Aleksander Nowak +47 45463244 (Norway) +48603063611 (Poland) nowak.aleksander3@gmail.com
ALEKSANDER NOWAK
8. recharging
relaxing
ni par les besoins éjà que nous erts, propices jet prévoit break area auditorium etoutdoor privées, exhibition
complementlounge area library themed rooms
elaxing
working
max H=+37,0m SDP total: 22490m2
redaction
private office
superdesk
open office
travailler working
superdesk
mezzanine: +28,0m, SDP: 610m2 bureau privateprivatif office
working
open office
redaction superdesk niv. 6: +24,5m, SDP: 1290m2 20m2
unformal meeting space
study both /cubicle
La proposition architecturale a été élaborée en prenant en compte les fortes contraintes techniques liées à la construction du bâtiment sur la dalle existante, en particulier la position des points porteurs et leur capacité respective à reprendre les charges verticales et horizontales.
redaction
superdesk
ng space
commercial
superdesk
office bureau open en open-space
private office
working
work lounge
unformal meeting space
Afin d’assurer la faisabilité du bâtiment et en particulier de l’ouvrage de franchissement, la collaboration avec les ingénieurs de l’équipe de conception a orienté les choix
niv. 5: +21,0m, SDP: 3765m2 meeting room
private office
work “salon delounge travail”
open office
study both /cubicle commercial
workgrouping
unformal meeting space
study both /cubicle commercial
recharging être inspiré
study both / cubicle
relaxing
complement
hub
superdesk
working
redaction
superdesk
private office
workgrouping
niv. 4: +17,0m, SDP: 4075m2
kiosque espaces demeeting réunion unformal meeting study both unformal meeting unformal study study both both niv. 3: individuel space /cubicle space /cubicle space /cubicle informels +13,0m, SDP: 4060m2
commercial
espaces de pause outdoor breakextérieurs area auditorium exhibition auditorium
niv. 2: du projet,+9,0m, SDP: 3755m2 75m2 té. Ainsi le ateurs une niv. 1: d’usage et+5,0m, deSDP: 2810m2 60m2 commercial commercial commercial
relaxing se détendre
recharging
archive/storage print/copy circulation break zone mini kitchen sanitary
lounge area library complement themed rooms
hub
meeting room open office
work lounge
niv. 0: +0,0m, SDP: 2130m2
workgrouping
niv. 3: +13,0m, SDP: 4060m2
0m2
max H=+37,0m SDP total: 22490m2
outdoor break area
recharging
auditorium salle d’exposition exhibition salon de repos lounge area bibliothèque library espaces thématiques themed rooms
archive/storage print/copy circulation break zone mini kitchen sanitary mezzanine: complement+28,0m, SDP: 610m2
espaces supports
relaxing
workgrouping
outdoor break area
private office
open office
work lounge
niv. 2: hub superdesk +9,0m, SDP: 3755m2
niv. 6: +24,5m, SDP: 1290m2
niv. 5: +21,0m, SDP: 3765m2 mezzanine: +28,0m, SDP: 610m2
niv. 6: +24,5m, SDP: 1290m2
niv. 5: +21,0m, SDP: 3765m2
niv. 4: +17,0m, SDP: 4075m2
open office
work lounge
working workgrouping
meeting room private office
niv. 3: +13,0m, SDP: 4060m2
niv. 2: +9,0m, SDP: 3755m2
niv. 1: +5,0m, SDP: 2810m2
ALEKSANDER NOWAK
work lounge
unformal meeting space
niv. 0: +0,0m, SDP: 2130m2
commercial
niv. 2: +9,0m, SDP: 3755m2
niv. 1: +5,0m, SDP: 2810m2
study both /cubicle
study both commercial /cubicle
study both /cubicle
3
•
recherche de légèreté
•
compensation des efforts horizontaux
•
prise en compte de l’hétérogénéité des points porteurs
max H=+37,0m SDP total: 22490m2
niv. 0: +0,0m, SDP: 2130m2
5
Afin de limiter le poids de l’ouvrage de franchissement, le bâtiment s’affine dans la zone centrale en plan et en élévation. L’objectif de légèreté a également orienté le choix du système constructif envisagé pour les planchers (cf. description ci-contre). La structure des extrémités du bâtiment (entre les files 3 et 4 et entre les files 10 et 12) est basée sur un système conventionnel poteaux-poutres. Leur stabilité latérale est assurée par un système de cadres rigides sur toute la hauteur du bâtiment dans les directions transversales et longitudinales. La structure de la partie centrale est basée sur le principe de l’arc à poussée
La géométrie envisagée pour le système d’arcs résulte de la prise en compte des capacités hétérogènes des points porteurs disponibles. En effet, les points porteurs à l’Ouest de l’ouvrage (à droites sur les figures ci-contre) ont une résistance jusqu’à deux fois supérieure aux points porteurs situés à l’Est. Les arcs sont liés entre eux par des poutres parallèles qui assurent la transmission des efforts verticaux des étages supérieurs ainsi que la stabilité latérale des arcs.
