Marc van Kaam | Architecture Portfolio 2021

ARCHITECTURE PORTFOLIO MARC VAN KAAM 2015-2021

CV Marc van Kaam BIRTH TEL EMAIL ADRESS NATIONALITY WEBSITE

EDUCATION

19-03-1991 +31655741896 Info@marcvankaam.com Gerrit Rietveldsingel, 1112 ZB Diemen Dutch / Nederlands www.marcvankaam.com

2015 - 2017 2009 - 2014 2003 - 2009

EXPERIENCE

Current March 2018

Msc Architecture, Building and Planning TU Eindhoven.

Supervising tutors: David Gianotten, Barbara Kuit, Maarten Willems Bsc Bouwkunde / Architectural Engineering TU Eindhoven Specialization: Urban Design & Architecture Gymnasium - Trevianum Sittard

Architect - ZJA Architects Zuidasdok | DO Station Zuid - Amsterdam (With Team V Architectuur) - Design, 3D coordination and BIM modeling of various parts of the station for the definitive design, including the bicycle parking spaces, entrance areas and passages - Detailed design of various repeting architectural elements for the station, including facades, staircases, balustrades, floor finishes and several specialties.

- Technical drawings and BIM modeling for the Signalling & Control building and a technical building that provides power for the subway of Amsterdam.

- Drawings and coordinating tasks for the building permit.

Sportoase Groot Schijn - Antwerp.

The design of the high-end 15.000m2 sportcomplex in Antwerp encompasses a large variety of recreative and competitive functions including the Benelux’s first competitive steel swimming pools, waterslides, fitness centre and two large ice-skating rings.

- Development from schematic design to technical and integral BIM design.

- Studies for facade design, space usage, floorplans, interior design and materialisation - Visualization of interior and exterior spaces - building permit drawings - technical details and final drawings for the contractor.

- Overall coordination, BIM modeling and management Competition: Willem II stadium renovation Hjulstabron Bridge, Sweden - Design Booklet and technical drawings for the municipality Neo Heizel, Brussels A 10.000m2 building for the Belgian Olympic and Interfederal Committee - BIM modeling and technical drawings - Facade design

Feb 2018 July 2017

Junior Architect - TANK Architecture and Interior Design My work at TANK included developing architectural concepts, problem solving of complex design issues, 3D modeling, technical development, making drawings, presentations and visualisations.

Projects that I worked on include: Pier van Scheveningen Research, design and graphics, visualization, Silo’s Zeeburgereiland Design and graphic development, visualisation, competition (won) Mammoet, Hilversum Design and graphic development, Renaissance Hotel, Ams Design development, and graphic development, Koornhorst, Amsterdam Massing and feasability study

SIDE

FOCUS

BIM CAD 3D GRAPHIC VIZ

Current 2015

Founder of MVK - Design & Visualisation During my graduation I started a one-man firm for architectural visualisations.

This gave me the opportunity to do real-world projects, develop my rendering skills, working with clients and working with Archicad and Cinema 4D.

Q1 2015 Q3 2014

Architecture Internship - Marx & Steketee The projects that I worked on include a university building in Utrecht (Janskerkhof), a small bio- based wooden house concept (DDacha) and a modern farmhouse in Veghel.

2017 - 2012

Commitee work - Studium Generale Eindhoven (film & Theatre) Member of the university committee on film and theatre.

Architectural concepts, design and research. Urban design. Advanced 3D modeling and rendering.

Graphic design and presentation Revit (expert) Vectorworks (advanced), Autocad 2D Cinema 4D (expert), Google Sketchup (expert), Rhino Adobe Illustrator, Indesign and Photoshop (all expert) Octane Render (expert),

Advanced: 2-3 years / Expert: +4 years

06 | Professional work at ZJA 14 | Professional work at TANK 28 | Graduation Project: Makkasan Park 34 | Architectural concepts

Zuidasdok Location Team Phase Date Program

Amsterdam, Netherlands ZJA & Team V Architectuur - 10 architects Definitive design. Building permit Q1-2020 untill Q2-2021 Public transport hub, >15.000m²

Work

Detailed design of bicycle parkings, implementation of electronic signing and security systems, wayfinding, BIM modelling, coordination, detailling, design of repeting elements (facades, stairs, balustrades, lighting etc.)

