Architecture Portfolio
Table of contents
04
Curriculum Vitae
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Project 1 Tempelhof Vertiport
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Project 2 Jardim Gaivotas
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Project 3 Green and cultural hubs
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Work 1 Hospitals Ghana
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Work 2 Outside toiletbox
Graduation project
Msc. 2
Msc. 1
zzp - Sander Architecten / Studio Prototype
zzp - Sander Architecten
4
Curriculum Vitae
Sophie Sander 04-03-1998 Dutch Tweede Helmersstraat 99-3, Amsterdam sophiesander@icloud.com +31627139827
Interests: Architecture - painting - photogrpahy - music - running cycling - boxing - sking - sailing - sports
Profile: Ambitious - curious - teamplayer - broad interests flexible - resilient - optimistic - open minded
Skills: Graphic Design and Presentation
Design and 3D modeling
Illustrator
After Effects
Rhino
Sketchup
Revit
Photoshop
Indesign
Autocad
Archicad
Enscape
Language
Dutch English French Spanish
(fluently) (fluently) (intermediate) (intermediate)
Curriculum Vitae
Formal education
Work experience
08-2020 - 07-07-2023 / Delft, the Netherlands
09-2023- present / Amsterdam, the Neterhalnds
Architecture, Urbanism and Building Sciences TU Delft Master 08-2017 – 07-2020 / Delft, the Netherlands
Architecture and the Built Environment - TU Delft Bachelor 07-2019-01- 2020 / Melbourne, Australia
Architecture - RMIT
Academic Bachelor track
08-2016 - 08 2017 / Amsterdam, the Neterlands
VWO - De Nieuwe School
A college preparatory track / nature & science
08-2010 - 08 2016 / Bussum, the Neterlands
VWO - Willem de Zwijger college
A college preparatory track / nature & science
Zzp - GoedBouw
Working as a project manager for a contractor.
07-2023- present / Amsterdam, the Neterhalnds
Zzp - Sander Architecten
Working on concepts and designs for client of Sander Architecten.
09-2022- 12-2023 / Amsterdam, the Neterhalnds
Zzp - Sander Architecten / Prototype
Working on the preliminary design of two hospitalsin Ghana.
09-2021- 02-2022 / Delft, The Netherlands
Workingstudent - Cepezed
Workingstudent at an architecture fi rm, working on tenders. I have worked on tenders for a mobility hub, VU amsterdam and a mbo school togehter with a tender team.
02-2021- 07-2021 / Delft, The Netherlands
Intern - Cepezed
Working intern at an architecture fi rm. I helped to further develop the technical design of a 50.000 square meter office for the police in the Hague in a team with 6 architects.
Achievements/ extra curricular 09-2022 - 07-2023
Company relations - FRESH Students
Organising events to connect real estate companies to students interested in real estate
07-2020 / 08-2021
Vice president, Vrije Studie committee
Organizing academic lectures and a yearly symposium for students
10-2017 / 09-2018
Promotion of Committee Shirts Naar Vraag
For a good cause we collected old textiles and sell them to earn money for startups in Africa.
05-2021- present / Delft, The Netherlands
City Manager - Custom95
Account manager and designer. Improving the brandig of startups and scale ups, for companies like Flink and Check.
