01
A bout
Bio Whether I was playing with building blocks, constructing sand castles, or making Lego creations, I’ve always enjoyed the process of design, which is why architecture was the right choice for me. After six years in the architecture program, I have grown to love it even more. Architecture has become a way for me to express myself, exercise my passion for design, and leave my mark on the world. For these reasons, I fully intend to pursue my dream of becoming a licensed architect.
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E ducation
A chievements
Papillion LaVista High School
2007 - 2011 Papillion, Nebraska Graduated 4.0 weighted GPA
University of Nebraska at Lincoln
2011 - 2015 Bachelor of Science - Architecture Graduated Minor: Landscape Architecture 05.15
3.510 cumulative GPA
University of Nebraska at Lincoln 2015 - Present Masters of Architecture Expected 3.590 cumulative GPA 05.17
P revious W ork
748 total hours
DLR Group Summer 2016 Architectural Summer Intern • Assisted in schematic design • Created physical models BCDM Architects
Summer 2015 Architectural Summer Intern
• Assisted in schematic design • Assisted in Design Development Adobe Student Representative
Fall 2015 - Now • Gave tutorials on adobe to students
• Promoted adobe products Borngreebe Builders
Summer 2014 • Framed Houses
• General Construction
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2012 2010 2014 2014 2014 2012-13
National Collegiate Scholar Eagle Scout AIAS UNL Design charette Winner Arch Hall Photograph Contest Winner Studio Design competition Winner Floor President
V olunteer 2014-15 Architecture Hall Ambassador 2014-15 Relay for Life 2014-16 Alpha Rio Chi De- Float
I nvolvement 2014-17 2014 2015 2016-17 2014
American Institute of Architecture Students (AIAS) AIAS Event Planner AIAS Treasurer AIAS Secretary AIAS Design Competition
2013 -16 Alpha Rho Chi professional Fraternity 2015 Alpha Rho Chi Head of Financial Committee 2014-15 National Home Builders Association 2015 Secretary 2012-13 2011-15 2011-16 2014-16 2014-16
Floor Government Navigators Intramural Sports Husker Frisbee Team Summer Ultimate Frisbee League
T able
of
C ontents
Architectural Studies 05
Air Rights
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Habitat for Humanity
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Munroe Meyer Institute
Box House
Professional Work 29
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BCDM Architects
DLR Group
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AIR RIGHTS
ARCHITECTURE
Thesis: to make use of the
Nathan Moulds Tectonics David Karle Fall 2014
excess space above historic buildings in a way that acknowledges the original design while enhancing the existing context
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While the city of Lincoln continues to become denser in the downtown area; it is advantageous to make use of the excess space above historic buildings in a way that acknowledges the original design while enhancing the existing context. “Air rights” projects present a unique opportunity to fulfill this demand. This project specifically is a multi-use project that includes housing and a gym.
Tectonics FALL 2014 Exposed truss only in public spaces
Dridesign paneling in private spaces
Connection to outside
Curtain wall Interior wall Exposed truss
Project Goals • Make use of excess space above Lincoln Station • Design for gym and housing programs • Preserve the historic facade of the Lincoln Station • Design to fit the context of the haymarket • Sectionally Frame the West side of the Lincoln station
Housing lofted above for privacy Two bedroom housing
Studio Housing intended for students
Housing core and emergency egress for gym Public space Private space
Private housing core
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A ir R ights A rchitecture
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Tectonics FALL 2014
5’ 0”
Warm color brick-like pattern in order to fit context Views out
Panel 1 8”
1’ 0”
Allow light in
1’ 6”
Truss behind facade
Reflected Facade
Horizontal pattern to fit form
5’ 0” 5’ 0”
Panel 2
1’ 4”
1’ 4” 8”
Panel 3
Bed Room 2
Bed Room 1
3’ 6”
1’ 6”
3’ 0”
5’ 0”
2’ 0” 5’ 0”
Window 1
Bath Room
Living Room & Kitchen
2’ 0”
1’ 6”
Window 3
1’ 0”
2’ 6”
HVAC
1’ 4”
1’ 4”
Window 2
2’ 0”
1’ 6”
Window 4
Two bed room plan
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Cardio Area
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South Gym Section
Free Weight Area
Tectonics FALL 2014
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HABITAT FOR HUMANITY Thesis: In order to create a balanced, vibrant community we will use two strategies: implement pocket neighborhoods and revitalize the nearby amenities and infrastructure.