P/2
6
P/2
7
arc comprimé
8
F 9 E
10
faux plancher
absorbant acoustique
D
poutrelle type IPE
11 C
NE
P/4
P/4
P/4
P/4
arch compression tirant tendu string
EI
S
12
dalle béton mince tuyaux d’activation thermique
max H=+37,0m SDP total: 22490m2
Choix constructifs pour les planchers
niv. 3: +13,0m, SDP: 4060m2
niv. 0: +0,0m, SDP: 2130m2
GARREE GA
La solution structurelle retenue pour les planchers consiste
niv. 2: +9,0m, SDP: 3755m2 max H=+37,0m SDP total: 22490m2
faux plancher
niv. 1: +5,0m, SDP: 2810m2
niv. 0: +0,0m, SDP: 2130m2
P P
4
repris par des tirants positionnés entre le niveau brut de la dalle et son niveau fini. Ainsi, les seuls efforts horizontaux transmis aux points porteurs sont ceux liés à l’action du vent.
commercial commerces niv. 4: +17,0m, SDP: 4075m2
open office
niv. 4: +17,0m, SDP: 4075m2
niv. 3: +13,0m, SDP: 4060m2
unformal meeting space
commercial redaction niv. 1:superdesk +5,0m, SDP: 2810m2
archives /stockage auditorium archive/storage exhibition print/copy impression/photocopies niv. 5: lounge area circulation +21,0m, SDP: 3765m2 circulations mezzanine: library break zone SDP: 610m2 cuisine meeting room+28,0m, unformal meeting study both themed rooms mini kitchen sanitaires space /cubicle sanitary
ue
private office
superdesk
niv. 6: +24,5m, SDP: 1290m2
working
0m2
m 0m2
redaction
unformal meeting space
working
superdesk
meeting room
55m2
IO STAT
Carrying points analysis
workgrouping
meeting room
niv. 4: +17,0m, SDP: 4075m2
90m2
study both /cubicle
niv. 6: +24,5m, SDP: 1290m2
niv. 5: +21,0m, SDP: 3765m2
: 0m2
ping g ping groupe
unformal meeting space
work lounge
15m2
30m2
hub
superdesk
N
Stratégie générale work lounge
workgrouping
meeting room redaction superdesk
STR UCT UR E
Programme distribution per level
workgrouping
meeting room archive/storage print/copy circulation hub break zone mini kitchen sanitary
work lounge 10% 20%
archive/storage hub print/copy circulation break zone 14 stk mini kitchen 85m2 sanitary mezzanine: +28,0m, SDP: 610m2
ve/storage nt/copy culation eak zone i kitchen anitary
65m2
superdesk super-desk
hub
“Salon de travail”
orium mplement hibition nge area ibrary ed rooms
union m oom oom
complement
absorbant acoustique
13
max H=+37,0m SDP total: 22490m2
poutrelle type IPE dalle béton mince
Plafond
béton préfabriqué et réseau d’activation
Structure
Poutres alvéolaires pour les installations techniques
tuyaux d’activation thermique
Plancher
béton ou autre
19
se composent de poutres en acier de type IPE portant transversalement des dalles minces en béton installées entre Capacités porteuses des points d’appuis sur leurs semelles inférieures. Ces les poutres métalliques dalles minces préfabriquées sont coulées autour des poutres Capacités porteuses des points d’appuis la protection au feu de l’acier et la en atelier. Elles assurent transmission des efforts horizontaux.
