Portfolio . Architectural Design . Noëlle Van Lerberghe . 2022

Architectural Design Portfolio

N. Van Lerberghe Portfolio

Noëlle Van Lerberghe

Noëlle Van Lerberghe noellevdesign@gmail.com 720.626.3006

Curriculum Vitae Education

Awards + Honors 2021 2020

2019 2018 2017 2016-2021

Work Experience Jun-Dec 2021 May-Aug 2016-2019 Sept-Dec 2018 Dec 2016-May 2017 Spring 2021 + Fall 2020 Sept 2019-Aug 2020

University of Arizona College of Architecture, Planning, and Landscape Architecture B.Arch with Minor in Business Administration Class of 2022 . Cumulative GPA: 3.74 2nd Place | 2021 Solar Decathlon Mixed-Use Multifamily Building Division Mitch Freedman City Immersion Scholarship Design Excellence Nominee Tau Sigma Delta Honor Society M.L. Tophoy Scholarship Design Excellence Award Best in Category Gordon H. Heck Memorial Scholarship Richard A. Eribes Memorial Scholarship Foundation Award For Leadership Arizona Excellence Tuition Award Silver and Sage Award

TKP Architects . Architectural Intern . Golden CO KEPHART . Architectural Intern . Denver CO Norris Design . Landscape Architectural Intern . Tucson AZ Kitchell . Project Management Intern . Tucson AZ Fabrication II + Building Tech II . Teaching Assistant Website design & production . for Courtney Crosson Assistant Professor, CAPLA

N. Van Lerberghe Portfolio

Skills + Abilities

01

excellent proficient

Digital Rhino Adobe Creative Suite Lumion Revit Sketchup AutoCAD Grasshopper

Physical model-making laser-cutting MIG welding wood, metal and concrete fabrication processes

references upon request

Table of Contents 01

CV

03

498 Capstone Montreal’s Olympic Park in progress: research + preliminary design

07

401 Studio Tucson 2030: Living on Rainwater collaborative center for innovation

15

302 Studio La Vivienda collective housing

21

301 Studio Mt. Lemmon Outdoor Lab climate research + learning center

25

202 Studio Sonoran Baths bathhouse + transit stop

cover photo

29

Elliott Residence patio addition + trash enclosure

33

410E Studio Barrio Oeste mixed-use multifamily housing design competition

35

410F Studio Rowhouse 4 design-build experience

team project award-winning / nominated project national competition entry

N. Van Lerberghe Portfolio

This project has been submitted (Jan 13 2020) to the ACSA 2021 COTE Top 10 Competition. Competition boards (24x36) formatted to fit on 11x17 pages.

02

Olympic Park + Women’s Housing Montreal, QC, Canada

Capstone Thesis Project in the works as of Feb 2022

1) welcoming 2) safe 3) universal access 4) healthy 5) affordable fight inequality + promote inclusivity sustainable + equitable development protect heritage + identity health of society + individual + environment improve integration into surrounding urban context

The mission is to provide for Montreal’s women on this iconic site within the city while preserving the Olympic heritage and setting an example for happy, healthy and efficient housing design.

N. Van Lerberghe Portfolio

CITY OF MONTRÉAL

03

TGFM

1) welcoming 2) safe Master Plan for Olympic Park: 3) universal access diversify uses + enhance 4) healthy 5) affordable underused sites “shortage in affordable, social, community make safer + more attractive for housing in Montréal” pedestrians and cyclists alignment with UN 7 housing rights: improve integration into 1) security of tenure 2) service, facilities, surrounding urban context maintenance 3) affordability improve pedestrian + bike links to 4) habitability 5) accessibility Botanical Garden 6) location/proximity 7) cultural adequacy

SUSTAINABLE MONTRÉAL encourage active + public transit protect and enrich urban biodiversity fight inequality + promote inclusivity continue development of sustainable neighborhoods

This project is in the conceptual design phase of designing housing to be incorporated into the Olympic Park in Montreal, Quebec, Canada. According to over 50 women’s rights groups in Montreal, there is a disproportionate need for adequate housing for single mothers, women living with a disability, immigrant women, and women of color. The Olympic Park has been underutilized since it was built for the 1976 Olympic Games.

The city’s master plan outlines these “underused areas” as concerns that are needing “diversified uses” and “integration into the surrounding urban environment.”