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Alex Hill + Nathan Moulds Habitat for Humanity Tim Hemsath Spring 2015
Creating a commons
Example Block
1 Parking for New Downtown Parker Street
2 New Downtown
1 Orchard
2
3 Bike Lanes Added
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4 Library
Play Ground
5 Pavilion
N 28th Street
Franklin Street
N 29th Street
Bounding the commons
N 30th Street
Decatur Street
5 Bioswale 6 Orchard
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7 Pedestrian Walking Bridge
3 Seward Street
Charles Street
6 North Freeway
Orchard
Total Area = 32 acres Total Houses = 102 houses Total Density = 3.17 houses per acre
Hamilton Street
Focused house design
Entire Neighborhood
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Habitat for Humanity Planters with corrugated metal 1. Siding to match the 2. Planters themselves provide privacy and frame an outdoor room.
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Ceder Pergola 2
1. Continues from the shape of the house and goes outward 2. The pergola provides privacy from the community space.
Wood Flooring
1.Only the upstairs has wood flooring 2. It is oriented vertically to align with long form of the house and wayfind through the space.
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Bathroom tile
1. This is used in both bathrooms in the house. 2. This is the only material differentiation from the wood floor in the upstairs
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Poured in place concrete 5
1. This is used in the garage, porch and driveway
Corrugated metal and siding 6
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1. Corrugated metal is used starting from the bottom up to the base of the windows 2. After that siding is used the rest of the way.
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Back side is intentionally window heavy in order to have a stronger connection to the community space
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Cathedral ceilings to make the back more open towards the community space.
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Corrugated metal is mounted at the base of the walls for protection, replicability and for variety of materials.
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Garage opens both to the street and the community space in the back
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The house contains five bedrooms. Two are upstairs and three are downstairs.
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Kitchen is positioned in a way so that it can easily be closed off.
House is designed with a thick envelop in order to be net zero ready. Walls are also mad with volunteer friendly materials and methods
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Kitchen
3 Dining Room Living Room
Garage
5
2 1
6 Flex Space
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Bed Room
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The house is designed to be part of a greater community. The house opens up to the back ownership in the community An open floor plan will help facilitate family interaction. The kitchen can easily be partitioned from the living and dining rooms if needed. Strategic use of durable and common materials will simplify installation and upkeep Emphasis on an air tight, highly insulated envelope will significantly reduce energy usage. Raised garden beds will help facilitate a healthy lifestyle.
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Tectonics FALL 2014
Asphalt Roof Singles
R - 0.44 | U - 2.27
Asphalt Roof Singles
5” Polyisocyanurate Insulation
R - 0.44 | U - 2.27
R - 36 | U - 0.027
5” Polyisocyanurate Insulation
5/8” Plywood
R - 36 | U - 0.027
R - 0.77 | U - 1.3
5/8” Plywood
R - 0.77 | U - 1.3
Air Barrier
R - 1.25 | U - 0.8
Stainless Steel Drip Edge Air Barrier Membrane
R - 1.25 | U - 0.8
2x4
Stainless Steel Drip Edge
1/2” Ply Wood
Top Plate
Top Plate
1/4” x 1/8” Trim Board
1/4” x 1/8” Trim Board
Fiber Cement Siding
Fiber Cement Siding
4” Polyisocyanurate Insulation
4” Polyisocyanurate Insulation
R - 1.8 | U - .55
R - 1.8 | U - .55
R - 28.8 | U - 0.035