08-2019 - 10-2019 / Melbourne, Australia
Waitress/hostess - The Lincoln Melbourne
Publication 2020 architectural visualization awards
Archdaily.com Conceptual - Jury Winner Lost in Melbourne by Li Han and Hu Yan, Vicky Lam and RMIT University students
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project 1 Vertiport Tempelhof Vertiport - THV
year: 2023 course: Msc. 3/4 Complex projects subject Airport project Vertiport location Tempelhof, Berlin, Germany
The studio & the project The complex studio, bodies & building Berlin focus is the building and to create a complex building design that is one of Berlin. The research of the vertiport project investigates what type of building could facilitate urban air mobility as a new sustainable mode of transportation. The research investigated. Flows, security, efficiency, urban implementation, the relation of the vehicle to the building as well as the human scale and a passenger experience. This relationship between the building as a machine, the human scale and the relation with the urban area is the architectural design challenge. And also, the relation between the project, the studio and the master. There is already a lot of research on urban air mobility regarding the technical aspects, social implementation, and business models. A few large architectural firms like MVRDV and Foster & Partners have already made design concepts for companies like Airbus for vertiport in Asia. However, a concept has remained. In the coming future it will be very possible that we will see the first large scale vertiport being built. However, the research into the architectural design and the requirements therefore have not yet been developed. The Vertiport project and the research tries to give the first design brief and principles of the vertiport building typology that is located in the inner-city of a European capital. Giving an insight into the design considerations for similar projects within these urban areas. The research question, “What new building typology will emerge as a result of the implementation of urban air mobility?”. A broad question that in another research has not yet been fully answered. To create the design brief for the vertiport answers needed to be found regarding the client, site and program. The main research strategy was to gain a wide range of knowledge on all important aspects of the project to create a final integrated design. The research needed to explore contextual factors, user requirements, building requirements, aviation safety rules, technological advancements, and sustainable practices, processes, and flows. The main sub question to be asked was how the process is different from the same as the process in airports. This first part of the research was done by a literature and case study, to find what processes should be added or eliminated from that of a vertiport. The question that followed was what do these changes in processes mean for the spatial layout of the building as well as the passenger experience.
introduction
8
Tempelhof Vertiport
South facade of the first terminal module
Long section of the first terminal module
The findings of the research concerning the client brought to light the most important client, the passengers and the staff, which are the daily users of the building, and the needs of these clients have the highest priority. For the needs of the city of berlin the vertiport represents a new gateway into berlin, a new Luftbahn. The designs express this new way of travel and activate people to use this mode of transportation as well as to represent the city of Berlin. The research into urban air mobility and the implementation of a vertiport in the urban area emphasized the importance of social acceptance. This led to the importance of the building giving back to the urban area and the residents in the form of access, program, and exterior experience of the building. The research showed that a vertiport is a combination of a heliport and an airport, the apron layout of a heliport and the program of an airport. By the literature research and the case studies it became clear the program of the vertiport can be compared
research
to that of an airport by eliminating processes. The process of passport check could be eliminated because an evtol could only travel distances to Schengen countries, thus not needing a passport control. Another process that spatially counted for a third of an airport's square meters was the baggage handling system. Due to the size of the evtol vehicles only hand luggage can be taken on board. By eliminating these processes, the program/sqm ratio of the vertiport was found. The main program consists of arrivals hall, departures hall, security, airside lounge area, gates, and the apron. The size of the building was possible to establish by looking at the ratio of m2/passenger/hour at stations and airports. The findings of these data concluded that the building needs a total of 60.000sqm to provide for 10 million passengers. Regarding the user flows within the vertiport were identical to that of and airport in regarding the process steps (minus eliminated processes )It became evident that there needs to be a separated flow in arriving and departing passengers, and that in terms of wayfin-
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ding the passengers need to be able to have sightling to the next step in the process. This means that spatially the building needs to be organized in such a way that for example the passenger can clearly see the route to security in the departure hall and for instance the exit in the arrivals.
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The vertiport consist of 3 modules that can work autominmoulsy and can be linked together via an airbridge and via the main south axes under the canopy along the south facade. By using this strategy the building can be upscaled based on the demand for urban air mobility. program
Regarding the functionality of the project the research concluded the minimum capacity for a vertiport that can handle 10 million passengers a year the layout of apron had to be consistent of at least 6 takeoff and landing pads and 24 gates in total. The site requirements were acquired by a combination of individual and group research.These requirements led to the site location of an old Rangierbahnhof next to Tempelhof station.
PROGRAM AMBITIONS
FUNCTIONAL
EXPERIENCE
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INSIDE - OUTSIDE
INTEGRATION
Optimal layout
User centric interactive program
A program during day and night
Seamless Journey
Urban Implementation
The layout of the program must be function in order to accommodate the different users and the urban air mobility process. The program needs to manage a large flow of the users arriving and departing from secure to un secure areas
The program needs to have hospitality and human dimension, long lines of sight and spatial quality. Transparent, light and elegant and rhythmic. To create a meaningful passenger journey. And at to the intuitive way finding
Travellers arriving in the late and early hours of the day should feel accommodated the available program. As well for the area not to be unpleasant, but to have a welcoming and safe appearance
The travel journey must be seamless, the traveller should have a logical sequence of their journey through the building that continues the quality of the experience. For arriving and departing passengers going on their onward journey
The new building will need to be integrated, not only on a infrastructural level but also socially. The program and aesthetics should invite users and visitors to feel welcome and improve the quality of the surrounding urban area.
