WESTIN K. HILL
ARCHITECTURE PORTFOLIO UNDERGRADUATE WORK SAMPLE 2014-2019
1
PROJECTS: PORT OF TILLAMOOK BAY MARKET DISTRICT
Pg. 3-6
Fall 2017 Final Project Professor Mark Donofrio
LANE COUNTY TIMBER COURTS
Pg. 7-12
Spring 2018 Final Project Professors: Judith Sheine & Mark Donofrio
CONSTRUCTION DETAIL DRAWINGS
Pg. 13-14
Various Final Projects 2017-2019 University of Oregon
HAND MEDIA & CRAFT WORKS
Pg. 15-18
Final Works 2014-2019 University of Oregon 2
PORT OF TILLAMOOK BAY MARKET DISTRICT SPRING 2018 Final Project Professor: Mark Donofrio Despite being the most agriculturally productive area in Oregon, Tillamook still experiences moderately high levels of food insecurity. Tillamook’s farmland is primarily devoted to dairy related industry. This has resulted in increased farmland costs which has deterred local fruit and vegetable production. The Port of Tillamook Bay has made it clear in their future land use plan that they want to allow for agriculture related industry on the site. We saw this as an opportunity to not only bring economic activity to the Port, but to also provide facilities for local fruit, vegetable, and fish production with an easily accessible distribution center. This manifested itself into a farmers market district where locals and tourists alike can buy locally-grown produce and artesian products, taste local cuisine, and learn about sustainable agricultural practices i an on-site Vertical Farm.
FULL SITE PLAN
3
MARKET DISTRICT FULL STREET SECTION
VERTICAL FARM EXPLODED AXON DRAWING
MARKET DISTRICT SKETCH RENDER
4
FULL SITE ENERGY CYCLE DIAGRAM
EXPLODED PROGRAM DISTRIBUTION DIAGRAM
5
VERTICAL FARM INTERIOR RENDER
VERTICAL FARM SECTION PERSPECTIVE RENDER
FARMER’S MARKET FULL STREET SECTION
Pacific City Rockaway Beach
Tillamook
AGRICULTURAL LAND USE DIAGRAM
KEY:
FARMER’S MARKET SKETCH RENDERS
FOOD INSECURITY DIAGRAM
HOSPITAL
AIRPORT
PORT OF ENTRY
TRAIN STATION
SCHOOL
SALMONBERRY TRAIL
MEDIAN INCOME BY LOCATION: $33.8K
$37.6K
$43.7K
$50.3K
$56.3K
$58.3K
$59.4K
TILLAMOOK COUNTY INCOME AND CONTEXT DIAGRAM
6
FORM GENERATION DIAGRAMS:
Conference
District Attornney 2 Standard Civil CR
Standard Civil CR
3
4
5
Standard Civil CR
1295 SF
Copy
6
Conference 1
(4
LANE COUNTY TIMBER COURTS
District Attornney
(4
7
Fall 2017 Final Project Professors Judith Sheine & Mark Donofrio
Lounge
1
Family Court Admin. 414 SF
State Office
Conference 2
8
Open Office Non-Jury CR
Non-Jury CR
1297 SF
Standard Civil CR
Light Well
SITE UPLIFT
Light Well
Library
9
341 SF
STREET FOOD 510 SF
BR
BR
158 SF
147 SF
Non-Jury CR
State Office
Standard Civil CR
County Clerks
Lobby Non-Jury CR
Standard Civil CR
Information Desk
This project was a collaborative effort with our community client, Lane County of Oregon, and our team of consultants, which included architects who specialize in courtroom design, building codes, energy analysis, ventilation and daylight strategies, and a professor of civil engineering who specializes in mass timber structural systems. Mass timber is a renewable, locally sourced material, that sequesters carbon, minimizes construction material waste and reduces the need for high carbon impact concrete and steel in the building. One cubic meter of wood sequesters between 500-700 kg of CO2. The materials used in the courthouse would sequester approximately 10,847 metric tons of CO2.