Revit, BIM360, Solibri, Adobe creative suite,

Software

Zuidasdok is one of the largest and most complex infrastructure projects in the Netherlands. It includes the widening and tunneling of the A10 ring road and the renewal of the Amsterdam Zuid railway station. The aim of the project is to significantly improve the urban quality of and access to the Zuidas district. The railway station is a key element in this effort.

In the new station, the tunnel with stairs rising to the train and metro platforms is widened to form a naturally lit urban arcade enlivened with shops, eateries, and bicycle storage. This arcade, also accessible for

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people not traveling by train or metro, is defined at both ends by tall canopies with surfaces of shiny aluminum.

In addition, a second, slightly narrower arcade with comparable amenities will be constructed.

This leads directly to the new tram stop on the southern side and the bus stop on the north side. Together with the new plinth, the two arcades form a covered route beneath and around the tracks: the Station Square.

This pedestrian area with commercial amenities forms the starting point for the further development of the area as the heart of the Zuidas district.

Render by Zwartlicht

Silo’s Title

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Render by Zwartlicht

Render by Zwartlicht These images show the final design for this phase. I mostly worked on the BIM-models of these parts, and did some work forn the glass facades of the central corridor and the exterior facades, Personal part

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In this project I worked on the design by using BIM-modeling and coordination, spatial studies and visualisation, and I was involved in many aspects of the project:

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• • •

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Coordination in BIM, finding and resolving conflicts, Implementing bicycle parking systems, design solutions for supervision and safety.

Indepth BIM modeling, specialistic design of architectural elements in 3D.

•

Involved in the design of wayfinding, board positions, walking directions, directional indicators.

Making material choices and incorporating them into the design.

Overall detailed design, redesign spaces and voids, detailing, window frames, railings, stairs, lighting, ceilings, tile patterns,

-1

Ground floor

Bicycle parking in the Brittenpassage Zuidasdok

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DOCNR_DO_XX

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XX maand 2021

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A large part of my time was dedicated to improving the qualities of the bicycle parkings. The station has 3 large spaces, that are integrated in the stations´s structure and systems. Together they offer a total capacity of over 6500 bikes. Tasks for improving the quality of the buildings were: -redesign of the entrance areas, including the employee’s room. This includesthe design of all architectural elements such as stairs, balustrades, glazing, - improving spacial qualities, finishes and designing details.

- Improving the layout and capacity of the storage racks.

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Õverview of the BIM model for the Southwest bicycle parking

Staircases in the Britten bicycle parking

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M3

GSM-B 11600

4920 + P 2565

635

2564

4950 + P 535

1665

332

1370

1725

6300 +P

01 verdi

M4

4950 + P

670

Maaiveld spoor

0+P=4

NAP 01 verdieping 3900 +P

3450

2965

00 bega

6300 +P

485&1020

4920 + P

1380

670

M3

2400

6970 + P

3900 +P

3450

2965

485&1020

657

1380

GSM-A

Maaiveld

670

670

M4

2400

6970 + P

00 begane grond 0 + P = 450 + NAP

NAP

02-002 -&oostgevel

1

1 : 100

1

02-002 -&oostgevel 1 : 100

Revit drawings for the GS Parnassusweg building. This building provides electrical power for the subway grid.

Perspectief

02 02

Perspectief

3

3D Doorsnede

3

11

3D Door

Sportoase Groot Schijn

Location Phase Date Team size Program Work Software

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Antwerp, Belgium Competition (iceskating ring), preliminary design, technical design Design: Mar 2018-Sept 2019. Construction complete in Q3 2021 5 15.000m2 indoor sportcomplex, steel swimming pools, water-slides, fitness, restaurant, meeting rooms, outdoor terrace, Ice skating ring total building design, detail design BIM/Revit modeling, building permit, visualisation, material studies, planning and coordination, Revit, Vectorworks, Adobe Suite, Cinema 4D, Octane Render,

Swimming pool with Infinity edge border

Ice-rink

Terrace overlooking the park

glass floor entrance Swimming pool

This high-end 15.000m² sportcomplex in Antwerp encompasses a large variety of recreative and competitive functions; the Benelux’s first competitive inox swimming pools, 5 large waterslides, inox outdoor swimming pools, fitness centre, restaurant, shops and the largest ice-skating rink in Belgium.

