SASHA GRISHINA.com
WORKS
summer 2010 Critic: L. Combs
NESTING HOUSE
PUBLIC V PRIVATE NESTING HOUSE
private shell centralvertical circulation
private
communal
communalwall/floor system
privatefunctional wall elements
NESTING HOUSE
8
1 2 3 4 5 6 7 8 9 10
entrance living/sitting down to basement dining TV/media room laundry communal workspace private office playspace yoga room
7
10
9
Second fl
scale: 1/4”=1’
3 4
1
6
2 5
to road
Ground fl
scale: 1/4”=1’
NESTING HOUSE Design Documents
vertical circulation: staircase pierces througgh entire house and createss a pu p ncture verrtiically. y
NESTING HOUSE Site
site si te set etti ting ng:: very ve ry dis isti tict ct pub u lil c v. pri riva vate te faccad ades es
fall 2009 Critic: J. Coersmeier with Michael Cabrera
GFZ RESEARCH CEN NTER
FILTERING
PLAN + POGRAM
sG + mC
PROGRAMdevelopment 01FILTERINGprogram.building organization
degree of accessibility
investigation into dynamic filtering systems gives basis to building program. emphasis on a public and building-wide space as a means for pooling the occupants prior to their desend down to more privitized ed spaces, introduces the idea of fluidity, orientation rientation and the beginnings begin nnings of a building hierarchy. hierarchy determing more specific spaces is then done through a series of sections that will begin to take elements that begin to shape a building that can respond to the mission of sustainable design. ts from prior studies and articulate their qualities qu ualities in terms of light,, water and site specific pressures press
PLAN
1
CIRCULATION
water molecule.organization molecule..organization organization
(most accessibility)
1:3
2
01 high grade LARGE SPACES
(least)
PUBLIC SPACES
pprimaryy entrance
3
space type
1:1 1:2
All-building: entrance/reception All-building: convention/exhibition
1:3
Roof access/recreation
2:1 2:2
Department: large offices for group study Department: lounge
2:3 2:4
Residential: housing Residential: study
3
Individual: small offices
communal
emergencee of circulation secondary entrance e
level 1: above grade
flexible
secondaryy entrance
02. grade
individual entrance
2:1
individual mechanical
COMPARTMENTILIZED SPACES
PPRIVATE SPACES
2:1
03.low grade
1:3
02PROTOprogram.departmental programming program based on the makeup of the PIK called for a space where four specialized departments can have their own spaces but the ability to communicate with each other. introducing a central communal space at each level of the building knits a small community. the ability for a variety of commnal events occur at each level, the highest point being the largest space can host events and provide for building-wide program, the middle level can accomodate spaces for departmental integration such as lecture or classroom space. the bottom level with the smallest communal space can house a cafe, or communal eating area between all the individual spaces for study. LIGHTING AND CIRCULATION
03PROTOprogram.spatial development long section
short section
plan
WATER
2:3 1:1 2:4
1:2
1:2
1:2
1:3 2:1 2:1 3 04PROTO - building sequence
GFZ RESEARCH CENTER
level 0: ground floor
GROUNDSCAPE FILTER
LANDSCAPE DEVELOPMENT
LANDSCAPE DEVELOPMENT light//water FILTRATION
LANDSCAPEmodel analysis
WATER FILTRATION
LIGHT FILTRATION
horizontally smaller scale weepho weepholes to move water from oone panel to the next
air
water is directed down site to the building through gravity
water enters the system through porous areas of the landscape. this ‘leaking’ introduces the potential for stormwater filtraion
water meets with the buildinig in the gallery space before cascading through the buildingwide exhibition space
water cascades to the individual areas
pooling can be accomodated in spaces for relaxation and contemplation
vertically
the system’s delta is at the lowest point of the building where water can be stored and used or trafficed further off site
SECTION 02
long section building wide spaces
scale 1:200 20’-0”
SECTION02 DETAIL 01
scale 1:100
building structure: inhabitable roof
MODULE UNITS + AGGREGATION
spring 2010 Critic: F. Biehle
CENTRO DI MUSICA A ROMA
decontextualization
axis + residual space 01
01
01+02
02
02
03
03
04
04
(minus) topography
ROME MUSIC CENTER Rome, Italy: Piazza Venezia
(minus) site border “architecture can no longer be bound by the static conditions of space and place, here andthere... architecture must now deal with the event”
03+04
(minus) relationships kit of parts
This design uses above-ground passageways to carry pedestrian traffic over a high-density intersection. Passageways also serve as the music museum, displaying instruments and make use of strategic openings as framing devices for views from the building outward.