Dans la hauteur structurelle du plancher, tous les équipements techniques peuvent être installés. La sous face des dalles minces en béton préfabriqué est laissé nue du fait de leur haute qualité de finition, ce qui permet de s’affranchir d’un faux plafond supplémentaire. Le système permet par ailleurs de bonne performances d’isolation acoustique, un montage F de la structure sur chantier très rapide et un apport d’inertie 9 thermique. F
E E
10 D D
11 C
12
11
10
9
7 8 8
7
E IN SE NE I SE
ALEKSANDER NOWAK
Europan Warsaw 2015
Milestones
Warsaw / Milestones
urban Human adaptibility scale
Urban concept is considering various scales of influence and adaptibility. From city scale which activates perpendicural and circural connections to the boulevard, throught plot scale where influences of CNK and BUW were considered in pragmatic (time frame schedule) and mental (`adaptable experimental pavilion`) ways. Up to `little global` influences of wind, sun and noise within the park and outside proposed design location.
It is also prominent spot visible from the opposite coast, which allows for various artistic and cultural interventions.
nts
POWISLE green belt (see city diagram)
me
lop
Present trend of opening towards the river can only be successful, if promotes fully accessible and `hub like` solutions for further developement and constitutes a vibrant place within the city and riverscape fabric . Design propose to activate perpendicular connections in relation to the Wisla river to attract new events to the area. It also creates a connector of POWISLE green belt which allows for circular connection dispersion from the site.
ve de w ne ntre ce
city centre
city centre
CNK
CNK
W BU ntre ce
BUW
BUW POWISLE green belt north-west
POWISLE green belt south
Vis tu
BUW gardens and POWISLE green belt
Vis tu
la
la
co
Vis tu
la
co
as t
as t
demountable shallow bumps for slowing down car speed
co
as t northern pedestrian / bike access from vistula boulevards
Vis tu
la
co
as t
Present urban connection
Activating perpendicural and other conenctions to the river bank
Daily Schedule :
Possible new urban connections activating park in a `hub like` zone
tourists flow from centre all access paths along green belt
It was considered to activate the space 24/7 in relation to neighbouring program and location. Various activities and events might occur in the open space zone, `stone market` or in the boulevard auditorium depending on the requirements and specific for various time zones audiences.
Connecting all parks to green belt as additional attractor path to riverbank and park light and water system treatment to push visitors towards the river (see description)
tourists flow from centre
tourists flow from CNK
students
students
leasure
leasure
exhibition program protected or open mode (see sections)
leasure
leasure
yoga / excersizes coffe inside the temporary pavilion
POWISLE green belt (see city diagram)
Sustainable approach ,as a part of social knowledge, was considered on a level of various analysis (please find booklet attached). Those environmental factors together with local influences e.g. noise were a driving factor for the shaping of the milestones park concept.
leasure
leasure leasure
events
exhibition program protected or open mode (see sections)
all access paths along Vistula coast
Morning activities
Activities and influences :
leasure
concerts
events
exhibition in closed mode (see section)
Afternoon activities involving and activating BUW and CNK visitors
protection of whole existing trees allow for shaded space during the summer
leasure
exhibition program open or open guided mode (see sections)
exhibition program in closed mode (see section)
Evening activities activating park event s after BUW and CNK opening hours
open scape on topand strong coast winds allow for familly activities like kiting
Night activities pushing people towards the river bank with quiet zone close to residential zone hardscapes and trees create natural sounds barrier from street noise
high traffic within CNK opening hours
protection of whole existing trees creates west wind protection
Vi
st
various hard/soft scapes with mild slope and orientation towards the water and sun allow for relax leasure
a co
as t
big square after temporary pavilion for winter events exhibition program in closed mode (see section)
wave landscape protect visitors from strong and cold coast wind
leasure
Vi
st
special light and watering system allow for noise control during night (see section)
ul
a co
noise from wislostrada high traffic road
as t
exhibition program in closed mode (see section)
wave landscape protect visitors from strong coast wind
residential district beeing noise protected by natural hard and softscape
concerts and events
shallow and uneven slopes allow for safe sledging
ul
Summer activities
Excaveted treasures are grouped by categories inside each of the `stones` (see section). Kazimierzowski Palace staircase is considered to be rebuild in original location and exposed in the viewv axis.