Embedded in the surrounding green area of Park Ruggeveld, this building is conceptually perceived as a wooden rectangular volume with cutouts that create connections to the park. The swimming pools are stacked on top of each other and smartly revolve around a central core to keep the building compact.

SportoaseTitle Groot Schijn

Situated in one of these cuts lies the canopied entrance space, that functions as a transitional zone between building and park.

Slender columns and a fabric roof enhance the lively and open atmosphere.

The outside walls are clad in vertical wooden strips, that hyme with the green surroundings.

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Design and Materials To make the building resonate with the natural tones and colours of the park, we chose natural colours and materials; rough concrete for the platforms, pillars and plinth, combined with grey-washed thermally modified wood for the faceades. For the floor to ceiling windows, we chose annodized aluminium, with a bronze-tone colour, that blends with the wooden facade. Swimming pools were made out of inox-steel, to give the building a contemporary look and feel. Various tones of tiles and material uses makes the building interesting to explore.

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The 15.000m2 building was completely designed in Autodesk Revit and Vectorworks, and was made using various internal and external collaborative design methods.

Transparancy plays a big role inside the building. There are many visual links between the various pools, while the central cores offers a lively visual experience, guiding vistors through the swimming pool complex.

Sportoase Groot Schijn

Water slides

Central core

restaurant

Terrace

2nd floor

competition pools

Central core

Fitness + dance

1st floor

Water slides

Central core

Recreational pool Sauna

Changing rooms

Welcome hall

Entrance

Ground Floor

Sportoase Groot Schijn

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BIM Model of the Ice-ring

Using Revit’s Central Modeling, we were able to construct the building with 3 architects at the same time, and we used virtual reality and visualisation of this model to communicate our design to the client. In the technical phase, construction and building installations were made in seperate models, and were added

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in the main model to inspect issues and discuss design strategies.

We collaborated with 8 other companies in this BIM environment, in order to make a “ready to build” digital delivery of the project.

Sportoase Groot Schijn

Sportoase Groot Schijn

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The Silo’s Team | TANK | Menno Kooistra, Peter van Gelder, Glenn van Besten, Anna Zan, Antonella Gentile, Marc van Kaam, Location | Amsterdam, Netherlands Phase | Competition 1st prize Date | 2017-2018 Software | Vectorworks, Cinema 4D, Octane Render, Sketchup, Adobe creative suite, Work | Design of wooden rings, landscaping, diagrams, interior visualisation,

Among the new developments in the Sportheldenbuurt in Amsterdam, only the silo’s refer to the industrial past of this area. By maintaining the characteristics of the silo’s and programming them specifically for the neighborhood, they can become part of the proud new identity of the Sportheldenbuurt.

The presumption in the transformation of the silo’s is that the existing qualities have to be embraced instead of modernized. The existing silo’s and the new volumes on each of these radiate

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their own quality, but in terms of material use and design, it is clearly a single entity.

This is how both worlds are combined.

On one hand, there is the existing rawness of the silo’s, with its unique historical character. On the other hand, there are new warm, ultra-sustainable volumes with a clear contemporary signature. The contrast enhances the quality of both parts.

Work: Modeling the wo

ooden rings + Coordinating the final render (render by Miss3)

Silo’s Title

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Axionometric drawing

400 300 450

blokkeren van direct zonlicht – zomer minimalisatie warmtebelasting – zomer maximale daglichttoetreding – winter minimalisatie warmteverlies– winter natuurlijke ventilatie natuurlijke luchtfiltering door vegetatie – groene gevel – maximaal panorama uitzicht – efficiënte, circulaire IFDconctructie

zo

– – – – – –

me

2° r6

len

te

/h

er fst 38 °

winte

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r 14°

Silo’s

R

PRIMARY

Food & beverage

Balthazar Nieuwbouw Nieuwbouw

Family & kids

oostsilo Restaurant De Bovenkant (3WO)

Dakterras

Openbaar / terras (3WO)

Silo

Brouwerij / proeflokaal (Brouwerij ‘t IJ)

