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Kevin Goodlett Kent State University Architecture Urban Design Sustainable Design

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Page 1: Graduate undergraduate architecture portfolio
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On

eTw

OTh

ree

FOur

Integrated desIgn CompetItIon

oberlIn CulInary InstItute

evolvIng path: the next step for natIonal parks

IntImate spaCes

3-11

12-15

17-29

31-35

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waTer CO. headquarTers | wiTh sCOTT Maslar | FinalisT - inTegraTed design COMpeTiTiOnThis relocated headquarters for “The Water Co.” is meant to express its sustainable outlook while redefining the image of the company as a whole. Water conservation and the inno-vative use of water is the concentrated focus of this building’s design and is incorporated into several aspects of the building: rain collection, living machine treatment, and closed loop geothermal heat pumps. Because of this design focus this building is right at home in Cleveland, a city on a lake known for its clean-water thinking ever since 1969. The majority of the building is sustainably designed office spaces while the first two floors function as retail spaces, service areas, and a multi-modal transportation hub consisting of bike stor-age, a bus stop, a Rapid RTA station, and an Amtrak station. By concentrating these forms of transportation here the site and building now serve as the entry point to the new Burke Lakefront Re-development Plan.

One

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MulTi-MOdaliTy

Rapid

Amtrak

RTA Bus

Bicycle

Regional Airplane

Proposed Ferry

Proposed Boulevard

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susTainabiliTy

solar array/solar hot WaterAn array of PV panels placed at the op-timum angle collect energy for the build-ing and solar hot water panels help to produce the building’s hot water needs.

fIber optIC ColleCtorsSmall panels on the building’s face trans-fer natural sunlight to the underlit areas in the building’s interior with the use of fi-ber-optic cables that do not require any

electricity.

sun shadIngA system of terracotta louvers designed to block direct sun rays help to manage the harsh southern sun. These louvers also function as light shelves to bounce dif-

fused light deep into the space.

green roofThis public roof park serves as a waiting area for travelers while also reducing the

building’s stormwater runoff.

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Core Wall posItIonIngPlacement of solid masonry core walls bocks out harsh and uncontrollable East-ern and Western light.

skylIght/atrIumBrings natural daylighting to underlit inte-rior spaces for the top three floors.

green WallThe lattice-supported Evergreen Ivy that grows up the side of the building helps to lower solar heat gain and contributes to outdoor air quality.

geothermal heat pumpThis system uses water to transfer heat either to the building from the ground when the building is in heating mode or uses the ground as a heat sink during cooling modes.

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4K speC OFFiCe

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wOOd MOdel

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Oberlin Culinary insTiTuTe | ChOsen FOr naab exhibiTWith direct access to the Oberlin College campus, the college green, a residential zone, new campus housing, public parking, and a commercial district, this site currently exists as an important crossroads for a variety of foot traffic. Rather than have the proposed culinary institute stand in the way of these paths, it embraces them. The three most im-portant paths are preserved both as circulation through the building and as accessible greenways on the roof. Two areas of the roof are for growing vegetables for both the cu-linary school and the small grocery store on the north end of the building. The circulation carried through the building defines where different programmatic elements lie based on their relation to that path.

TwO

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Commercial

StudentHousing

ParkingResidential

Academic

CollegeGreen

CirCulaTiOn diCTaTed FOrM

Educational Spaces

Public Spaces

Administrative Spaces

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StudentHousing

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evOlving paTh: The nexT sTep FOr naTiOnal parKs | wiTh COlin FishbaughThe underlying premise behind National Parks is that the natural environment should be set aside from the built environment. This separation is meant to create a sense of escape to a place where the very real problems of the present no longer exist. The fundamental flaw with this premise of separation is that it creates a feeling of otherness; that the built environment and the natural environment are two separate systems and not two pieces of the same system. As the National Park Service approaches its centennial it is time to take the next step forward and rethink their mission to address this issue. The Cuyahoga Valley National Park can show what this next step will look like. The interventions pro-posed all deal with this problem of separation by addressing the park’s main natural feature and largest current issue: its hydrologic system.

Three

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drOp dOwn aCCess

A sunken park placed at the edge of the town of Brecksville and the national park serves as a grand entranceway without a literal sign. By pushing this park under the road, pe-destrian access between town and park is strengthened and the town’s stormwater is given a new path where it can be retained and remediated before entering the existing hydrologic system.

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dOwnTOwn

The new downtown park, and more specifically the new community center, serves as the starting point to the path that establishes the new relationship between the town and the park. The end point to this path is the riverfront area, which includes a sustainability learning center, a light rail station, kayak rentals, and an 80-foot viewing tower.

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riverFrOnT

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CanOpy Trail

A pedestrian infrastructure system spanning the entire length of the park further strength-ens pedestrian access while defining a clear path to all the park’s features. This new handicapped-accessible trail lifts the park visitor up into the tree canopies to give him or her a closer interaction with an often-overlooked element of the hydrologic cycle: water storage in the leaves of trees.

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designed hydrOlOgiCal experiMenT

Two residential neighborhoods placed along the ridges of two distinct gorges bring the built environment into the natural environment. These neighborhoods each remediate the strormwater flowing into their specif-ic gorge in a different way and allow the public to view this designed ex-periment. The underlying purpose of these developments is to educate and inspire the public by showing them that man can live within the nat-ural environment and benefit the system as a whole; man does not need to be separate from the natural environment in order to preserve it.

gOrge neighbOrhOOd 1This first stormwater technique uses the built environment to its fullest poten-tial by allowing stormwater to not only flow down terraced retention ponds alongside homes, but also over the homes themselves. By placing roofs at grade, stormwater flows onto the roof and into a raingarden. From here the water is stepped down the build-ings’ facades in horizontal stormwater planters.

gOrge neighbOrhOOd 2This second stormwater technique at-tempts a more minimalist approach by using existing topography to direct stormwater flow around homes and into a two-step retention pond system.

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gOrge neighbOrhOOd 1

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gOrge neighbOrhOOd 2

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inTiMaTe spaCesThis two-week exercise consisted of a small series of conceptual proposals to solve a problem I had researched earlier: Cleveland’s overabundance of underused surface parking lots. I strategically added buildings into these large open lots in such a way as to create a series of more intimate outdoor spaces that could easily be filled with activity despite Cleveland’s shrunken population. While these spaces and added buildings rep-resented in purple were conceptual, I created renderings of them so I could understand what each space might look like.

FOur

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spaCe 1

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spaCe 2

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spaCe 3

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spaCe 4