wave landscape protect visitors from strong coast wind from the north
Winter activities
designed hardscape create natural sound barrier from street noise
Wind protection and possibilities
Noise protection
40 cannonballs
dolphin’s sculpture
parts of garden fountain
bench bases parts of greater arcade building
bases with eagle and coat of arms of vasa
two arcade elements
12 parts of comice
marble base part of the balustrade
architectural element with engraved surnames
small marble elements marble floor
Putto sculpture volute keystones with motive of sequins
2
three lintels
fountain stem
portrait frames
1
2
The proposed concept establishes additional axis: Dowborczykow monument; to be visible from Wilostrada street and open new view axis to power station as `undescribed tribute` to Kazimierz Cubryna.
Cubryna square is strictly related with strong axis connection to Kazimierzowski Palace (from which
Location and urban possibilities :
Sculptures :
most of the sculptures exhibited on square were taken), where it is proposed to rebuild and expose the old staricase.
vase with coat of arms of Vasa
spherical decorative vase with motive of festoon
decorative vases with human masks
3
eleven marble arcs
parts of arc
4
5
bench in marble
6
1
10
Summer
Winter 4
5
2
adaptibility
Our concept treats water as a tool for mental and physical border between the visitors and the exhibited treasures, activating and controlling the pedestrian flow within the site. It creates an unique opportunity to play and experiment with the temporary structures raised on the Cybruna Square.
periodically changing, adaptable, temporary structure, giving an oppurtunity to artists, designers, engineers and architects to curate a temporary pavilion for a specific period of time.
the whole district do not have an accesible and clear
events.
View from `stone market` towards exhibition space under stones and experimental pavilion zone.
Exhibition volumes were defined in a way to protect from surrounding noise and wind conditions, all in mild sank relation to the groud, (respecting tunnel condition) in a human scale,
< Castle Perfect location allows for tighening collaboration between city cuncil, Sience Centre and University BUW garden Cubryna park Agaton garden
CALLOUT
Science Centre
BUW
A
Science Centre Roof Garden
Swietokrzyski Bridge Discoverers park New developments
Kazimierzowski park
Kahla Square < City centre
New Metro Station
A
Section AA
Section line diagram
Boulevards squares
K. Beyera Park Entertainment events
E.R.Smilgy Park National Museum
Open mode exhibition with access control by water level
Close mode exhibition with climarized space (i.e. winter conditions) or night time.
Small scale city interventions allowing for `green belt` connection along whole POWISLE district for local habitants View from entrance to BUW gardens and between most attractive points (scale from gray to black)
Open guided mode exhibition with access control by water level
< North Warsaw > Old town and Castle
CALLOUT
> Krakowskie przedmiescie
< South Warsaw
Water create natural protection against direct access or vandalism in a same time create none-border accesible feeling. It is also a part of `experimantal space` where flooding the square might be a part of art installation or have purely functional purpous by pushing people towards the river bank i.e. in case of high noise behave.
Location and influence of Science Centre (rational) and library (mental) create perfect conditions for experimental pavilions curated by famous polish architects or artists.
Temporary pavilion (like Serpentine Gallery in London) might adapt not only dedicated space for pavilion but work with whole square and become attractor itself.
View from north side of boulevard
> CNK visitors > POWISLE < Boulevards
pavilion
> Metro Station > City Centre and University
New possible non colission `event hub` connections from University, `Krakowskie Przedmiescie`, Castle and Mariensztat through parks up to river front.
Vistula Boulevards
Green connector to BUW
Exhibition stones market
Boulevards Stage Zone Temporary Experimental Pavilion Zone Auditorium and Exhibition space Open Space events zone
Pavilion program
Pavilion program
Designed space create various adaptable sub zones from intimate conditions - stones market - to open and auditorium zones. Warsaw / Milestones
Kopernika square in Opole / Spetial mention
GUGGENHEIM HELSINKI
2014, SNØHETTA, PLANS, CONCEPT, DIAGRAMS, VISUALISATION
THE DECK
in T채htitorninvuoren puisto forms the starting point for the flyover towards the Guggenheim Museum and is subtly integrated in the existing network of pathways and small squares.