Bodies & Building Berlin
complex
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Design Brief | S J J Sander | 67
research
Tempelhof Vertiport
SECURITY
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Axonometric of the first terminal module Bodies & Building Berlin
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Tempelhof Vertiport
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arrving and departing passengers main axes under the canopy
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Apron Balustrade steal sloped frame consitent of a windwall harnessing wind energy from downwash. White plastic wind wall rotors
Roof with top layer sloped Op-DECK lightweight isolated conrete sytem floor Sanwichpanel:rc>6 [m2.k/W]/ REI 90 min thin profiled steelplat with PIR insulation EPS-profileblocks Conrete ribfloor
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helipad platforms separated from the roof structure extruded Aluminium beams integrated cable management. Drainage holes suported by Steel beams Steel profiles to connect the beam to the roof
Aluminium look panels acoustic exterior ceiling panels
Uplights canopy
acoustic facade panels Aluminium perforated panels with a mineral wool fill to absorb the noise of the road, railway and the evtols’s
Primary structure HEA 700 profiles Circular steel columns 600diameter White coated finish 700mm steal trusses
85.0000
Facade: Curtain wall system Jansen Jansen VIss curtain wall system
85.0000
Floor spots
terazzo tiles pavement
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project 2 Jardim Gavoitas re-integration of communitiy and ecology year: 2022 course: Msc. 2 Global Housing subject Social Housing, Urban planning project Housing masterplan location Jardim Gaivotas, São Paulo, Brasil
introduction
In Spring 2022, a new run of the collaborative project was organized by Prof. Medrano and Dr. Mota, working in collaboration with Dr. Vanessa Grossman from TU Delft, and the same team of instructors from FAU USP. The courses included were the TU Delft design studio “Global Housing: On the Margin” and the FAU USP course “Arquitetura, espaço e sociedade: teoria e crítica (Architecture, space and society: theory and criticism)”. The mission was to create a design for the redevelopment of a neighborhood in the favelas in the São Paulo, named Jardim Gaivotas. The challenges of this neighborhoud are the rabip urban expansion of São Paulo and the need for 500.00 homes. The mobility, citizens of the Grajaú region spend a large amount of time commuting and traveling in São Paulo, specifically to the metropolitan area. According to the ministry of labor, 54% of job opportunities are concentrated here. Complications for residents of Grajaú are also the lack of services such as health, leisure and utilities. In addition it is an occupied territory, the process of redevelopment often now goes hand in hand with the repossession of land and a violent evictions, where families and communities when are stripped from their homes. So where does the community go? Evicted citizen are in the lowest income group and are forced to start over. This means they have to live in poverty for longer and lack of support from the government results in further appropriation of territory. So these people find themselves in a downward spiral
The neighbourhood
The current situation
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Pollution of the reservoir could be an indirect result of redevelopment process in occupied areas. The attitude of distrust towards the state leads to people paying less attention to other aspects such as the environment which often leads to landslides during heavy rainfall where entire homes are swept away. Could this process be reverted if we reduce the anonymity between residents and if we bring the state and people of Grajaú closer together?
situation
Much of the unbuilt space on site is inaccessible and has been claimed by residents aiming to expand or settle. These open spaces are fenced off with recycled construction materials. the only public open spaces available to the residents of J.G. are currently the streets. Public spaces could make it easier for residents to come together which promotes a sense of unity which has been the strategy in newly developed favelas.
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Gallery apartments
Future vision for Jardim gaivotas Taking into account the need to not only densify the area but also the current community that has appropriated this area and has made it their home for the last decade. How do we go about adapting and changing these neighborhoods while having respect for the social fabric as well as the environment and its challenges. With this in mind the new masterplan for Jardim Qaivotas is set out to finding a new way of integrating a new community within the existing (new residents) community and the rehome the existing community in the new urban developments. With the integration of new infrastructure.