SASHAgrishina
RECONFIGURATION
decontextualization
“linking the fold and event”
plan
plan
plan
plan
elev.
elev.
elev.
elev.
unfolded plan
(minus) topography
“the smallest element is not the point but the fold”
“the fold is neither figure nor ground but contains aspects of both”
“in the idea of the fold, form is seen as continuous... articulation new relationship between vertical and horizontal”
“by introducing the concept of the fold as a non-dialectic 3rd condition, one that is between figure and ground, it is possible to refocus or reframe what already exists on any site
corso vittorio emanuelle
(minus) site border “architecture can no longer be bound by the static conditions of space and place, here andthere... architecture must now deal with the event”
(minus) relationships kit of parts
plan
plan
plan
plan
elev.
elev.
elev.
elev.
via de’ imperiali
unfolded plan
RECONFIGURATION
SASHAgrishina
Building incorporates three specific program areas:
1. Theater for chamber music 2. Music School 3. Museum of Music
FINAL PLAN WATERCOLOR RENDERING
views from inside museum walkways
FRAMED VIEWS
spring 2009 Critic: M. Trencher
McC CARREN PARK AQUATIC CENTER
Ground Level Scale: 1/32” = 1’
User Entrances (team//general)) Locker rooms Pools Admin offices Press rooms
OLYMPIC LONG-SPAN AQUATIC CENTER
SUPERSTRUCTURE
LONG-SPAN - AQUATIC STRUCTURE: Recreation center for locals and visitors. Structural members span across and inter-weave with each other, creating inter-dependency across all program within the building. Various material types used.
ROOF SYSTEM
Roof layering system tackles three main issues: 1. LIGHT - block, diffuse, utiliza 2. HUMIDITY - tall plenum for sufficient ventilation, eliminate condensation 3 NOISE - control, absorb from seating below
ROOF LAYERING Transzlucent trus cladding Truss // Concrete beam Steel cables Kalwall translucent glass// mullions Solar panels Reflective composite cladding Water barrier Insulation
Plenum structure Steel Beams Steel cross-bracing Steel Beams Lower plenum decking Kalwall glazing Noise-absorbing material
SUSTAINABILITY Insulating Skin
summer
winter
Light diffusionReduces glare Air heated by the sun is relesed into the roof system for warm insulation
Cold air gets is heated below grade and gets pushed through airspace into the building. Hot air is cooled at the slab and released into the building
NATATORIUM
fall 2008 Critic: L. Blough with Erik Martinez
GRAD DORMITORY HOUSING
POOLING UNIT GROUPING:
Units aggregating around a cenral communal space
Living Room Bedroom
01 Loounge unnge g s; intteennse se poi oinntts piercing ngg thr hrou roouughh mas assi sing ng ng
UNIT TYPES
Section
2nd
1st
3rd
2nd
Unit 02 - One small living room Two bedrooms Connects to adjacent unit No kitchen
3rd
Unit 01 - One large living room Four bedrooms Includes kitchen
Living rooms open onto communal space
02 Kitchen
STUDY MODELS 03 Massing Study communal spaces punching through mass of building 04 Unit Grouping study of how units aggregate around a central communal space 03
04
FINAL DRAWINGS Cross sections 01 and 02 cutting through communal spaces and parking entrance
05 Unit Grouping model close-up
05
Third Floor
SKIN SYSTEM Two Panels: Flat Rotated 25
Open Opaque
Living room louvers opensouth - allowing direct sunlight to penetrate into the space.
Two simple panels create field of varying transparencies:
LOUVER SKIN SYSTEM: - controls amount and type of sunlight based on program. - controls vision into and out of the units. - reacts to exterior stair
Bedroom louvers open mostly north ambient light + more privacy
SKIN DETAIL
Slabs + Walls Steeel facade support members Metal grating Window Wi d mullions lli Glass
Cross-grain stairs
Bay Windows + Balconies Steel ribs
Interior Rooms
Louver panels
Rear facade + Balconies/Corridors
Exterior stair + Mesh screen
FRONT FACE EXPLODO
SECTION THRU BLDG
Front Facade System Front Facade System
SASHA GRISHINA.com