portfolio_160115_web_opt
TRANSCRIPT
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0203040506
010203040506
010203040506
0100 2012Turning Point
PG. 1
2012 PG. 7The Street
PG. 132014Hearth House
PG. 13PG. 13PG. 13
PG. 172014-PresentHal House
PG. 17PG. 17PG. 172014-Present
PG. 232011-PresentGraphic Design2011-Present
PG. 272013-PresentCutting Boards2013-Present
Contents
Tim Martin EngineerTina Govan Architect
Interior Design ModelingBuildSense
SketchUp/CAD Tutor
North Carolina State Univerity Bachelor of Architecture
Minor in Landscape Architecture
Education
Experience
3D ModelingCAD Programs
Adobe Creative SuiteModel MakingWood-Working
Skills
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Turning Point01Location:
North Carolina Museum of Art, Raleigh, NC
Information:
Academic - Summer 2012
Professors:
Ellen Cassilly, AIA, Erik Mehlman, AIA, Scott Metheny and Randy Lanou, MCGP
Collaborators:
Stephanie Clinton, Alexander Ellenbogen, Yang Gao, William Lavin, Matt Luckey, Melissa Meyer, Eric Overmyer, Phil Smith, Jeremy Swecker and Holland Ward
Skills Used:
AutoCAD, SketchUp, V-Ray, Wood-Working, Metal-Working
Turning Point is a design-build project intended to provide a gathering area for the North Carolina Museum of Art. The concrete wall slopes out of the ground to reach its full height of 12 feet. Parts of the wall are subtracted for elements like the greenway path that passes through and a viewing seat. The board-formed textured concrete represents the ‘outside’ and the plywood-formed smooth concrete represents the ‘inside.’ The steel and Ipe wood deck cantilevers past the wall out to the pond to add the idea of extension.
1
1 First Floor Plan_Deck extends out as ground drops off
2 Breaking Ground 3 Formwork_Set with a telehandler
4 Concrete Wall
2 3 4
1
2
01
1 Wood Texture 2 Formwork Coming Off 3 Texture ‘Outside’
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1 Plywood Texture 2 Smooth ‘Inside’ 3 Finished Product
4
01
1 Wall 12 Wall 23a Wall 3a 3b Wall 3b
4 Smooth Concrete Finish (Sealed) 5 Textured Concrete Finish (Sealed)7 Ipe Wood Bench8 1” x 6” Ipe Hand Rail
10 3/8” Steel Cable (Typ.)11 2” x 10” Steel Beam14 Concrete Footing15 Continuous Steel Edge
19 1/4” TH. Steel Plate Aligned w/ Every Other Cable20 3’-10” H. x 3” W. x 1” TH. Steel Post (Typ.)
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6
0101
The Street02
North Carolina State Univsersity, Raleigh, NC
Academic - Spring 2012
Dana Gulling
Andy Park
Illustrator, SketchUp, Photoshop, Revit, AutoCAD
Location:
Information:
Professors:
Collaborators:
Skills Used:
The main themes behind this addition to the College of Design are the axes of the site and the structure grid. The building is split into two pieces that frame a ‘street’ that allows one to look into studio spaces. The street is intended to integrate the College of Design with students throughout the NC State campus. The two pieces slope in opposite directions because the south side of the site is a story lower. The rain screen detail is of a turned brick pattern fronting a curtain wall. The bricks are post-tensioned and the curtain wall tilts out to be easily cleaned.