Maaiveld

Terras Proeflokaal (Brouwerij ‘t IJ)

Buurthuiskamer

Caspar

westsilo

Melchior

middensilo

Nieuwbouw

Hamam met logies (SpaSereen)

Nieuwbouw

Dakterras

Openbare kinderspeeltuin (Friends call me JIM)

Kantoor (TANK) Foodlab (Food Cabinet / Vermaat)

Dakterras

Openbaar / terras (Kiosk)

Silo

Kinder Speellocatie (Friends call me JIM)

Silo

Eventspace / huiskamer (Artifex / Vermaat)

Running track / speeltuin (Friends call me JIM)

Maaiveld

Urban Gym (Friends call me JIM)

Maaiveld

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BL AN

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W IL KE SS TR AA T

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FO EK

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W IE LE M A PL EI N

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Situation drawing

Silo’s

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competition drawings

Each silo has its own orientation and optimal urban development within the neighborhood. The three large main entrances look into the neighborhood from their own angle. In this way, each silo enters into a dialogue with its immediate environment in its own way: both in terms of design and programming. The design process of the new volumes on top started with an abstract vision of the total design: a clear

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single entity formed out of two different conceptual objects.

Over 20 versions of the wooden rings were made before settling upon the final form. Parametric design tools in cinema 4D and extensive model-making were used to find the best combination of aesthetics, performance and efficiency.

Silo’s

Design and visualisation of the restaurant interior.

Silo’s

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Existing building

New situation

Mammoet Team | TANK | Menno Kooistra, Peter van Gelder, Anna Zan, Marc van Kaam Location | Hilversum, Netherlands Phase | Initiative, SO Size | 20.000 m2 Date | 2017-2018 Software | Vectorworks, Sketchup, Photoshop Work | Facade and floor plans design, graphic design

The MAMMOET project is a transformation from the parking and office building at the Noordse Bosje 21 into an attractive, light and green residential building. The building has around 90 apartments and 120 parking spaces. A high-quality retail plinth is located across the entire ground floor.

The contrast in scale level between the current building and its urban context is big. The current building is perceived as a rude and grotesque building within the center of Hilversum. The impersonal parking layers reinforce this effect.

An important intervention, proposed by

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the design team, is to make cuts to the new building block from the third floor so that the building is not experienced as a single building, but as six new residential towers.

The two existing parking layers that are being kept are visually executed in the same architecture as the plinth and the living floors. As a result, the building becomes one coherent whole, whereby the parking layers will not be recognizable as such.

Work: Coordinating the final render

r (render by Miss3)

Mammoet Title

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conceptual diagrams

Isometric diagram and facade in the urban context

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Mammoet

2000

A2 120.5 sq m

83,3 S.M.

63,1 S.M.

A1 84.5 sq m

62,5 S.M.

78,3 S.M. A4 109.6 sq m

A3 93.0 sq m

61,3 S.M. 71,5 S.M.

A5 83.5 sq m

A6 83.5 sq m

75,4 S.M. 69,5 S.M. A8 88.3 sq m

63000

A7 88.3 sq m

79,0 S.M.

87,4 S.M.

A10 86.1 sq m

A9 85.5 sq m

81,9 S.M. 85,9 S.M.

A11 95.6 sq m

60,3 S.M.

A12 95.7 sq m

74,8 S.M. 75,4 S.M. A13 95.6 sq m

A14 95.6 sq m

81,9 S.M.

35000

2000

Work: Developing the floorplans

A5 oppervlakte: 83,5m2

A11 oppervlakte: 95,6m2 slaapkamer 14m2

slaapkamer 12,2m2

slaapkamer 9m2

woonkamer 32,6m2

slaapkamer 9m2

woonkamer 34,9m2

bijkamer 10m2

gang

berging

hal

berging

hal

A8 oppervlakte: 88,3m2

berging

badkamer 5m2

toilet

badkamer 6,3m2

bijkamer 9m2

badkamer 5m2

bijkamer 9m2 gang

toilet

woonkamer 34,9m2

slaapkamer 9m2

slaapkamer 14,4m2

Work: Floorplan drawings

Mammoet

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Translating personal fascinations and references to an early sketch.

