ANTHONY GRAHAMARCHITECTURE PORTFOLIO

SELECTED WORKS | 2015 - 2019

FLOWSTUDIO PROJECT 03

P. 15 - 018 04

05PRISMSTUDIO PROJECT 04

P. 19 - 22

RIINGSENIOR CAPSTONE PROJECT

P. 03 - 09 01DOCUMENTATION I

RESIDENTIAL CONSTRUCTION DOCUMENTATIONP. 10 - 12 02

TWENTY FOURSTUDIO PROJECT 05

P. 27 - 31 08

IMPULSESTUDIO PROJECT 06

P. 23 - 24 06HOTEL X

STUDIO PROJECT 08P. 25 - 27 07

DOCUMENTATION IICOMMERCIAL CONSTRUCTION DOCUMENTATION

P. 13 - 14 03

RIINGSENIOR CAPSTONE PROJECT

WKU // AMS 490 // Revit // 2018 - 2019

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While it may seem appropriate to overlook the old for the new, is it possible to sustain our ecosystem in this manner? Choices we make impact our environment and those within it. Instead of relying on the novelty of the new, we should look to our inadequacies to give us greater opportunities. We can achieve this through revitalization. By using revitalization, we have the opportunity to imbue something with new life and vitality. Revitalization in architecture can serve as a means to stabilize and perform for the greatest benefit to our ecosystem. We should look to revitalization in architecture as part of any design solution. It is our responsibility to examine the existing framework of our cities as a solu-tion to our design challenges. This is the design doctrine that I explored in my senior Capstone Project.

For my Capstone project I wanted to explore the re-vitalization of the unused cooling tower in the Sat-sop Business Park in Elma, WA. The Satsop Business Park was created by the Grays Harbor Public Devel-opment Authority (GHPDA). GHPDA was created with responsibility of making use of the 2.25 billion dol-lar failed project planned by the WPPSS (Washington Public Supply Systems). With facilities ranging from 5,000 sq. ft to 300,000 sq. ft, more than 400 acres, and high capacity infrastructure, plans are already in motion for the business park and future recre-ation area. Currently, only one of the cooling tow-ers is being used while the other remains dormant.

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My design solution aims to preserve the natural form of the cooling tower by expanding the hyperboloid outward to add additional func-tionality to the tower without compromising the natural properties of the form. The design includes placing solar panels on the roof that work in tandem with a horizontal wind turbine inside the tower that can convert the natural properties of the cooling tower into en-ergy. The planed function of the expanded form includes apartments, business, and outdoor space for the occupants and surrounding community. Furthermore, the base of the tower is designed to include retail, grocery, and restaurant spaces available to occupants and the community. My goal is to shift the associated function of inoperative infrastructure into a commodity for community and ecosystem.

HYPERBOLOID FORMRather than removing the tower, why not build upon it? For main-taining the hyperbolic form of the tower allows for the inherent bene-fits of the design to be conserved.

FORM EXPANSIONExpanding the form maintains the existing construction and characteristics while also creat-ing space for new development.

FORM SUBTRACTIONRemoving area from the ex-pansion reduces material and structural needs while also optimizing spacial operation.

CREATING PROGRAMDividing the remaining spaces creates multiple opportunities for program.

NET ZERO OBJECTIVESThe roof surfaces of the expanded form function as on oasis for residents, occupants, and local vegetation. The solar panel system works in tandem with the interior turbine to meet the energy demands of the program.

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STRUCTURAL CONCEPTExpanding on the existing struc-tural proficiencies of the hyper-boloid form, a steel exoskeleton structure is fitted onto the form to service the additional program.

DOCUMENTATION IRESIDENTIAL CONSTRUCTION DOCUMENTATION

WKU // AMS 351 // Revit // Spring 2018

This project’s outcome was to demonstrate and showcase various proficiencies in different areas of Revit. Adhering to a given program and design, the deliverables included floor plans, interior and exterior elevations, and a completed 3D model on the proposed site.

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DOCUMENTATIONRESIDENTIAL CONSTRUCTION DOCUMENTATION

WKU // AMS 351 // AutoCAD + Revit // Spring 2018

03 The goal of this project was to create a set of construction documents for com-mercial building located in Bowling Green, Kentucky. The deliverables included floor plans, roof plan, elevations, a site improvement plan, and detailed sections.

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FLOWSTUDIO PROJECT 3

WKU // AMS 369 // Revit // Spring 2017

04 My design solution aims to gives the children that come to this learning center a unique experience not offered anywhere else in Bowling Green. The main focus of my design is the transition of levels. From the approach, the form emerges from below to create the entrance into the facility. From the overlook. The opposing levels grasp one another resulting in a playful harmony that facilitates the transition between spaces.

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PRISMSTUDIO PROJECT 4

WKU // AMS 369 // Revit // Spring 2017

05 Prompt: Design a coffee shop with local art displayed or design a museum showcasing local artists with a small cafe inside it.

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My design solution aims to contrast the existing architectural vernacular in downtown Owens-boro, KY. The form itself was created to be showcased as an art piece itself along with the local art dis-played internally. The juxtaposition of the design creates a dialogue between the old and the new so as to facilitate the interaction between emerging local artists and the surrounding Owensboro community.

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Prompt: Located on a corner lot in the downtown Bowling Green tif district, design a restaurant that embodies the principles of the district.

My design solution aimed to create an enviorment that promoted movement. Each floor offers a unique experience that allows the oc-cupant to select the type of experience they desire upon each visit.

IMPULSESTUDIO PROJECT 6

WKU // AMS 469 // SketchUp // Fall 2017

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My design solution aimed to individualize each guests experience. As the building ascends, the opposing forms generate unique views and orentations for each room on every level. As proposed, the hotel would stand as the tallest building in Bowling Green. At the 10th (X) floor, guests are invit-ed to participate in various activities and discover delicious entrees created by world class chefs. Furthermore, guest can take advantage of the 360 balcony to observe the surrounding views.

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HOTEL XSTUDIO PROJECT 7

WKU // AMS 469 // SketchUp // Fall 2017

07 Prompt: Design a boutique hotel with a minimum of two stories of which the first story must contain retail and/or lobby of the hotel.

TWENTY FOURSTUDIO PROJECT 5

WKU // AMS 469 // Revit // Fall 2017

08 Prompt: Design a personal vacation home with the following condi-tions: First, the design must resemble a cube. Second, the design must remain withing the dimensions of 24′ x 24′ x 24′. Third, the de-sign must have a consideration for the structural system assigned.

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My design solution aims to execute my desires of a vacation home while embracing the design challeng-es. The east and west glazing welcomes the natural light and the beauty of the surrounding nature. The north and south monoliths separate the interior and exterior securing the privacy between me and everything else. The design of the cube is a reflection of my personal struggle to find balance between introvert and extrovert.

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ANTHONY GRAHAMARCHITECTURE PORTFOLIO

anthony3325@gmail.com | (502) 322 - 0662 | anthograham.com