WELLNESS Happy City energy efficiency health of society + individual + environment 17 sustainable development goals “everyone deserves a welldesigned place to live”

POLICY

CULTURE

sustainable + equitable development Affordable Housing “fostering their power of influence and action” Municipal Housing Office of Montréal

Olympic City historic preservation of modernism and international style protect heritage + identity meet tenant needs continuous improvement integrity + respect place

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existing site + massing

04

scale SITE design process priorities: integration with Hochelaga neighborhood arrangement into existing grid mimic existing building typology iconic Montreal stairs integration with Botanic Gardens continue biodiversity pathway across sherbrooke from Gardens and ramp down into site efficiency + happiness of resident outdoor circulation = less space to heat ample accessible green space public + private outdoor living space natural daylight + ventilation in every unit

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environmental factors + Montreal climate South facing windows for every unit minimizing air gaps between units spacing between buildings avoids shading

05

06

N. Van Lerberghe Portfolio

Tucson 2030 Living on Rainwater Tucson, AZ

ACSA 2021 COTE Top 10 Competition Submission The CCi is 30,842 square foot building that is classified as a type similar to that of office and education. Located in Tucson, Arizona, the building withstands the hot-dry climate zone 2. The site fosters an environment where people learn from each other as well as from the land, elements, plants and animals; elements of water, earth, and air are present to evoke all senses of each user.

MID DAY SHADE by tree

AFTERNOON COMFORT

MORNING COMFORT

JUN 21 MID DAY SUN AFTERNOON COMFORT

MORNING COMFORT

4" = 1'-0"

LEVEL ONE PARTI DIAGRAM DEC 21

4" = 1'-0"

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DESIGN FOR INTEGRATION

07

Using passive strategies such as shaded windows on the south, evaporative cooling, natural ventilation, internal heat gain, passive solar heat gain, and windprotected outdoor space, the project is comfortable 77.8% of the year, when the building is in use for 12 hours of the day.

The remaining 23.2% of the year is made comfortable with the help of active heating and cooling systems.

LEVEL ONE STRUCTURAL DIAGRAM

DESIGN FOR ENERGY eui: 19 kBtu/ft²/yr

ANNUAL DAYLIGHTING ANALYSIS

A key component to minimizing the carbon footprint is harvesting rainwater during monsoon season and using the water throughout surfaces in the building to provide radiant heating and cooling.

The East-West orientation minimizes unwanted direct solar gain in the summer yet allows passive heating in the winter. Having operable windows on the N and S facades facilitate cross-ventilation throughout the year.

DECEMBER SOLAR RADIATION ANALYSIS

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JUNE SOLAR RADIATION ANALYSIS

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DESIGN FOR ECOSYSTEMS

The site brings the natural Sonoran landscape back to the city. 52.6% of site area is devoted to native vegetation and water. Cutting into the earth creates a watering hole in the middle of a Cartesian grid; a break in the flat, paved topography is formed through cut-and-fill.

Native plants and trees provide new homes for local species; this monsoon-capturing design encourages a hot spot for the Sonoran desert toads never seen in the city.

DESIGN FOR EQUITABLE COMMUNITY

The design responds directly to the urban setting through scale and aesthetic quality; high quality curtain walls appeal to this upscale region of Tucson, considering its proximity to the Catalina Foothills. Use of raw wood and steel ground the design in greater Tucson’s rustic atmosphere.

The design promotes use of the streetcar by aligning the entrance with the stop. The site was designed with pedestrians and bikers in mind; the transparency of the Northern and Southern facades allows passersby to see just enough to be curious. As community members collaborate, they experience a serendipitous commute through the site and building.

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4

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09

2

3

5

WOOD VENEER FINISH RADIANT HEAT FLOORING DE

C

MA

1" CORK 21

2x6 DECKING

PT

SE

R/

JUN 21

21

8x8 HEAVY TIMBER COLUMN

8x16 GLULAM BEAM

2x12 WOOD JOIST

THERMALLY BROKEN CARBON FIBER BRACKET

PERFORATED METAL SHADING OVERHANG HOT AIR VENT OPERABLE WINDOW, ~2' FROM FINISH FLOOR

SOUTH FACADE WALL SECTION NTS

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site plan 1 BOTANIC WALK 2 SOLAR FIELD (ON ROOF) 3 SEASONAL SPECIMEN GARDEN 4 GREAT LAWN MONSOON SEASON 5 STORMWATER RETENTION BASIN 6 BUILT TERRACE