R - 28.8 | U - 0.035
Air Barrier
Air Barrier
R - 0.0 | U - 0.0
R - 0.0 | U - 0.0
Total Roof R and U
Total Roof R and U
R - 76.24 | U - 0.0131
R - 76.24 | U - 0.0131
Detail A
Detail A
1’ 0” = 0’ 1 1/2”
1/2” Plywood
Corrugated Metal Paneling
R - 0.63 | U - 1.59
Extends 3’ 0” from base R - 0.61 | U - 1.64
2x6 Studs
Bottom Plate
2’ 0” O.C. At Studs R - 6.88 | U - .15
Hardwood Floor
5 1/2” Cellulose Insulation
Between Studs R - 20.35 | U - 0.05
Rim Board
Gyp Wall Board
Open-Cell Spray Foam Insolation
R - 0.45 | U - 2.22
Wood Truss
Corrugated Metal Paneling
Extends 3’ 0” from base R - 0.61 | U - 1.64
Liquid Applied Capillary Break
Bottom Plate
Treated Plate
Hardwood Floor
Anchor Bolt
Rim Board
Total Wall R and U
R - 51.2 | U - 0.0195
Open-Cell Spray Foam Insolation Wood Truss Liquid Applied Capillary Break Treated Plate
Detail B
Total Wall R and U
R - 40 | U - 0.025
1’ 0” = 0’ 1 1/2”
Detail B
Dampproofing
R - 0.0 | U - 0.0
8” Concrete Foundation
R - 1.11 | U - 0.9
4” Polyisocyanurate Insulation
R - 28.8 | U - 0.3
Dampproofing
Gyp Wall Board
R - 0.0 | U - 0.0
R - 0.45 | U - 2.22
8” Concrete Foundation
Poured in Place Concrete
R - 1.11 | U - 0.9
4” Polyisocyanurate Insulation
Vapor Barrier
Gyp Wall Board
2” XPS Rigid Foam Slab Inuslation
R - 28.8 | U - 0.3
R - 14.4 | U - 0.694
R - 0.45 | U - 2.22
4” Gravel Pad
Poured in Place Concrete
2’ 0” Continuous Concrete Footing
2” XPS Rigid Foam Slab Insulation
10” Deep
4” PVC Pipe
4” Gravel Pad
Connects the Gravel Through Footing
2’ 0” Continuous Concrete Footing
4” Perimeter Drain
10” Deep
Total Basement wall R and U Value
4” PVC Pipe
R - 21.94 | U - 0.05
Connects the Gravel Through Footing
Total Basement floor R and U Value
4” Perimeter Drain Total Basement wall R and U Value
R - 20 | U - 0.05
Detail C
Section A 1’ 0” = 0’ 1”
R - 11.32 | U - .0881
Detail C
1’ 0” = 0’ 1 1/2”
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HEALTHCARE
ARCHITECTURE
Thesis: To introduce nature into the building and site in order to enhance the healing process and create an overall relaxed environment.
Teresa Fibich + Nathan Moulds Healthcare Studio Sheila Barnwell Fall 2015
E x tru de
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D od g e
E x p ose
Pu l l
Di s t i n g u i s h
A ccen t
HEALTHCARE FALL 2015
Patient Information
Mechanical
Building Support
Lobby
Education and Child Development
Autism
Shell
Pediatric Feeding Disorder
UP
Covered Parking Lot
Lower Level
Physical Therapy
Speech Pathology
Psychology
2nd Floor
Clinical Genetics
Recreational Therapy
Human Genetics
Office Space
Courtyard
Class ClassRoom Room
Occupational Therapy Developmental Pediatrics
1st Floor
Conference
3rd Floor
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Axonometric Cutaway
Entering the Building
Looking out into the Lobby
Walking down a Corridor **Interior designed by Teresa Fibich
Red Metal Panels
Sunscreen
Stucco
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METAL CAP AIR BARRIOR ROLLED RUBBER ROOFING CAST IN PLACE CONCRETE METAL DECKING 14” I BEAM ACCOUSTICAL CEILING TILE
DETAIL A WOOD BLOCKING GYPSON WALL BOARD 2X6 METAL STUDS 3/4” PLYWOOD VAPOR BARRIOR RIDGID INSOLUATION DRIDESIGN METAL PANELING DETAIL A
METAL PANELING 4” POLYISOCYANURATE INSULATION 1/2” PLYWOOD 2X6 METAL STUDS GYP WALL BOARD
DETAIL B 1/2” GYP BOARD 2X6 METAL STUDS 1/2” FLOORING 6” CAST IN PLACE CONCRETE METAL DECKING I Beam 3/4” PLYWOOD VAPOR BARRIOR RIDGID INSOLUATION DRIDESIGN METAL PANELING DRIDESIGN METAL PANELING
DETAIL B
DETAIL C RIGID INSOLUATION DAMPPROOFING 8” CONCRETE FOUNDATION 2X4 METAL STUDS GYP WALL BOARD POURED IN PLACE CONCRETE 2” XPS RIGID FOAM SLAB INSULATION 4” GRAVEL PAD 2’ 0” CONTINUOUS CONCRETE FOOTING 4” PVC PIPE 4” PERIMETER DRAIN
LIQUID APPLIED CAPILLARY BREAK TREATED PLATE DECORATIVE FLAG STONE DAMPPROOFING 8” CONCRETE FOUNDATION 4” POLYISOCYANURATE INSULATION GYP WALL BOARD POURED IN PLACE CONCRETE 2” XPS RIGID FOAM SLAB INSULATION 4” GRAVEL PAD 2’ 0” CONTINUOUS CONCRETE FOOTING 4” PVC PIPE 4” PERIMETER DRAIN
DETAIL C
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Box House Thesis: to design and detail
a house for Neighborhood Works that makes use of used shipping containers.