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1 First Floor Plan_Studios and presentation spaces with sidewalks along ‘the street’
2 Axes Diagram_Main points of enty to the site
3 Concept Sketch4 Structure Diagram_Column grid of parking garage combined with angled grid of building
2 3 4
1
8
02
1
1 Wall Section_Details of curtain wall, porch and green roof
2 ‘Down the Street’_Transparent view through bricks
3 ‘Up the Street’_Opaque view through bricks
2 3
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1 Plan Detail Curtain wall fronted by rotating brick panels
2 Open Panel Brick panel open to clean glass
Vertical Aluminum Mullion
Painted Steel C-Channel w/ (3) Threaded Hinges
Steel Threaded Rod
Brick Stretcher CourseBrick Turning Course
Glass Curtain Wall
Roller Path cast in Concrete
Roller Ball BearingPainted Steel C-Channel
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02
1 Building Section North-South
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02
12
E Nelson Ave
N Allen Rd
Sixth St
E Walnut Ave
Wake Forest, NC
Competition - Spring 2014ReSpace | Porch
Reuse MaterialsCommunity Place for the Hope House
SketchUp, V-Ray, Illustrator, Photoshop, InDesign
Hearth House03Location:
Information:
Competition Themes:
Skills Used:
As Vitruvius writes in his Ten Books on Architecture, the origin of gathering began with the discovery of fi re. A fi re started and man gathered around the ‘hearth’ for of the light and warmth. Man then needed shelter as it began to rain. This shelter became the rustic hut of upright and horizontal members that support a sloped roof. In modern times, families gather around the dining room table for conversation and a sense of community. The Hearth House combines the ideas of the rustic hut and gathering to create a dining room table for the whole community. This project also proposes using paint cans for structure, for storage, and for aesthetics. For structure, the paint cans create a rotating table. The bottom of the paint cans can be cut out and then glued together with epoxy to create a tube. A PVC pipe, anchor bolts and lock holes can be cast into the paint can tube with concrete to create a beam that can rotate around a steel rod in open and closed positions.
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1 Floor Plan Tables Open
2 Proportion Diagram Column grid showing interior vs. exterior space
3 Expansion Diagram Plan can be mirrored to create a full wrap around porch for future expansion
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03
Built-Up Trusses
Cedar T&G Roof Decking
Vertical Wood Siding
Exterior Painted Sheet Material
Interior Exposed Sheet Material
Sliding Door
Columns
Ramp
Porch
1
2
1 Material Axon_ A majority of the house can be made of reclaimed wood products
2 ‘Down the Street’_Transparent view through bricks
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6 3/4”
7 3/4”
Portable
Circular
Symmetrical
1 Paint Can Diagram
Kerfed 2x4s
Epoxy
T&G Wood Boards
Concrete Mix
Bolt Locks
Paint Cans
Anchor Bolts
Hammer
Chisel
Can Opener
PVC Pipe
2 Tools/Materials Needed
Table
Anchor Bolts
Closed Lock*
*Lock = Piece of PVC cast in
the correct locations)
PVC Pipe
Open Lock*
Paint Can Tube
PVC Pipe Bolt
Table 2x10s Steel Rod
(The PVC pipe is cast off-center in the paint can tube to counterweight the table when it is in the open position, similar to a teeter totter)
4 Rotating Table Detail Paint Can and Concrete Beam
3 Rotating Table Axon Table and rotating beam supported by 2x10s and steel rods anchored in the foundations
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03
Hal House04
Chapel, NC
Professional - Spring 2014 to Present
Dr. Halford HouseIntegrated Water Strategies, Inc
Tim Martin, Architect/EngineerAnn Marie Baum, Interior DesignDavid Swanson, ASLA
SketchUp, PowerCADD, Photoshop
Location:
Information:
Client:
Design Team:
Skills Used:
After fi fteen years of academic research with constructed wetlands to treat/reuse on-site wastewater, Dr. Halford House founded Integrated Water Strategies, Inc in 2000. He now has more than thirty years of experience in water quality management and has designed an on-site wastewater fi ltration system that replicates a hill-to-wetland concept. Dr. House has now started developing his property to demonstrate the viability of his work at a residential scale and to commemorate his family. First, exterior spaces were added to the second fl oor on the North and South sides, respectively. The West entrance and East renovation started simultaneously. Each side responds to the altering sunlight with different shading systems. The kitchen was also redesigned completely to bring the new exterior spaces together.
After fi fteen years of academic research with constructed wetlands to treat/reuse on-site wastewater, Dr. Halford House founded Integrated Water Strategies, Inc Integrated Water Strategies, Inc in 2000. He now has more than thirty years of experience in water quality management and has designed an on-site wastewater fi ltration systemwastewater fi ltration system that replicates a hill-to- that replicates a hill-to-wetland concept. Dr. House has now started developing his property to demonstrate the viability of his work at a residential scale and to commemorate his family. First, exterior spaces were added to the second fl oor on the North and South sides, respectively. The sides, respectively. The West entrance and East renovation started simultaneously. Each side renovation started simultaneously. Each side responds to the altering sunlight with different shading different shading systemssystems. The kitchen was also redesigned completely to was also redesigned completely to bring the new exterior spaces together.