4-PANE CURTAIN WALL ASSEMBLY WITH PHASE CHANGE MATERIAL AT 79-86°F, R=11.4

10

PROGRAM PUBLIC LOBBY + RECEPTION CAFE COUNTER CAFE PREP AND STORAGE CAFE SEATING

PANORAMIC VIEW DECK REFERENCE / WORK AREA

SUNSET DECK SHARED WORK SPACE

DOWN FRAMED VIEW DECK LIBRARY

LIBRARY GUEST SERVICES / CHECK OUT LIBRARY REFERENCE + WORK LIBRARY COLLECTIONS

CHECK OUT DESK SHARED WORK SPACE MECHANICAL

VISITING SCHOLAR OFFICES ELECTRICAL

AIR HANDLING

MONSOON VIEWING AREA

COLLABORATION COLLABORATIVE LIVING ROOM SHARED WORK AREA PRIVATE WORK KIOSKS COMPUTER STATIONS MEETING ROOMS (LARGE) MEETING ROOMS (SMALL) VISITING SCHOLAR OFFICE

LEVEL 3

COMPUTER STATIONS

LARGE MEETING ROOM

LARGE MEETING ROOM

SMALL MEETING ROOM

SMALL MEETING ROOM

ADMIN STAFF WORK AREA (OPEN) STAFF OFFICES (ENCLOSED) DIRECTOR’S OFFICE COMPUTER SERVER ROOM IT OFFICE SHIPPING / RECEIVING

SMALL MEETING ROOM SUNSET DECK

EARTH DECK

MONSOON VIEWING AREA

UP

PRIVATE WORK KIOSKS COLLABORATIVE LIVING ROOM

SHARED WORK SPACE

MECHANICAL

SHARED WORK SPACE

UP ELECTRICAL

AIR HANDLING

MONSOON VIEWING AREA

MONSOON VIEWING AREA

MONSOON VIEWING AREA

EXTERIOR OUTDOOR CAFE EXTERIOR TERRACE

LEVEL 2

FFE: -12' 0"

DESIGN FOR WATER

RAMP DOWN

MONSOON VIEWING AREA

STAFF WORK AREA

DIRECTORS OFFICE

ADMIN. OFFICE

ADMIN. OFFICE

LARGE MEETING ROOM

LARGE MEETING ROOM

LARGE MEETING ROOM

STAFF WORK AREA

IT OFFICE

LOBBY + RECEPTION SERVER ROOM

FFE: 0' 0"

FFE: -3' 0" RAMP DOWN

SHIPPING + RECEIVING RECEPTION + CAFE

ORDER

MECHANICAL

PICKUP

OUTDOOR CAFE COUNTER + SEATING

UP ELECTRICAL

AIR HANDLING

PREP + STORAGE

MONSOON SPLASH ZONE

FFE: 1' 6"

LEVEL 1

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STORMWATER COURTYARD

11

STORMWATER BASIN

UNDER DECK

MECHANICAL CENTRAL

UP

ELECRICAL CENTER UP

LEVEL 0

AIR HANDLING CENTRAL

WATER TESTING PLANT

During a monsoon, the people, plants, a a minute to breathe, appreciate, and ab harvests as much monsoon water as po flooding of streets and sidewalks, so ov to the oversized depression in the grou through the building for radiant heating Then, the rest is allocated to replenish o during drought periods.

THE CCi HARVESTS 371,070 GALLONS OF WATER EVERY YEAR.

DESIGN FOR CHANGE

FLASHING SLOPE 1/4:12

Long-term, this collaboration center is very flexible. The building is already designed to fuse office building type with education. With a sturdy structure, the interior partitions can be easily adapted as needed. The sunken courtyard will only get deeper; it can be used by the community for gatherings, concerts, farmers markets, camping, and more.

Whatever the community may need, this building is designed to be simple enough to accommodate any program yet bold enough to never be torn down.

8-12" POLYISO FOAM INSULATION WITH ZERO-GWP BLOWING AGENT, R=32-48

SLIDING GLASS DOORS

PERFORATED METAL RAILING

8x16 GLULAM BEAM

2x12 WOOD JOIST

8x8 HEAVY TIMBER COLUMN

THERMALLY BROKEN CARBON FIBER BRACKET WOOD VENEER FINISH RADIANT HEAT FLOORING 1" CORK

REMOTE CONTROLLED OPERABLE WINDOW, ~8' FROM FINISH FLOOR

2x6 DECKING 4" RIGID FOAM INSULATION, R=20

PERFORATED METAL VERTICAL SHADING FINS

NORTH FACADE WALL SECTION SCALE: 1/4” = 1’-0”

and animals of Tucson take bsorb. The sunken courtyard ossible. Poor infrastructure causes verflowing water will find its way und. First, the water is pumped g and cooling through the floors. on-site and neighboring vegetation

