Dorpstraat Leimui-

den

- Hoboken Antwer-

pen

- Achtstaten

- HAVAS almere

- vakantiewoningen

Marken

- Rietvelden

- Rijsenhout

here I organised a

classes computer de-

sign for architects

this internship for

my Bachelor of Build

Environment is as-sessed a 9 out of 10

internship at HM architecten


24/36



BIMbuzz design contestAs for the 2012 BIMbuzz competition in

Singapore the connexxion design Team was

born: Students and teaching professionals

passionate about BIM united.

Their aim: To win the 2011 international BIM-

buzz Singapore design competition.

The Rules were simple: to design a hotel in

48 hours using BIM according to a provided

functional program. The competition was

tense: teams from universities al over the

world were competing each other.

The verdict of the singapore jury was clear: It

was the most comprehensive and com-

plete Building Information Model they had

received. While meeting al the functional re-

quirements, the design was, with no doubt,

the overall winner of the 2011 Singapore

BIMbuzz design contest.

Designing a sustainable hotel in the city of Singapore revolving BIM prin-ciples in an international design contest

date

September 2011

client

BIMbuzz singapore

gfa

10.000+

prizes

1st prize (overall

winner)

Singapore design contest

a final render of the project, as designed in the


25/36



BIM experience at OadisAt Oadis OpenBIM consultants the top-notch

in BIM knowledge in Holland is available.

Delivering open and independant consul-

tancy Oadis secured its own region in the

dutch BIM-market.

We develop and implement management

information systems in organizations, prima-

rily for construction. These systems provide

real-time insight into all phases of construc-

tion, from feasibility studies to demolition.

Information is centralized and tested before

reuse. Thus the right decisions based on the

correct data can be made.

Our state-of-the-art knowledge enables

us to link and merge system information

already available, including external parties.

This gives Oadis a unique position; to offer

professionals within the industry a significant

advantage.

BIM-consultant and account manager at an innovative & young com-pany.

date

October 2011 until

now

addressH.J.E. Wenckenbach-

weg 49 Amsterdam

Burg. Buskensstraat,

Uden

Clients

- Erasmus MC Rot-

terdam

- UMC Utrecht

- Rijkswaterstaat

- University of

applied sciences

Amsterdam

-

BIM experience at Oadis

naar het originele succes verhaal

BIG

BIMlittle bim

Een boek van Finith E. Jernigan & Joost Wijnen

de praktische benadering van Bouw Informatie Management

k e t e n i n t e g r a t i e o p d e j u i s t e m a n i e r !


w w w . b i g b i m l i t t l e b i m . n l


BIG BIM little bim leert je:

Vernieuwende manieren om vooruitstre-

vend te worden in de technologie van

morgen.

Hoe je op een duurzame manier waarde

toevoegt aan je projecten.

Hoe je Bouw informatie Management

kunt toepassen in je werk. Vandaag nog.

De kennis die nodig is om je te kunnen

focussen op je krachten, je werk en pro-

bleem oplossing.

Manieren om meer en beter te leveren

met minder, terwijl je zekerheid creert

over de resultaten.

De geheimen die leiden naar meer winst

en tevredenere klanten, gebruikmakend

van BIM.

En, een door de praktijk geteste benade-

ring die kan worden toegepast in ieder

project.

ISBN 978-94-6190-946-6


bestel het complete boek nu op www.bigbimlittlebim.nl

building lifecycle managementCadvisual

Bezoek de BIG

BIM little bim

website, bestel

het boek en

ervaar de vele

extras die BIG

BIM little bim te

bieden heeft!


cadvisual@

bigbimlittlebim.nl

tel. 0413-216300

Order the book, where I have worked on: BIG BIM little bimnow online at www.bigbimlittlebim.nl and read about

integrated practice done right! BIG BIM little bim: The practical approatch to Building Information Management.


26/36



OpenBIMlabThe Open BIM Lab is aimed at offering a le-

arning- and research environment to come,

via chain collaboration, to a more sustainable

built environment.