Garden villa’s
Type of housing The area set to be redeveloped needed to consist of affordable housing of the lowest minimum wage, Social-interest housing and of popular market housing*. This in order to create a diverse community. *Social-Interest Housing (Habitação de Interesse Social – HIS), *Popular-Market Housing (Habitação do Mercado Popular – HMP),
The Division 160 Dwellings: 12,5% HMP 31,2% HIS 3-6 m.w. 56,2% HIS 1-3 m.w.
dwellings
Jardim ai Gavoitas
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GARDEN VILLA’S RE-Intergration of nature and community s.j.j.sander 4680073
Garden villa’s This type has maisonette apartments. One villa contains 4 apartments in total. The ground floor apartment has garage access and the second apartment enters from the second floor via a staircase. The type is designed for the HMP and the 3-6 m.w. HIS.
The ground level access apartment with also garden access is a HMP apartment. The top level apartment is the 3-6 m.w. HIS apartment. This apartment has a private rooftop terrace.
dwellings
3600.00
1800.00 3150.00
6300.00
4500.00
15300.00
1800.00
1800.00
3600.00
3600.00
1800.00
1800.00
15300.00
4500.00
8100.00
8100.00
3600.00
3600.00 8100.00 4500.00 1800.00 3600.00 1800.00
15300.00
1800.00
Jardim ai Gavoitas
1800.00
22
3150.00
3150.00 6300.00
6300.00
Type A 30 units
Type B 60 units
Type C 30 units
1 bedroom apartment HIS 1-3 m.w
2 bedroom apartment HIS 1-3 m.w
3 bedroom apartment HIS 3-6 m.w
dwellings
Jardim ai Gavoitas
type A
type B
The gallery apartments The gallery provides a walk way towards two apartments as well as a large outside space for the residents to use together and privately. at the backside of the apartment the building also has access to balconies. The main reason for the design of the apartments to have as many outside spaces as possible is due to the terrible covid outbreak that took place in the city. It has become of utmost importance to design a dwelling that improves the resilience of the residents and can provide decent outside spaces in times like an outbreak. Furthermore, in addition to resilience it is
dwellings
type C
as well important to make the outside space accessible for all the residents, that way everyone is Responsible and trust can be built and walls and gates torn down so the gap is not met by gates and divisions within the apartment blocks.
23
24
project 3 Green & Cultural hubs Let nature find its way
year: 2021 course: Msc. 1 Extreme Architecture subject Housing project Studenthousing location Faculty of Architecture, Delft, The Netherlands
The course extreme architecture took place during the covid pandemic. During this time the location for the project was the faculty of bouwkunde in Delft. The main objective was to create student housing and to design a building with regards to the urban heat island effect. Further program in the building was decided on the basis of our own research and concept. The temperature at the location is very high during the summer months, due to large surface of the parking lot area, the surrounding buildings, and the little use of green. The can and should be changed to make the area more liveable and resilient against the urban heat island effect. Circulair building system combined with a new take on the use of green that also looks at the impact of the building on the soil, that gives people and nature the opportunity to rebuild and strengthen together to build resilience against the Urban Heat Island Effects The demountable buildings and walking paths are designed in such a way that it has the least impact on the soil, so when the buildings are adapted or demounted, what will remain is relatively healthy soil. By creating a demoutable and scalable timber structure the building can be easily used for different functions, such as exposition halls extra study spaces, lecture hall or even student bars. The demountability of the walls and floors can changed during the use, whitout the need to demolish of demount the building. Not Just the use of green will contribute to the resilience of a building towards the UHIE but also the material used can add to the resilience of a building and to the circularity of the building. By designing a circular building you are not only adding a solution but also contributing to a sustainable world and thus tackle the UHIE at its roots.
introduction
7120 m2 Available space By the use of green roofs and facades the soil used by buildings is replaced. 48% Added green space by facades and roofs 1890 m2 Green facade 1500 m2 Green roof
Modular paving: • Keeps the soil intact • Adaptable • Gives nature a change to grow
Green Facade Elements: • Collect water • Cool / isolate • Improve acoustics • Biodiversity • Air Quality
Extensive green roofs: • Collect water • Cool / isolate • Improve acoustics • Biodiversity • Air Quality • Physical and mental Health
26
Green and cultural hubs
ST
8-
10
st
ud en ts
U UD
HO
La
SI
rg
e
NG
sh
ar
ed
pe r
flo or
EN
ba l
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gy
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fl
6
losed pu Enc blc
ity
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ublic sp ed p ac ea los nc
lo or
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ch
PO
8- USINDEN 10 G T
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U Co sab vi le d- sp 19 ac e
ng
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closed publc s En pa
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ki
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A G cce re sa en b ro le Li fe of c
C Co offe rn e er
flo
La ba rge lc on sha ie re s d
W En est tra nc e
co
O Ha ran ll ge
6
S or s 1s emi tf P lo ub or lic
Pa r
S H TU
BOUW PUB
Public Bar
ce pa
BK
U Co sab vi le d- sp 19 ac e
EX PO
-C
s
C Ch lima an te ge
Sudent Housing 500m2 housing 32 students with large shared spaces and a large shared balcony. The ground floor is semi public and there is space for parking of bicycles and electric cars.