THE FLYOVER
STRUCTURE
The roof as the main building element above the public `Third Space` consists of a large scale spaceframe structure made of steel. These spaceframes are clad in reflective recycled aluminum, forming cas settes of 5x5m. The roof rests on the concrete structure of the larger exhibition halls, the auditorium, as well as an integrated structure in the glazed atria connecting the `Third Space` with the museum level below.
To realize the roof cantilever towards the North-East of the building a free-standing column is introduced.
creates a new urban link from the park over Laivasillankatu towards the Guggenheim Museum. On the roof the ramp is continued in a gangway parallel to the waters edge.
+12,1m
THE ROOF +11,0m
shelters the public `Third Space` and offers views of the bay and the horizon. The moveable roof flaps for solar harvesting can be adjusted for ideal positioning towards the sun.
THE RAMP
continues the public pedestrian flow from the park and the roof down to the public `Third Space from where pedestrians can continue in the Museum or towards the seaside promenade.
+6,1m
THE THIRD SPACE
SUSTAINABILITY
The Sustainabilty approach is based on the principles of simplifica tion, area efficiency and (re-)use of cradle-to-cradle materials.
is a new sheltered public space for outdoor exhibitions and various urban activities. From here passers-by can have glimpses into the exhibitions through glazed atria.
The roof of the building serves the dual function of daylight control and energy production. Large sensor controlled flaps with solar panels are oriented in optimal angles towards the sun during the lighter months of the year.
THE MUSEUM LEVEL +3,1m
+1,1m
is accessed from the north via a large, slightly inclined surface. All exhibitions as well as the performance hall are grouped arround the central foyer/multi-purpose-zone.
Daylight optimization
Local energy production solar thermal
THE PUBLIC ART SQUARE +1,1m
is an outdoor exhibition space that connects the public realm with the `Third Space` of the Guggenheim Museum. Area efficiency
Super insulated building envelope
A++
Super Efficient appliances
Cradle to cradle Materials
Local energy production ground source heat pump
Sensor activated lighting
Local energy production combined heat and power
Monitoring of building energy performance
sqm Very low infiltration
THE PLINTH
protects the museum and its content with its double-layer watertight structure.
Low energy lighting
LED
DAYLIGHT
Besides the aspect of energy production through the solar panels the roof flaps, if desired, also enable curators and artists to work with daylight in the exhibition halls. In addition horizontal blinds un der the roof allow for adjusting the levels of natural light or blocking out daylight completely.
DIAGRAM OF ARCHITECTURAL ELEMENTS
ALEKSANDER NOWAK
-
LĂ&#x2DC;KKEVEIEN 99 LIGHTHOUSE HLA, APRIL 2014, WINNING PROPOSAL, COMPETITION, STAVANGER, NORWAY
The winning proposal for an office building in Stavanger. The flexible proposal consists of 10630 up to 20000 m2 of office and commercial space. The form of the new building was designed in a way to respect and celebrate the historical building on the site. We did achieve a high flexibility in terms of use of the units, together with unifying the new and the old. High emphasis on sustainability issues was a priority. Double glazed facade with automatic curtains
was planned to achieve the highest daylight control. The facade, the shape and interior natural raw materials are in a strong relation to the context of the site. The designed architectural object and the space around it are meant to attract people and constitute a landmark in the city landscape.
SANDNES ULF STADIUM
HLA, AUGUST- NOVEMBER 2013
The proposal includes a school and sportshal adding up to a total of 15-20.000 m². We've been working with a light frame on top of a multifunctional base with school, fitnesscenter, sportsarenas, rehabilitation center, cafÊs and much more. The heavy base makes the light frame hover and is suposed to be lit acording to the
WIND
ongoing events ranging from soccergames, concerts, ishockeymatches, horseshows etc. We've had great help from sustainability department in Copenhagen to come up with inputs such as WDR (wind driven rain) - strategies to shape the roof, watermanagement, windbarriers. (HLA)
SANDNES ULF STADION
ADGANG TIL STADION
ÅDLAND ZERO ENERGY DISTRICT
FALL 2014, SNØHETTA, MASTER PLANNING, VISUALISATION
DRAWINGS & PAINTINGS UNIVERSITY & OWN