Because society is becoming increasingly

complex while demands and expectations of

our living environment rise, solutions must

be found and realised. Here, information and

knowledge management will be playing a

crucial role, because only if the sourceinfor-

mation of stakeholders can be unlocked can

insight be offered into the consequences of

desisions. This calls for a change in culture

in the building sector, which can be realised

significantly by proving that new coopera-

tion is technically feasible and returns are

sufficient.

OPEN

Open uitwisselstandaarden for files and

information play an important role in the

chain. The software tools, object libraries

and protocols that will examine OpenBIM-

lab bets, will therefore be minimal based

on open standards and / or open source

software can be selected. OpenBIM enables

supply chain partners to enrich each other s

information and portability. This unam-

biguous and faster communication. The

disclosure of project information is brought

together again possible for information tovalidate and analyze. This leads to a better

quality of information, greater transparency

and better understanding of the possibilities

or consequences of decisions for all supply

chain partners at every level: from client

to contractor. The OpenBIMlab will play

BIMlab, an inspiring laboritory for Building Information Management.The design and implementation of systems, software and workflows.

clients


Sciences Amsterdam

Hogeschool Utrecht

Hogeschool Zeeland

Avans hogeschool

gfa

approx. 40m2

prizes

contributed iin

the 2011 BIMbuzz

Singapore contest

(1st prize)

BIMlab


27/36



a variety of research objectives focus, ranging from logistics, cost,

durability, etc. Another advantage is that the open standards relevant

project information in a sustainable way to archive, because the

information is as independent of (the version) software products. The

digital information just as long as the property!

BIM

BIM stands for Building Information Model, where the Dutch trans-

lation has several variants such as building information model, buil-

ding information management etc. Partly because there are different

interpretations in the market about what BIM is and what it can do

for clients and the production chain. and while the goal of BIM is to

promote clear communication in the chain ... There is therefore a

clear need in the market to know what BIM can be expected.

LAB

A lab experiment represents a sterile environment, with high quality

resources to do research to open BIM. The OpenBIMlab of HvA con-

ducted by practice-oriented research to improve the employability

and profitability of ketendigitalisatie to show. The studies may be due

to internal training programs, research projects or issues from the

market. This will not only students of the University can access the

OpenBIMlab, the Academy will also project-based cooperation with

other government agencies and industry.

Some specs: 5 work-spaces, 1 administrator-space, 48 processor

cores, 96GB ram, 1440GB ssd drives in RAID-0 configuration, 4TB

storage, Gigabit Ethernet, 50 presentation display, 12 22inch Full HD

displays.

BIMlab


28/36



School dwellingsThe need for a school and the need for

dwellings in the neighbourhood of Zee-

burg, Amsterdam, is changing throughout

the years. As inhabitant structures change

through time, the need for a transformingbuilding arose.

Thus designed was a building that first could

serve for several years as a combination of

a medium sized school and dwellings. Later

A transforming building in a transforming neighbourhood: The need fora school and the need for dwellings.

date

june 2010

address

Zeeburg, Amster-dam

client

University of Applied

Sciences Amsterdam

partner

Anne Smulders

School dwellings

1111098

H

I

J

71

16x0,200

=3,200m

19x0

,168=

3,200m

W

W

W

W

W

W

W

W

W

W

W

W

W

WW

WW

WW

WW

DS-02

DS-02

-

-

-

-

woning 114m2

woning 76m2

woning 70m2

woning 74m2

woning 84m2

o n in g 1 mn i o

woning 74m2

woning 94m2

woning 94m2

woning 69m2

woning 116m2

uitb

op

oudenooduitgangschool nu normaal

toegankelijktbvontsluiting

T

1098

I

J

K

7

16x0,200

=3,200m

19x0

,168=

3,200

m

W

W

W

W

W

W

W

W

W

W

W

DS-02

DS-0

r l

l

l

-

-

-

woning 114m2

woning 76m2

woning 70m2

woning 74m2

woning

woning 1n i o

woning 74m2

g lij rui tklaslokaal

klaslokaal l lo l

l l o l

personeelsruimte

zelfst. werkruimte

managementruimte

pantry

opslag

flexwerkplek

opslag

T

7

x,

=,

x,

=,

-

-

l

l

woning

woning

woning 1

woning 11

woning

woning

-


29/36



School dwellings

the school would transform to more dwel-

lings.