Study and small expo spaces 435 m2 Life Changing Technologie Expo,depending on current social issues. Letting technologie come together with daily life. Additionl study spaces. Usable spaces during covid-19
Expo space 250m2 to share all Climate related tu knowledge Usable spaces during covid-19
Bouwpub preserving and expanding the ambiance that the bouwpub gives to bk-city and the campus
Summer Collected rainwater from the gutter goes into the rainwater collector
Extensive green roof
Integrated PV panels
student room
common space
student room
Integrated PV panels
B
study spaces study spaces
program
The trees and canopys can create a pleasant atmos phere in Summer. Though the evaportation the is cooling and there is shade provided by the canpoys and trees
-
common space
CORE
Extensive green roof
common space
student room Rainwater use for toilets
common space
bicyle parking
Collected rainwater is used to water the green wall
-
Green and cultural hubs
3000mm
3000mm
27
3000mm
7
A
6
E 5
I
p+4500
K
J
3000mm
4
H
G
3000mm
3
B
F
3000mm
2
F
c
1 9000m m
D
A
A B C D E F G H I J K
A.1
A.2
Student room Common kitchen Common bar Common balcony Private ensuite bathroom Common living room Staircase Elevator Main hallway Installations Laundry room/ storage
B
B.1
B.2
C
C.1
C.2
D
In the layout of the floor plan the use of spaces and hygiene that followed the covid-19 epidemic has been taken into account, by creating large spaces, private ensuite bathrooms and large outside balcony.
dwellings
28
Green and cultural hubs
Structure Timber Glulam beams and columns made up out of Spruce and Larch wood. Which can be found inlands in the Netherlands Facade To assure the demountability of the facade, the elements are thus designed that there are two standard facade frames that are connected to the main structure. On the long side a triple frame and on the end side a single frame. Within this fixed frame there are various adaptations that can be made. Floors By using prefabricated Timber-Concrete-Composite floor slaps the structure will have increased stability and the fire resistance on each floor enhances. The prefabricated Timber-Concrete-Com-
demountable structure
posite floor slabs Also provide flexibility within the floor plans making it possible to change staircases and take out entire floors to create a two story height. prefabricated Timber-Concrete-Composite floor slabs: 1250x6000mm On Laminated veneer lumber ribbedfloor. Screwing prefabricated concrete elements to a timber support structure on site allows for a largely prefabricated, dry construction Process The materials can also be separated when the building is demounted, and then reused. Future TU Delft The green hubs can be used a temporary structures on the expanding campus, it can functions as student housing, study areas, exposition rooms, etc.
