elliott reusser S E L E C T E D
W O R K S
content STUDIO //0 recreation in the emerging smart city //1 integrated design competition //2 research pavilion FA B R I C AT I O N //0 project models //1 personal projects
studio//0
RECREAC TION IN THE EMERGING SMART CIT Y PITTSBURGH, PA objective // identify opportunity within a city in relation to disruptive technology. // address with incremental programming at various scales. narrative // cities will start to shift to an experience based economy as goods and services become automatized through technology. // recreation will be utilized as an inherently positive form of an experience and can be used as a platform to build off of. // by using Pittsburgh’s existing waterfront path as a basis for a network of activity, a series of scalar program pieces are used to define and ex- pand upon a users experience. // these experiences are then fed back into a digital network to create a refined experience based on similar interests. // a processing center and/or nucleus of activity can be used to filter, de fine, discover, a multitude of experience within the network [lot, district, county].
ANALICTICAL SITE
SYNTHECTIC SITE
waterfront edge
existing recreational path
waterfront districts
parallel network
edge density
recreation vs. transportation
tourist attractions
precieved edge penetration
SCALAR PROGRAMMING
LOT // processing center, nucleus
DISTRICT // components of a network, nodes
COUNTY // physical and digital network
PROCESSING CENTER public path // lobby // digital interaction HOTEL hostel microunit botique suite
GROUND FLOOR PLAN // nts
SUPPLEMENTAL cafe // restaurant // bar // spa // pool
FIRST/SECOND FLOOR PLAN // nts
PROGRAMMATIC AXON
INTERIOR RENDER // view of interactive path overlooking waterfront
THIRD FLOOR PLAN // nts
studio//1
INTERGRATED DESIGN STUDIO CLEVELAND, OH objective // design a 250, 000 sqft office building that follows all local building code. // produce a full set of drawings that encompass a buildings totality [me- chanical, electrical, plumbing, structural, specialized systems]. // develop and implement innovative sustainable technology/systems. narrative // using simulation programs analyze site environmental factors [sun, wind, climate]. // respond to environmental concerns with building’s form while laying out predetermined program. // determine building’s less desirable conditions and develop systems to mitigate.
SITE PLAN // nts
GROUND LEVEL PLAN // nts
TYPICAL SPEC OFFICE FLOOR PLAN // nts
SECTION // nts
SOUTH ELEVATION // nts
KEY PLAN // nts
WEST ELEVATION // nts
STUDY MODEL // typical bay structure
STUDY MODEL // exploded axon, ventilated double facade
STUDY MODEL // assembled axon, double facade
VENTILATED DOUBLE FACADE SECTION // nts
TYPICAL WALL SECTION // nts
[1] exterior glazing [2] typical rock salt panel, housed in galvanized steel framework [3] intake vent with electronic damper [4] buried conduit for damper/fan controls and PV wiring returns [5] exterior louvers [6] electronically controlled 3-position damper [7] drum fan and housing [8] steel angle cross-bracing [9] fixed cavity louvers [10] exhaust vent electronic damper [11] interior vent housing
[1] Delta Beam 14” edge beam [2] 12” Kerkstra hollow core plank [3] 2” poured topping, 3000psi concrete [4] fire safing [5] extruded aluminum closure
[1]
[2]
[3] [3] [4]
[5]
[1]
[7] [6]
[9]
UPPER EXHAUST // night purge ventilation
[4]
[8] [10]
[5] [11]
CLOSED SYSTEM // temperature conservation
LOWER INTAKE // natural ventilation
[2]
RESEARCH PAVILION KENT, OH objective // design a research center that will be sited on an active wetland. // minimal impact on surrounding environment. // pavilion to house classroom and lab. // implement passive and active sustainable strategies to reduce enviro- mental impact. narrative // siting engages user with surrounding wetland. // control views as a procession through pavilion to celebrate site. // analyze sun movement through seasons to exploit orientation and passive design strategies. // programming allows for clear separation of private/public zones while allowing public viewing into private (lab) zone.
studio//2
SITE PLAN // nts
VIEWS TO WETLANDS // procession in
CROSS VENTILATION // prevalent winds from NW
SEASONAL SUN // shading during high season
OPERATION LOUVERS/TROMBE WALL // gather and store heat while building idles, circulate when needed
VIEWS TO WETLANDS // procession out
SITE MASSING STUDY MODEL // microunit student housing
fabrication //0
PROJEC T MODELS
FINAL MODEL // intergrated design studio
FINAL MODEL // microunit student housing
FINAL MODEL // research pavillion
STUDY MODEL // vm houses’ individual unit, JDS + BIG
fabrication //1
PERSONAL PROJEC TS
BRICKHAUS PARTNERS SIGNAGE // birch plywood, mdf, hardboard, paint
BATH CADDY // cedar, tung oil, stain
OBJECTIVE 2 HEADPHONE AMPLIFIER // bass wood, basla wood, stain
BOOMBOX // birch plywood, brass, cloth, paint, tung oil, polyurethane
ELLIOTT REUSSER
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330807519
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EREUSSER@KENT.EDU