NORTH FACADE PARTIAL ELEVATION SCALE: 1/4” = 1’-0”

SU JU NSE N2 T 1/ 29

9°

SECONDARY SPOT WELD TO MULLIONS CENTRAL MOUNTED FIN ON BRACKET

4" VERTICAL FIN 4" VERTICAL FIN 6" VERTICAL FIN

NORTH FACADE PARTIAL PLAN LEVEL ONE SCALE: 1/4” = 1’-0”

DESIGN FOR WELL-BEING The materials in this building create an environment that is undeniably connected to the outdoors. From natural raw materials to an abundance of water on site, the driving force behind the design is the importance of spending time outside. Air quality remains pure with cross ventilation possible on all floors. Solid floors and walls have enough acoustics to be comfortable but not too much where one feels isolated. The design creates floods of natural light all throughout the year.

Users are happy.

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INSULATION AT EXTERIOR BEAM CONDITION TO LENGTHEN THERMAL BRIDGE IN CONTINUOUS TIMBER STRUCTURAL ELEMENT (R-12 EFFECTIVE)

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DESIGN FOR ECONOMY

The vision for this project is to be a performative building that sets a high standard for the future of office/education building design. Every aspect is designed with efficiency and an economic mindset. Raw timber, reclaimed wood, and recycled steel are implemented into simple assemblies that follow consistent patterns for ease of construction and maintenance. The biggest portion of the cost will go toward the 4-paned phase-changing curtain wall assembly, but this design component creates immense value in the elevated wellness of building users through natural daylighting, visual connectivity, and mountainous views.

DESIGN FOR RESOURC

The priority for this building is possible. Heavy timber and G structural system because wo carbon than those of steel an perform well, but wood also p to further the comfort and we grand glass assemblies and c building exhibits thoughtful a

s to use the most sustainable materials Glulam beams are utilized entirely for the ood members have much less embodied nd concrete. Not only does wood provides a warm, Biophilic atmosphere ell-being of users; combined with carefully curated steel components, the and sustainable utilization of resources.

DESIGN FOR DISCOVERY Constant energy analysis throughout the design process was crucial in order to ensure the building performs according to the intent. This project is an example of how the design industry should never stop discovering and applying new techniques. The 4-pane assembly is a ground-breaking application in a desert climate, where the “glass building” is frowned upon. Tucson has a plethora of mid-century architecture that was ahead of its time; this project pays homage to the beautiful usage of simple materials and minimalism in building design.

N. Van Lerberghe Portfolio

CES

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La Vivienda El Paso, TX

N. Van Lerberghe Portfolio

Collective Housing 50 units / 62 residents

15

La Vivienda is a multi-family affordable housing project on the West side of a called El Segundo Barrio. Some key components surrounding the existing site i schools, low-density & low-income housing, and culturally sig

Design Intentions

The design intent is to provide a functional community hub where new residents can find themselves at home while enjoy new and exciting resources.

The proposal respects the existing community and brings new amenities like plenty of sunny and shaded outdoor are stalls for local businesses in the marketplace.

There has been careful consideration of our neighbor, Yolanda, who shares the site; her home and market remains un provided immediate access to the proposed community spaces for use at her leisure.

Site

existing residents may

eas as well as six available

ntouched and she is

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neighborhood include several gnificant parks.

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Urban + Social Strategy

The urban strategy began with investigating the surrounding built environment and responding to it through similar form, dimension, and material.

The proposal consists of five rectangular volumes of varying heights. Four of the five buildings are programmed entirely for residential use, varying from two to four stories.

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The fifth building, adjacent to Campbell St, houses four to eight short stay residents as well as a ground floor market open to the community.

La Vivienda is of a greater scale than surrounding multi-family projects in order to increase the density of the area.

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marketplace june 21 / 11 am

East Elevation scale: 1/32” = 1’-0”

North to South Section scale: 1/32” = 1’-0”

Ground Floor scale: 1/32” = 1’-0”

patio june 21 / 7 pm

East to West Section scale: 1/32” = 1’-0”

N. Van Lerberghe Portfolio

North Elevation scale: 1/32” = 1’-0”

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Technical Intentions

The structural system is communicated through different materials; the heaviest material is used for primary 24'-0" structure, and then the materials soften and warm up as the boundaries they represent become softer.