Green and cultural hubs
29
demountable structure
30
Green and cultural hubs
impression
Green and cultural hubs
D
D
31
D - Parapet capping
1
1
2
2
3
3
Kempergro green roof Kempergro green roof - Sheet metal clip - Green roof vegetation - Green roof vegetation - Liquid waterproofing - Growing media 100% recyced - Growing media 100% recyced - Extrude - Attentuation layer 90% recyled - Attentuation layer 90% recyledpolystrene (XPS) boardfree - Kemperol 2k pur solvent free- Kemperol 2k pur solvent - Hardtop recyled insulations board 200 recyled insulations board 200 - Hardtop - Kempershield vapour barrier- Kempershield vapour barrier - Clamping bar - Sheet metal skirting
4
4
D
+14150
loose gravel
+14150
loose gravel
Glass canopy with intergrated pv-panels Ribbed ceiling LVL 320mm
Ribbed ceiling LVL 320mm
Sherpa connector
63.69
63.69
68.78
Modular floor heating MFH Modular floor heating MFH - Edge insulation strip 75mm - Edge insulation strip 75mm - Top layer - Top layer - Variocomp filing compound - Variocomp filing compound - Variocomp panel 18mm thick- Variocomp gypsum panel 18mm thick gypsum fireboard fireboard - VaropProFile pipe 11.6x5.1 Laser - VaropProFile pipe 11.6x5.1 Laser - Pe construction foil - Pe construction foil
+10400
+10400
37.00
Awing Window
Primary Single Frame Secondary frame 68.78
63.69
63.69
Sash window
+7050
+7050
37.00
+ 3700
63.69
63.69
68.78
+ 3700
LLIS
37.00
- Minderal fibre footfall sound -isullation Minderal30mm fibre footfall sound isullation 30mm - Additional fibre insullation 40- mm Additional fibre insullation 40 mm -Concrete top layer 80mm -Concrete top layer 80mm 31.00
31.00
66.00
edistuO
37.00
37.00
MOSNART
- Minderal fibre footfall sound -isullation Minderal30mm fibre footfall sound isullation 30mm - Additional fibre insullation 80- mm Additional fibre insullation 80 mm
p=0
LLIS
-Foundation block - Internal steel plates - Anchor bolts
Gutter for exces water recovery
p=-200
-Foundation block - Steel bracket - Anchor bolts
p=0 p=-200
- Foundation slab reinforced concrete - Foundation slab reinforced concrete 200mm 200mm - Thermal insulation xps 200mm - Thermal insulation xps 200mm
4
3
3 1/2
2
2 1/2
1
1 1/2
toeboard insulation edgebeam
- Gypsum fireboard 18 mm, - woodframe construction, between thermal insulation 170 - Gypsum fireboard 18 mm
3000mm
69.77
D
1500mm
1500mm
rainwater pipe
- Cladding spuce 20mm - Timber-stud structure - Thermal insulation - Vapour barrier - Cladding spruce 20 mm Modulo green 178x600 - Gypsum fireboard
- Cladding spuce 20mm - Timber-stud structure - Thermal insulation - Vapour barrier - Cladding spruce 20 mm - Gypsum fireboard
Modulo green 178x600 - Aluminium bracket - Stainless steel self-drilling screw - Stainless steel wedge anchor - Aluminium profile - Stainless steel self-drillingscrew + Gasket EFDM
- Aluminium bracket - Stainless steel self-drilling screw - Stainless steel wedge anchor - Aluminium profile - Stainless steel self-drillingscrew + Gasket EFDM
rainwater pipe
D 69.77
1
3000mm
- Gypsum fireboard 18 mm, - woodframe construction, between thermal insulation 170 mm - Gypsum fireboard 18 mm
2
,mm 81 draoberif muspyG ,noitcurtsnoc emarfdoow 071 noitalusni lamreht neewteb mm mm 81 draoberif muspyG -
3
4
facade fragment
32
Hospitals Ghana
Work 1 Hospitals Ghana building to last - timeless interior sustainable quality year: 2022
During my graduation year I worked on the interior design manual for a project of Sander Architecten and Studio Protoype.
Project Western Region Hospitals Project Republic of Ghana interior design manual
The hospitals in Ghana were already designed and our job was to create and interior design from casco. The strategy was to create archetypes of the different functions in order to create an entire manual for the client to use. We were also in charge of creating the concept for the interior. This was a very interesting challenge due to the differences in culture, signing, social structures, climate and budget. A very educational project also in terms of functions, flow, hygiene, materials, etc. that are specific to hospitals.
Location Effia Nkwanta & Agona Nkwanta, Ghana
In the next few pages there are a few pages and plans that I created as an example.
Architects: Prototype Sander Architecten
introduction
IN STREET AGONA NKWANTA
Hospitals Ghana
A BUILDING LIKE A CITY, with streets and squares, open spaces where you can wait or meet, cry and be comforted. A building like a city, where you come ESTERN REGION HOSPITALS PROJECT together, talk, comfort and where various ‘houses’’, departments, are close to each other where you can find the right care, a clean TRANCE AGONA NKWANTA and well maintained, efficient building.
State of the art hospital, fully medical equiped, an outstanding podium for great perfomance for the staff, in an human-nature environment which stimulates talent and provides patients with a comfortable and safe healing environment.