The architectural concept is based on the

shape of the lot and has a 2 meter clearanceof the western road, as being asked in the ur-

ban masterplan. Added is a 6 story building

in the shape a wedge placed in the north-

west side of the lot, creating a solid barrier

against the noise generated by the freeway.

The shape is then cut on the south to create

room for a arban sightline. A green passage

is being added to comply with the green-

zone north of the building. On the east an

indoor sports arena is created and ontop

there is room for a playground. A green slope

creates a playfull run-up towards the above

surface indoor sports arena.

The facades are equipped with a modular

facade system. Making it easy to create a

flexible transparent / solid appearance.

The project as entirely designed in BIM using

ArchiCAD. Also the transformational capabi-

litys were carefully designed and analysed

making use of the information in the BIM.


30/36


31/36



levels. This way reducing the risk of errors each time the information

is passed on.

The UMC Utrecht BIM platform brought a solution, connecting both

existing systems and new systems; forming an efficient and ade-

cuate combination of technologies whereupon, in the near future,

can be build upon. In other words, is future proof.

The UMC Utrecht BIM platform was build revolving openBIM princi-

ples and complies with the RGD BIM norm: creating a comprehen-

sive information workflow while maintaining flexibility for future

development, reducing system legacy and adding sustanability.

Facility management using BIM

The UMC Utrecht BIM

platform was build revolvingopenBIM principles and com-

plies with the RGD BIM norm

A system that could both comprehend and

sustain on a policy level, a strategic level, and

on an operational level.


32/36



Intervention HamburgThe design proposes an intervention that

acts on both urban scale and architectural.

The site is located on the south side of the

main trainstation of Hamburg (GER) and has

the opportunity to enhance the connecti-vity and accessibility for pedestrians.

What we propose is conflict free connec-

tions:

- between the city centre and the outer city

on the east side of the station;

- with the station (and thereby making an

extension of the station);

-to the office district to generate a better

accessibility towards this area.

The urban space is strongly defined by the

contrast between the empty space and

the four big surrounding public buildingand auto ways. The intervention tries to act

without interfering with the existing, well

functioning, car traffic and train traffic.

This results in a design on three levels:

- the train level which is seven meters below

street level; - the second level is the same as

the existing street level; -the third level is

a new introduced level which is six meters

higher.

This last level, the so called fly-over is

designed, detailed and materialised on a

contemporary way, while the street slab

makes by his materialization a connection to

the existing urban surrounding.

the intermediate level between architecture and urbanism. Completelydesigned in a BIM environment..

date

june 2012

address

HauptbahnhoffHamburg

client

TU Delft

gfa

10.000m2+

special

Visit, for a 360 view

of the project;

http://www.jvdhar-

chitecture.nl/ham-

burg.html

Intervention Hamburg


33/36



Intervention Hamburg

Where the fly-over touches the ground surf-

ace it continues for a while in the pavement

by which it attracts visitors and attaches

more strongly to the city.

To enhance the vitality of the area we

introduce a hotel, which is located just a bit

below the busy traffic lines near the station

and offers 17 levels of hotel rooms of about

30m2. The connection with the two slabs is

transformed into a cafe, while the upper two

levels contain a restaurant and a conference

centre.

On the fly-over near the station, a little shop is designed where small

functions related to the station can be. By doing so the interaction

with the station itself is enhanced.

We see that our design aims on an attrac- tive and conflict free rou-

ting for the pedestrian and acts on both urban (making connecti-

ons between areas and districts) and architectural scale (generation

functions, making connection on smaller scale and introducing a

recognizable object next to the second most large trainstation of

Germany.

Completely designed in a BIM environmentusing the BIM-information not only as an

3d model but also extracting analysis data

about traffic and routing. A truely remarka-ble piece of implenting and actually using

advanced information in an engineering


34/36

a view through the redeveloped part of the Pascal College, Zaandam


35/36


36/36

Showcase Milan Seegers

Documents

Transcript of Showcase Milan Seegers