11'-4"

10'-4" 18'-8"

18'-8"

01 structural slabs

unit 1 short term stay two residents / 393 sf

02 vertical core + primary load-bearing walls

03 secondary load-bearing walls

10'-0"

l core

5'-4" open

open

11'-0" 30'-0" 22'-8"

04 non-load bearing walls

unit 1a long term stay one resident / 485 sf

05 circulation

06 building envelope

All unit types have plenty of light as well as room for air to flow throughout. The long term units have private decks that are shaded during the hottest parts of the day.

22'-4" 11'-8"

5'-4"

24'-0" open

open

11'-4"

8'-6" 30'-0"

N. Van Lerberghe Portfolio

22'-8"

unit 2 long term stay two residents / 588 sf

10'-4" 18'-8"

8'-6"

unit 2 long term stay two residents / 588 sf

unit 1a short term stay two residents / 393 sf 10'-0" 18'-8"

19 5'-4"

structural slabs level 4 level 3 level 2 ground level

01 structural slabs

02 ver prim

primary load-bearing walls + vertical core

24'-0"

11'-4"

secondary load-bearing walls

non-load bearing walls

10'-4"

steel members for circulation

18'-8"

non-structural building envelope

unit 1 short term stay courtyard june 21 / 12 pm two residents / 393 sf

18'-8" 10'-0" facade elevation

5'-4" 04 non-load bearing walls

open

11'-0" 30'-0" 22'-8"

05 circ

unit 1a long term stay longitudinal section one resident / 485 sf

patio elevation

22'-4" 11'-8"

unit 1 long term stay one resident / 485 sf 5'-4" patio section

open

open

8'-6"

unit 2

N. Van Lerberghe Portfolio

open

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Mt Lemmon Outdoor Lab Summerhaven, AZ

AIA Design Excellence / Nominee

Climate + Research Center short term camp for 16 students and long term living for 2 faculty members Site

N. N. Van Van Lerberghe Lerberghe Portfolio Portfolio

The drastically sloped site sits within a residential neighborhood on Mt. Lemmon in a town called Summerhaven. The town is quaint and nestled among the tallest peaks in Tucson bringing warm summers and cold, snowy winters. There are single family homes on the lots immediately adjacent.

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lan 116 & Plan 107 / American Plywood Association 1969 aintings by Lorenzo Ghiglieri

Each precedent has inspired an aspect of Mt. Lemmon Outdoor Lab either by form, material, or function. Plan 116 nd 107 have both strongly informed the structural form f the research + learning center; both homes have an A-frame component that will work well on the steep mountain site where the center will live.

Fermi Secondary School / Turin, Italy BDR bureau

USAFA Cadet Chapel / Colorado Springs, CO, USA Skidmore, Owings & Merrill

The “most beautiful middle school in the world,” Fermi Secondary School, shows how to use color and material to create spaces that are refreshing and revitalizing.

The MLO Lab sits nestled into the mountainside within the trees where students may connect with nature while jumpstarting their sense of awareness of the surrounding environment.

Similarly oriented as the MLO Lab, the USAFA Cadet Chapel in Colorado Springs has the steep sloped A-frame form complimented by a wall of glass on the North facade.

Having no side windows and a North to South orientation, this is crucial in lighting the entire space.

Adjacencies + Access

Topographical Response

1 Indoor Multi-use 800 sf enclosed, classes / lectures / dining

2

Kitchen / Storage 300 sf

3

Office / Library 400 sf

1

3

welcome / reception, work stations

4 Live / Work Studio 800 sf

400 sf x 2 units, long-term stay

5

7

2

6

5 Outdoor Gathering 800 sf

shaded in summer / lit & usable in winter, extension of indoor space

4

6 Sleeping 1000 sf

short-term stay for 16 campers elementary to high school range

Public

7

Bathing 400 sf

Private

on a site this steep, a vertical circulation hub between all program areas eliminates need for excessive ramps

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Solar Orientation + Thermal Response

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Design Intent

The MLO Lab sits on the Northeast corner of the site where there are fewer existing trees. The design integrates the structure into the site with minimal damaging impact on existing life.

Due to the steeply sloped site, the lab embodies an A-frame form oriented on the North to South axis. Rotated 19° west of South, all consistently inhabited spaces are met by southern sun to be warmed and lit during the Winter months.