33
34
Hospitals Ghana
F
WESTERN REGION HOSPITALS PROJECT CONSULTING/ EXAMINATION/ PROCEDURE ROOMS
Agona Nkwanta
Sendagrup Medical Centre, Spain, Pauzarq
scope of study: F0215
Design principles are to be applied to Effia Nkwanta but won’t be worked out in detail
F
Sendagrup Medical Centre, Spain, Pauzarq
WESTERN REGION HOSPITALS PROJECT CONSULTING/ EXAMINATION/ PROCEDURE ROOMS
floor: resin incl. curved skirting
walls: glass fiber wallpaper
walls: glass
ceiling: perforated metal ceiling
look & feel
Gandel Wing, Cabrini Malvern Private Hospital, Australia, BatesSmart, 2019
Hospitals Ghana
35
800
360
ARCHETYPE F
07.
05. 2350
12.
3150
04.
3499
2050
2050
02.
01.
1100
1100
12. 06.
03.
03. 0215 - view B
0215 - view B 1373
0215 - view A 2040
460
1000
2827
3500
300
4200
Key
2410 3150
08.
2050
02.
09.
11.
11.
01. 740
1100
10.
07.
08.
03.
0215 - view C 200 350
03.
2400
550
Brand
Type
01 02 03 04 05 06 07 08 09 10 11 12
Decopanel Lensvelt Lensvelt Lensvelt Lensvelt -
Examination bed, 2000 x 700 mm Rail with adjustable curtain, top 600 mm made in see-through fabric Curved skirting Wall print Door, 2350 x 1000 mm, woodprint in the color of the wall panel Custom made wash unit (inc. washbasin, trasbin, paper dispenser, tap) Cloth hooks Boring Collection high cabinet, 800 x 335 x 1890 mm Boring Collection office chair Two Third chair with armrests Boring Collection office desk, 800 x 1300 x 740 mm Glass window 2350 x 500 mm
BASED ON THE AGONA BASE DRAWING 21-11-2022 VERSION ALL DIMENSIONS SHOULD BE VERIFIED ON SITE
AGONA NKWANTA
EFFIA NKWANTA
F0215
F0212
WESTERN REGION HOSPITALS PROJECT THE REPUBLIC OF GHANA PRELIMINARY DESIGN DR. NR NAME
0215 - view B 4200
3500
Code
projectnr
22197
format
A3
scale
1:50
units : GWR-AG-ARCH-2354-ATF : Consulting rooms, room 0215 - walls elevations prepared
AirPlan
SSA 30-11-2022
date
©
mm
ver. ver. ver. ver.
Studio for Architecture, Urbanism and Research
ARCHETYPE F
1500
B
A C
D
BASED ON THE AGONA BASE DRAWING 21-11-2022 VERSION ALL DIMENSIONS SHOULD BE VERIFIED ON SITE
AGONA NKWANTA
EFFIA NKWANTA
F0215
F0212
WESTERN REGION HOSPITALS PROJECT THE REPUBLIC OF GHANA PRELIMINARY DESIGN DR. NR NAME
: GWR-AG-ARCH-2350-ATF : Consulting rooms - floorplan
AirPlan
©
projectnr
22197
format
A3
scale
1:50
units
mm
prepared
SSA
date
30-11-2022
ver. ver. ver.
Studio for Architecture, Urbanism and Research
ver.