In this studio we were encouraged to make the project very personal

Makkasan Park Graduation Studio | From industrial site to cultural identity Tutors | David Gianotten, Maarten Willems, Barbara Kuit Size | 500.000 m2 Location | Bangkok, Thailand Date | 2016-2017

Graduation Project The Makkasan train depot, located in the centre of the vibrant mega-city Bangkok, is one of the last undeveloped pieces of land in the centre. The contrast between Makkasan and Bangkok is huge. The city is covered in tall buildings of concrete and steel, with vary narrow urban spaces and lack of room. Nature has almost been completely eliminated, except for a handful of parks scattered across the city. Makkasan however is green, lush and undeveloped. The depot on site will soon be relocated and this brings up the question of what Makkasan should become in the future.

Should it be a place for people to escape the business of Bangkok life, should it be a cultural hub or should it be a place 28

for new vibrant commercial functions?

For this project, extensive background research has been done into the culture, history and problems of Bangkok has been done. The main question was how the transformation of Makkasan can set an example for the grid-locked city, for a more open and more nature-involved urban architecture.

The overall design consists of 3 main components. The transformation of old industrial buildings into a creative and cultural complex for art and design, Residential and commercial towers with iconic architecture and a public park that connects the elements and acts as the new public space for the region.

Makkasan Title park

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Masterplan H E R IT SPOR AGE TS + H E A LT

H

D

Zoning

TI

PAR K

H E R IT EXPO AGE + CR E AT

IO N

C U LT URE A RT & D IS CO

GREE N BU FFER

EDU V E RY C R E L A AT IO N X AT IO N GREE N BU FFER

SRT BUILDINGS

Preservation

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LANDSCAPE

FORE S L IV IN T WA LK G EXER C IS E

WOR K LI V IN IN G G TRAN S IT IO N

The design opens up the industrial plot to the city and shows a vision of a different Bangkok; one where nature and buildings go together and where people can actually live inside a park. It aims to preserve the unique traits of the green space and add many new functions and buildings to the plot.

The design is a clear reaction to the concrete and steel cityscape of Bangkok as well as a reaction towards the weak connection between people and nature in the heart of the city.

The program is a mixture of commercial, cultural and residential functions. They are placed so that each sector has it’s own ‘specialty’. The depot will be the new creative production scene and here are many cultural functions such as expo’s, workshops and outdoor expo area as well.

Cars to the area can be parked underneath the new buildings. The park itself only has trails and paths for

Themes

Cultural Identity

Strong public spaces

pedestrian and cyclists. The public path through the area maintains a distance towards the residential buildings to ensure a certain amount of privacy, while passing by closely to the main towers.

In the middle section of the park we find different landscape elements (lake, garden, lawn) and each is linked to one

Futurism

Art + Creativity

living in a green oasis

of the large buildings. Because very ‘designed’ landscape require lots of maintenance and in order to keep the unique attributes of the site, the new landscape strategy should be careful with the placement of artificial landscape.

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Preservation strategy

Building positions in the landscape

Landscape

Design sketch

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Iconic architecture The desire to introduce an expression of Thai culture and Thai history is the first aspect of the new architecture, that will be introduced in Makkasan. New buildings, that create a high density urban environment while also respecting the greenery. Adding functions such as

housing, art, food-plaza, entertainment complex etc. The tall buildings in Makkasan are designed as beacons in the urban landscape. From a far distance, people will be able to easily identify the Makkasan area. Their basic shape is derived from the peak on top of many classical thai buildings and from the pagoda typology used in religious

architecture.

The choice of materials has been predominantly steel and glass. Various other options have been tried like marble, concrete blocks and wood but the metallic steel and glass look of the buildings from a great contrast with the ground and it also works with the overall expression of the twisted forms.

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ARCHITECTURAL CONCEPTS these artworks combine conceptual art and architecture with advanced rendering techniques.

For these works I am inspired by architecture, cinematography, pop-culture and science fiction The ambition is to show imaginative places, with real light, material, sense of space and atmospheres, not bound to rules, scale and time.

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Oasis

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Total design

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Mainframe

Lighting, scene and materialisation

Encom 786

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Total design

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Solar Fields

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