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B

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Indoor + Outdoor Gathering spring equinox / 3 pm

Observation Deck winter solstice / 5 pm

Entry winter solstice / 5 pm

Attic summer solstice / 8 am

NR v ay A e

B short term stay

NR v ay A e

v on A ucs NT e

A

short term stay

storage v on A ucs NT

reception + library

B

e

A

indoor multi-use

outdoor gathering

A

bathroom storage

B

indoor multi-use

reception + library

kitchen

outdoor gathering

A storage

B

bathroom indoor multi-use

outdoor gathering kitchen

A

bathroom

kitchen

One large A-frame provides three levels of growing square footage from top down; all programmatic spaces are situated in one form, emphasizing togetherness of this research center and camp.

Domestic spaces are kept private on the highest and lowest level where the main level houses all collective spaces. This main level acts as a datum in the project, bringing everyone together at the median level.

reception + library

A

B live + work studio

B

lower deck

live + work studio

live + work studio

lower deck

A B live + work studio live + work studio

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The MLO Lab will be a timberframed project, utilizing the strength of massive timber to accomplish an A-frame of this scale. Reclaimed wood from the surrounding area will be used for flooring and siding. All materials will be respectful to the site and will aim to emphasize the intrinsic value of the area.

24 A

Sonoran Desert Baths Tucson, AZ

AIA Design Excellence / Best in Category

Bath House + Transit Station

With Peter Zumthor’s Therme Vals as a studiowide precedent, the relationship between stereotomic mass and tectonic systems is investigated.

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“The Sonoran Desert itself has long been regarded as a destination with restorative powers through its unique combinations of sunshine, air quality, temperature, geography and ecological diversity.”

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Site

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The site is an extremely long and narrow plot of land adjacent to fields devoted to the agricultural students of the U of A. The site sits near the end of a newly proposed extension to the Sunlink streetcar track.

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The Sonoran

The Sonoran Desert Baths aims to provide a desert oasis, creating a destination and place of interest along the proposed streetcar line.

Cultures from around the world come together, immersing themselves in a Tucson experience; surrounded by what brings the desert to life: water.

B

A

8

skyl ight

0 1 2 3 4 5

In providing shade at the transit stop and near the Rillito Path, the Baths will engage the city and increase the value of the surrounding area. shade in summer + warmth in winter B

A

desert floor view

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transit stop section

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sky space

stairs + ramps

market section

ENTRANC CHANGIN EXERCISE PLUNGE P HOT TUB SAUNA /

n Desert Baths curate an experience away from the city, encouraging physical and spiritual relaxation through a range of thermal pools among the overall open-air layout.

C

D

E

1

5

7

B

6 1

2

3

4

C

D

A

5

E

LEVEL 1

CE NG ROOM / APODYTERIUM / 70° F E ROOM / PALAESTRA / 65° F POOL / FRIGIDARIUM / 46° F / CALIDARIUM / 102° F C SUDATORIUM / 120° F

4 5 6 7

HOT TUB / CALIDARIUM / 102° F SAUNA / SUDATORIUM / 120° F POOL & TERRACE / NATATIO / 78° F HELIOCAMINUS shade / 80° F

8 REFLECTIVE POOL 9 TRANSITION / TEPIDARIUM / 75° F 10 HEAT EXCHANGE / PRAEFURNIUM

D

E

B

10 A

D

E

BASEMENT

stacked cardboard mass model

N

PLANS concrete section model SCALE: 1/8” = 1’ - 0”

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C

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nova

Elliott Residence Golden, CO

Elliott Residence 2187 Elderberry Rd Golden CO 80401

Updated 4.02.2020

Patio Addition + Trash Enclosure

Site Plan

The Elliott Family asked me to produce drawings for their desired patio addition in front of their home as well as a nice solution for trash can storage on the side.

nova

A1

Elliott Residence

20'-8" 6'-8"

10'-8" 7'-0"

7'-4" 8'-0"

Notes: all existing dimensions taken during site visit, please field verify

Patio Ground Plan

22'-8" Retaining Wall - field verify grade on site - modular brick - stack bond - raked bed joint - flush head joint Patio - level with existing paver - flagstone

scale: 1/4” = 1’-0” sheet size: 11”x17”

A2

Elliott Residence 2187 Elderberry Rd Golden CO 80401

5'-8"

Updated 4.02.2020

3'-2" 3'-0"

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Updated 4.02.2020

13'-0"

The scope of work included a site visit where key measurements were obtained, plans, and sketched renderings.

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2187 Elderberry Rd Golden CO 80401

4'-0"

nova

The client had a vision for the patio including potential materials.