drawings
36
Hospitals Ghana
G
WESTERN REGION HOSPITALS PROJECT DEPARTMENT SPECIFIC PROCEDURE ROOMS/ BAYS
F
G
B
H
J
Agona Nkwanta
Gandel Wing, Cabrini Malvern Private Hospital, Australia, BatesSmart, 2019
scope of study: G1200, G1201, G1202, G1203, G1206, G1209, G1210, G1211, G1212, G1213, G1214, G1215, G1216, G1218
Design principles are to be applied to Effia Nkwanta but won’t be worked out in detail
G
WESTERN REGION HOSPITALS PROJECT DEPARTMENT SPECIFIC PROCEDURE ROOMS/ BAYS
floor: resin incl. curved skirting
ceiling: perforated metal ceiling
look & feel
walls: glass fiber wallpaper
Gandel Wing, Cabrini Malvern Private Hospital, Australia, BatesSmart, 2019
Pivot Point reception impression
Hospitals Ghana
37
ARCHETYPE G
A3
B
A C
D
B
A C
D
D3
B
A1 D1 C
A2
B
A C
D
BASED ON THE AGONA BASE DRAWING 21-11-2022 VERSION ALL DIMENSIONS SHOULD BE VERIFIED ON SITE
AGONA NKWANTA
EFFIA NKWANTA
G1200, G1201, G1202, G1203, G1206, G1209, G1210, G1211, G1212, G1213, G1214, G1215, G1216, G1218
G2502, G2503, G2505, G2506
WESTERN REGION HOSPITALS PROJECT THE REPUBLIC OF GHANA PRELIMINARY DESIGN
projectnr
22197
format
A2
scale
1:50
DR. NR NAME
units
mm
prepared
SSA
date
30-11-2022
: GWR-AG-ARCH-2360-ATG : Specyfic procedure rooms - floorplan
AirPlan
©
ver. ver. ver. ver.
Studio for Architecture, Urbanism and Research
1700
ARCHETYPE G
28.
2800
2800
11.
2800
10. 08.
1100
12.
05 .
05 .
View A1
3600
1900
1300
400
7200
View A2 300
1550
3200
1000
3850
950
View A3
1800 1850
1750
1650
200
3600
500
350
7500
3250
2800
04.
01. 05 .
View C 550
2400
1200
2400
1200
2400
350
500
350
2400
1200
2750
300
18000
Key Code
Brand
Type
01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
Dräger Dräger Decopanel Decopanel Duravit Grohe Lensvelt Lensvelt Lensvelt Lensvelt -
Hospital bed, 2200 x 1000 mm, bed covers with a Kente pattern print Linea Living wall lamp 130 x 179 x 900 mm Linea Vertica wall supply unit 666 x 110 x 2700 mm Rail with adjustable curtain, top 600 mm made in see-through fabric Curved skirting Wall print Wall panel with print, HPL, type 1 Door, 2350 x 1300 mm, white Patients' high cabinets 450 x 500 mm Wall panel with print, HPL, type 2 Door, 2350 x 1000 mm, woodprint in the color of the wall panel Custom made wash unit (inc. washbasin, trasbin, paper dispenser, tap) Mirror 850 x 1000 mm Cloth hooks Glass shower partition Rimless wall mounted toilet Euphoria shower set Boring Collection office chair Boring Collection low cabinet 800 x 335 x 1170 mm Custom made cabinets 600x300x2800 woodprint in the color of the wall panel Table, No Sign Of Design, 800 x 2400 x 750 mm Two Third chair with armrests Custom made kitchenette unit Custom made reception/nurse station unit Glass window 2350 x 1750 mm Door, 2350 x 1000 mm, white Double Door, 2350 x1900 mm, white Sliding Door, 2350 x 1650 mm, glass
BASED ON THE AGONA BASE DRAWING 21-11-2022 VERSION ALL DIMENSIONS SHOULD BE VERIFIED ON SITE
AGONA NKWANTA
EFFIA NKWANTA
G1200, G1201, G1202, G1203, G1206, G1209, G1210, G1211, G1212, G1213, G1214, G1215, G1216, G1218
G2502, G2503, G2505, G2506
WESTERN REGION HOSPITALS PROJECT THE REPUBLIC OF GHANA PRELIMINARY DESIGN DR. NR NAME
projectnr
22197
format
A2
scale
units : GWR-AG-ARCH-2364-ATG : Specyfic procedure rooms - walls elevations A, C prepared
AirPlan
©
date
1:50 mm SSA 30-11-2022
ver. ver. ver.
Studio for Architecture, Urbanism and Research
ver.
drawings
38
Outside toiletbox
Work 2 Outside toiletbox Menno’s doos
year: 2023 project private location Koten the netherlands
This project started right after my graduation. The description is to renovate a current exposition building, design a new outside bar where the integration of the garden plays an important role and in addition to design an outside toilet for events. I am active in all the phases of the project. The current phase is to create the concepts and preliminary design. Eventually this will move to the technical phase and eventually the execution. It is very educational to have a role in a smaller size project like this to experience all the design phases. Since the project is ongoing I have put some first impressions of the concept into this portfolio.
introduction
Outside toiletbox
39