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T = S1
F
S4
S1
T = S2T = H1 & H2
S2 S3
S
R R R
R R
S S S
R R
R R
R R
S
RR
R R RRR
H2 H2
S
S
S2
S2
2 318'-0"8'-0"
1 First Floor Refl ected Ceiling Plan North, South, East and West additions with renovated interior
2 West Elevation Since the entrance is on the West side, a cypress screen similar to those on the North and South was created but with rough sawn 2x6’s rather than 2x2’s.
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04
1 Installation Framers screwing 2x6 slats to steel support
3 Swale Roof View to the South of water beginning to collect into the reuse system
2 Side Detail Increasing the slats to from 2x2s to 2x6s blocks out more of the West sun
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1 Section Water reuse system at a residential scale
2 Karen’s Pond View to the North of the water on site collecting in the pond dedicated to Dr. House’s wife
6"1'-0"
6"1'-0"
6"
7'-0"
2'-6"
1'-0"2'-0"
2'-3"
1'-6"1'-6"
7'-0"
2'-0"
Gravel
Finish Grade Elev. = 100.29’
Infl ow Pressure Adjustment Gate
Geotextile Fabric
Gravel and Slotted Pipe
Filter Media
Containment Wall
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0404
2 After Final design of kitchen by Design Team
1 Before Demolition of kitchen
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2 After New West Entrance and South Veranda
1 Before View from entrance of South-West corner
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0404
Graphic Design05
NCMA, Raleigh, NCLas Lajas, Dominican RepublicNC State, Raleigh, NC
Academic - Spring 2014
InDesign, Photoshop
Gene Bressler, FASLADr. Robin Abrams, FAIA, ASLA
Brian Gaudio
Location:
Information:
Professors:
Collaborators:
Skills Used:
Combining text and pictures in a layout helps communicatedesign. Ideas and experiences can be projected with images, type, space and color. Documenting and identifying the landscape of the North Carolina Museum of Art’s bioretention pond was an independent study I did under the supervision of Professor Gene Bressler. To gain an understanding of the details, I created booklet organizingthe elements of this particular pond. Brian Gaudio and I also did an independent study in the Dominican Republic with the direction of Professor Robin Abrams. While living in the community of Las Lajas, we were exposed to a natural type of architecture and design that had common themes. I was then able to print a Design/Build Publication for Robin Abrams to begin archiving the past design/build studio projects. As Head of the School of Architecture, she intends to use the publication to promote the Design/Build Program at NCSU.
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1 Cover The Pond Project includes water quality terraces, a storm water wetland, a stepped rock swale, and over 10,000 plants that provide improved water quality
2 Panorama View from ‘The Turning Point’
3 Identifi cation Plants, grasses, shrubs, trees, inhabitants
4 Terraces Water is controlled with overfl ow stair-like weirs
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05
1 Cover ‘Design in Campo Las Lajas’ was a travel study created by Brian Gaudio and myself
2 Design Elements We studied what infl uenced the reappearing design elements of the Domincan houses
3 Design Thrift We documented ‘designers’ from all around the community and their ‘designs’
4 Back Cover One resident salvaged wood from many houses
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1 Cover Design/Build Studio Publication
2 Inside Cover Typical scene during a studio lunch break
3 Table of Contents Includes essays from professors, a design/build history, and the past studio design/build projects
4 The Turning Point The last spread of each project is a full bleed image of a defi ning scene
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05
Cutting Boards06
The opportunity to use any tool in the Materials Lab at the North Carolina State University’s College of Design encourages everyone to discover the limits of each material. I was drawn to the simplicity of woodworkingand developed a method to embed personal items in a useful object. By kerfi ng a strip on one side of a scrap piece of walnut or oak, small mementos can be inlaid in the wood. The piece can then be refi ned into a cutting board by sanding the edges and oiling the wood.
Raleigh, NC
Personal - Spring 2014 to Present
Kerf varying in widthsFilling the void
Cutting Boards06Location:
Information:
Themes:
Skills Used:
Woodworking
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1 Overall Kerfs can be any width greater than the width of the saw blade
2 Wine Corks
3 Overall Routing the edges rather than hand sanding them created crisper corners
4 Shells
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