The patio has been completed since. My suggestion for the trash storage was to create an enclosure right off the driveway, integrated into the existing fence and gateway. A sliding gate for the trash is a space saver and is easy to operate in all weather conditions.

scale: 1/8” = 1’-0” sheet size: 11”x17”

6'-0"

2'-6"

12'-0"

Trash Storage - sliding gate allows minimal clearance needed for access to storage area - 6' tall fence & gate provide privacy for backyard

Notes: all existing dimensions taken during site visit, please field verify

Trash Storage Ground Plan

scale: 1/4” = 1’-0” sheet size: 11”x17”

A3

nova Elliott Residence 2187 Elderberry Rd Golden CO 80401

Updated 4.02.2020

Patio Concept Sketch

scale: NTS sheet size: 11”x17”

nova

A4

Elliott Residence 2187 Elderberry Rd Golden CO 80401

Trash Storage Concept Sketch

scale: NTS sheet size: 11”x17”

A5

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Updated 4.02.2020

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Barrio Oeste Tucson, AZ

REPORT COVER

SunBlock 2021

Barrio Oeste

N. Van Lerberghe Portfolio

Mixed-Use Multifamily (MM)

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THE UNIVE RS I T Y OF AR I ZONA

Barrio Oeste is a mixed-use multifamily project that my team and I designed and developed for the 2021 Solar Decathlon Design Challenge.

My biggest responsibility as Team Lead was coordinating with my team members to make sure all of the requirements were met, in addition to compiling each of our personal focus areas into one final report document. Drawings, renderings and report pages in this portfolio are produced by myself, unless otherwise noted.

Architecture Building Program Residential

Mixed Use

Total

Building 1

42,604 sf

5,026 sf

47,630 sf

Building 2

53,420 sf

1,200 sf

54,620 sf

Building 3

49,352 sf

20,500 sf

69,852 sf

Total

145,376 sf

26,726 sf

172,102 sf

Guided by community engagement, high density, and passive design strategies, the BarriO team developed the design with the listed priorities: • engage with overlooked Barrio Sin Nombre neighborhood to the West without invading by providing a route to plaza • use building form to invite foot traffic generated from the Mercado shopping center to the North • emphasize urban feel and increase responsible travel by rerouting the Sunlink streetcar through the site • celebrate the iconic Sentinel Peak and Santa Catalina mountain range by preserving NE and SW views • maximize economy of scale and efficiency by repetition of modular unit plans

circulation

Figure A.3. BUILDING PROGRAM

01

01

Residential Residential

Downtown Downtown

The Forgotten Neighborhood The Forgotten Neighborhood

Mision Garden Mision Garden

Residential

The Kroeger Lane

Residential

The Kroeger Lane

3 bed/2 bath

BarriO is a mixed use multi-family development of three buildings; in total, 18.4% is mixed use and 82.6% is residential.

Building 1 has 48 two-bedroom units and a clubhouse area that serves as a welcome center, art gallery, and is very adaptable.

Building 2 has 44 one-bedroom units, 22 twobedroom units and a cafe accessible to all.

Building 3 has 40 three-bedroom units and a large wellness center equipped with exercise equipment and large areas for workout classes. There is an attached exterior terrace with panoramic views of Sentinel Peak.

Architecture Barrio Oeste Design Development

Figure A.1. SITE ANALYSIS

2 bed/1 bath

Figure A.2. SITE PLAN

1 bed/1 bath mixed use

adaptable, paved, well-lit, accessible parking spaces

Section 01

7

Design Goals

8

Section 02

4

Architecture

8

walkway and ramp from Barrio Sin Nombre to BarriO central plaza

Building 1

9

20

Embodied Environmental Impact

22

Integrated Performance

26

Occupant Experience

29

Comfort and Environmental Quality

32

Energy Performance

Design Renderings

40

Construction Documents

54

Energy Performance

excavated plaza allows for drainage into the Santa Cruz River wash

Noëlle Van Lerberghe

Team Lead From Golden, CO, USA, Noëlle loves spending time outdoors.

She finds outdoor living to be one of the most important components of a project and will continue to incorporate her outdoor-living philosophy in the professional building industry after graduating.

Ana Astiazaran

Designer From, Hermosillo, SO, MX, Ana loves creating YouTube videos. Streaming videos requires a large amount of energy; Ana hopes to work in a large firm that applies sustainable and inclusive design strategies that provide enough clean energy to create responsibly.

Lydia Roberts

Designer From Sierra Vista, AZ, USA, Lydia’s passion is traveling the world (16 countries so far!) She believes culture and community is an important aspect while designing, and hopes to improve the built environment and how we live in it based on our regional history.