BR 170 SF
5379 SF
Parole & Probation 3653 SF
FULL SITE PLAN
SITE CONTEXT PLAN
7
BR 164 SF
Police & Civil Records
MAIN ENTRANCE EXTERIOR RENDER
SITE DIVISION
ENTRANCE
PLAZA
ROOF
8
CONTEXTUAL INTEGRATON DIAGRAMS:
ROOF STRUCTURAL DETAIL
Roof Level 42' - 0" Non-Jury CR
Open Office
Arrainment Court
Light Well
Light Well
807 SF
1463 SF
Standard Civil CR
Open Office Non-Jury CR
Non-Jury CR
Roof Level 42' - 0"
State Offices
State Offices
Waiting Area
Waiting Area
Office Level 2 30' - 0" Court Level 1 24' - 0" Office Level 1 18' - 0"
Lobby
9
Office Level 2 30' - 0" Court Level 1 24' - 0" Office Level 1 18' - 0"
Standard Civil CR
Lobby
Ground Level 6' - 0" Street 0' - 0" Basement Level -6' - 0"
NORTH SOUTH SECTION DRAWING
Non-Jury CR
Criminal CR
Evidence ) 5(( '2 :1 /2 $' #
5 (9 ,7 &$ 56 & 20
'2 :1 /2 $' #
'2 :1 /2 $' #
5 (9 7 , &$ 56 & 20
5 (9 ,7 &$ 56 & 20
) 5((
EAST WEST SECTION DRAWING
) 5(( '2 :1 /2 $'#
5 (9 7 , &$ 56 & 20
) 5((
) 5(( '2 :1 /2 $' #
5 (9 ,7 &$ 56 & 20
) 5((
'2 :1 /2 $'#
5 (9 ,7 &$ 56 & 20
Ground Level 6' - 0" Street 0' - 0" Basement Level -6' - 0"
WINTER
SEFAIRA ENERGY/DAYLIGHT MODEL AXON:
SEFAIRA ENERGY/DAYLIGHT MODEL OUTPUT : SUMMER
FULL SITE SECTION VENTILATION SCHEME
81.8% GROUND LEVEL PLAN
DAYLIGHT LEVEL
MORE DAYLIGHT
LESS DAYLIGHT
91%
PV ROOF 69% OF THE ROOF IS RESERVED FOR PHOTOVOLTAIC PANELS
DAYLIGHTING 91% OF THE INTERIOR PLAZA IS DAYLIT
COURTROOM LEVEL PLAN
3.44%
LESS DAYLIGHT
69%
100%
DAYLIGHT LEVEL
MORE DAYLIGHT
COMFORT 81.8% OF OCCUPPIED HOURS ARE WITHIN 68-77
VENTILATION 100% OF THE AREA IS NATURALLY VENTILATED
SEFAIRA ENERGY/DAYLIGHT MODEL OUTPUT SPECS:
ATRIUM SPACE INTERIOR RENDER
10
Standard Civil CR
Standard Civil CR
Standard Civil CR
1272 SF
1272 SF
1222 SF
Non-Jury CR
Non-Jury CR
1203 SF
1356 SF
Judiciary Chambers/Courts 3420 SF
Light/Ventilation Shaft 2941 SF
Standard Civil CR 1328 SF
Non-Jury CR 1577 SF
Standard Civil CR 1309 SF
UP UP
Non-Jury CR
Standard Civil CR
1307 SF
1309 SF
UP
Program Distrobution Key Courtroom Sherifs Operations County | State Operations Public Circulation Private Circulation Detention Circulation
EXPLODED PROGRAM DISTRIBUTION DIAGRAM
11
DAYLIGHT AND VENTILATION SCHEME DIAGRAMS
FULL BUILDING STRUCTURAL EXPLODED AXON
SEFAIRA ENERGY/DAYLIGHT MODEL PERFORMANCE SPECS: SEMI-CONDITIONED SPACE + LOW-TECH SPACE WRAPS AROUND HIGH-TECH SPACES + 2-3 FLOORS
BASELINE BUILDING TYPICAL PUBLIC ORDER AND SAFETY BUILDING ACCORDING TO CBECS
93
NATURAL VENTILATION/ PV
+ PASSIVE VENTILATION + OPERABLE WINDOW ACTIVATION + 40,000 SQ. FT. PLANNED FOR PV PANEL USE - NIGHT FLUSH WITH MASS TIMBER NOT AS EFFECTIVE
35
INSULATION & GLAZING
+ BEST PRACTICE INSULATION + HIGH PERFORMANCE WINDOWS
21
18
EUI (ENERGY USE INTENSITY kTBU/ft^2/yr)
4
3
2
1
1
2
3 COURTROOM INTERIOR RENDER
MASS TIMBER STRUCTURAL CHAR DIAGRAM
CO2
CO 2
TOTAL VOLUME OF TIMBER USED: 12,064 Cubic Meters.
US & CANADIAN FORESTS PRODUCE THIS IN: 33 Minutes.
TOTAL CARBON SEQUESTERED BY TIMBER USED: 10,847 Cubic
AVOIDED CO2 EMISSIONS: TOTAL POTENTIAL CARBON BENEFIT: 4,197 Cubic Meters 15,044 Cubic Meters.
EQUIVALENT TO: Power for 1,589Homes for full year.
WOODWORKS CARBON CALCULATOR RESOURCE OUTPUT
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CONSTRUCTION DETAIL DRAWINGS
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This section of my portfolio is to showcase my familiarity with complex detail drawings of various types. Recently I took a class called “Passive House Details� where we designed a high performance home in accordance with the building performance standards set by the Passive House Institute in the United States (PHUIS.) The home utilizes double stud framing, double layered insulation, triple pane glass, insulated-slab foundation, and many other techniques to allow the building to perform at an extremely high performance standard. The second half of this section shows the detail drawings I made for my Enclosures class. During this professional detail drawing class we were challenged to create a doublelayered glass facade and create a range of drawings to showcase our design strategies.
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HAND MEDIA & CRAFT WORKS : MIXED MEDIA, MODEL MAKING & WOODCRAFT
A showcase of my level of proficiency & use of many types of mixed media, including hand drawn renders using copic multi-liners and brush-tip markers. I am also very fond of making physical models for architectural projects. In contemporary architecture school, physical models seem to be viewed as archaic and are often required but never focused on. I believe that there is something to learn from a hands-on approach when it comes to design and most things in life. I am extremely comfortable with hand tools, electric tools and the wood shop and I love being able to physically manifest my designs and seeing them to fruition - whether itâ&#x20AC;&#x2122;s a Windsor chair or a 1/16â&#x20AC;? scale model of a building.
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