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**Studio Project** NeighborWorks Jeff Day Spring 2016
Construction Strategy This project uses three shipping containers. They are attached to a foundation which has already been poured. Windows are cut into the containers and the container walls are insulated. Walls are erected between the containers and the roof is crafted over everything.
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West Elevation
Aerial of Rafters
Aerial of Inside
A1 12' - 6 1/4"
3' - 10 1/2"
7' - 1 1/4"
CL
+/- 10' - 11"
3' - 1"
2' - 6 1/2"
10' - 10"
CL
+/- 4' - 1 3/4"
CL
1 / A3.01 1
1
A2.02
851
8
26
A2.01
Typ
8
A1
1
3
12
A6.02
B
C2
1' - 3"
106 ALIGN
821.4
851.1 A6.03
108
A2
108A
Typ
A6.02
109
9
10' - 0"
(E) CO W/ INS
7
LINE O BOTTO
8
ROD &
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GUARD WIRE N
10
BUILTBY FAC
1' - 4"
ORNAM
13
STEEL AND P EDGE
WALL MATCH
REMO
17
TALL C OVER
18
WOOD
A6.02
19
34
2
5
11
13
A2
33
CONTR
21
CLERE ELEVA
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PLAM LEGS,
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WHITE STUDS OR AP
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PROVI
25
LOCAT WALL,
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RETUR COOR WITH A
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THRES
28
4X4W JAMB
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(E) CO GRIND TYP. W
30
MTL. P TYP.
31
(E) CO SEALE ARCHI
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PUNCH RELAT CORRU LOCAT TYP.
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ROLLIN CONTA
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SEE D WINDO
35
WHITE TO STU #26033
3' - 0"
10
2 / A3.02
30' - 0"
1 / A3.02
2 832.1 A6.03
4
LIVING / DINING
18
18
100
28 815.1
ALIGN
DN 4R @ 6" 3T @ 12"
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A2
101A
4' - 11"
2' - 2 3/4"
4' - 11 1/4"
2' - 11 1/2"
832.2
6' - 4"
A6.03
WD.
3'-0"
33
WD.
4' - 0"
A6.03
A2
29
A1
109 841.3
B1
4
A4.02
2
3
21
102C
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5 (E) FLR.
CLOSET
1'-5 1/2"
L
MASTER BATH
103
A4.01
102
4
A4.01
27
B2
2
833
101
3
1'-7"
6
841.2
31
A6.03
7 A1
2'-3"
C2
CL W.C.
KITCHEN
3
104
D
102
A8.03
16 1
3
A1
1
2'-4 5/8"
8' - 0"
SIM
MASTER BEDROOM
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REF.
10
101A
C1
24
30
A6.03
(E) FLR.
(E) FLR.
A6.03
5
2'-7 1/4"
815.2
SIM
DW
Sim
A6.03
A 12
8
B
B 25
A1
+/- 20"
32
2
3
1/A2.02
2 / A3.01 +/- 7' - 11 3/4"
+/- 6' - 1 1/2"
CL 3' - 0"
6' - 0"
12' - 7"
4' - 4 3/4"
7' - 8 1/2"
4
1/A2.01 +/- 8' - 7 1/2"
CL
CL
N
1
FIRST FLOOR PLAN
15' - 3 3/4"
3' - 0"
First Floor Plan 1/2" = 1' - 0"
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ORNAM
20
5
20
COMP
12
16
DN 16 R @ 7" 14 T @ 11"
ALIGN
EDGE
6
15
821.3
A6.02
15
10
(N) CO
5
14
ALIGN
1 A2.03
ALIGN
A6.02
ALTER STEEL
4
109 821.2
821
7
WD.
A2
A6.02
23
BATH 1
ALIGN
ALIGN
851 A6.03
A1
10
A4.01
821.1
108B
LINE O
3
BEDROOM 2
ALIGN
1/A2.03
107 105
8
17
L
SIM
10
(E) FLR.
(E)FLR. (E) FLR.
3' - 0"
HALL
30
A4.02 11
9
ALIGN
B1
A1
WD.
105
7
12
B1
BEDROOM 1
6
A4.02
2
11
9
1'-8"
5 8 6
CLR
8' - 0"
A1
REPUR MODIF
22 CL
CLOSET
SIM
A
1' - 3"
A
1
7'-0 5/8"
St. Wenceslaus Nathan Moulds BCDM Architects Summer 2015
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MooreCo Furniture In addition to rendering and general revit work I occasionally modeled prospective furniture products as revit families so that they could be implemented into projects.
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9th & O Dexter Hanson + Nathan Moulds DLR Group Summer 2016
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**I did not produce this rendering
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Nathan Moulds nmoulds@gmail.com (402) 452-7610