Ivette Ruy Sanchez

Designer From Caborca, SO, MX, Ivette loves visiting new places filled with positive energy. She hopes to work in a firm after school where she can design healthier building environments through light and biophilic strategies.

with R-4 windows

Figure A.7. HEAT GAIN / LOSS - HEATING PERIOD [kBtu]

with R-6 windows

R-6.2 Glazing on North Facades All windows and glazed doors in BarriO come from Reynaers Aluminum in Phoenix, Arizona. Most windows are Masterline 8 with a thermal insulation of R-4.7 and an SHGC of 0.25. These windows minimize losses while maximizing the potential for solar gain on the south facades in the winter, as seen above. On the North facades, rather than spending more on insulation or removing any windows, we have specified the Masterline 10, with an R value of 6.2 and SHGC of 0.6, in order to minimize losses while preserving views. The WUFI charts on the left show the heat gains and losses before implementation of the Masterline 10 (above) and after (below).

8

Our Team

Appendices

35

amphitheater allows local artists to flourish & bring community together with live music

site analysis map (top right) produced by Ivette Ruy Sanchez

Brick Screen Wall BarriO sits on the former site for the Tucson Pressed Brick Co. TPBCo provided adobe Engineering 12 blocks for countless buildings around Tucson and at least a dozen on the UofA campus; in order to honor the original site where the clay was dug up, BarriO’s arches Analysis Market 15 market and the patio screen walls are constructed of bricks. Screened patios create a buffer for people and plants to enjoy the outdoors comfortably; plants on18 the patios also serve as a and Resilience Durability passive cooling strategy during summer months.

35

Barrio Sin Nombre

Design Constraints Building 2

connection point between BarriO paved pathways and the Rillito River Loop bike path

Jonathan Bean

11

Faculty Advisor Originally from Chicago, IL, USA, Jonathan is a PHIUS Certified Passive House Consultant. He holds a PhD in Architecture from UC Berkeley. At the UA, he is a member in Architecture, SBE, Engineering, and Marketing.

N. Van Lerberghe Portfolio

Architecture Design Decisions

4

rerouted SunLink streetcar track loops through BarriO site

Phase 1 space for pre-fabrication of panel system for SunBlock ADUs

Table of Contents

Building 3

Downtown

Caterpillar Regional Offices

shaded walkway continues the sidewalk from the Mercado shopping center to the North

32

Market Analysis Menlo Park Neighborhood Affordability

Project Summary Barrio Oeste rejuvenates the idea of a mixed-use multifamily community. Situated just southwest of downtown Tucson, Arizona, BarriO’s community preserves and cultivates the rich history of Tucson in alignment with the adjacent Mission Garden, which preserves and exhibits the indigenous agriculture traditions that go back thousands of years in Tucson, and Barrio Sin Nombre, home to a few dozen generational family homeowners.

According to the 2018 Census Bureau and ACS 5-yr Estimate, Menlo Park has one of the lowest median household incomes compared to other neighborhoods in Pima County. The map below shows all tracts in Pima County, AZ keyed by their Median Household Income. The map on the right outlines census tract 2.00, where the majority of Menlo Park is.

Pima County Tract 02.00

Sources: US Census Bureau, 2010 Census, 2012-2016 American Community Survey TUCSON MENLO PARK Figure MA.1. RACE AND ETHNICITY Percentage of the total population, (data gathered from 2010 census) 0%

10%

20%

WHITE

30%

40%

50%

60%

Southern Arizona

20.9% 69.6%

HISPANIC 1.8%

BLACK

3.9%

ASIAN MIXED

1.1%

OTHER

2.7%

2018 Median Household Income Pima County, Arizona

The majority of households in Menlo Park are occupied by single women and men. Of the family households in the neighborhood, the majority are occupied by single mothers and their child or children under the age of 18.

Figure MA.2. HOUSEHOLD TYPES Percentage of Households

The development has three buldings consisting of three mixed use amenities open to the community and 154 dwelling units targeting young professionals, single parents and multi-generational families in the greater downtown and Menlo Park area. Unit types ranging from one to three bedrooms accommodate singles looking for reasonable housing options in the city as well as families looking for a more urban lifestyle. BarriO’s close proximity to the electric Sunlink streetcar and the Loop bike path engages the entire Tucson collective by encouraging them to travel responsibly and leave a smaller carbon footprint.

$ 11.6k - $ 33.9k

Figure MA.4. MEANS OF TRANSPORT TO WORK IN MENLO PARK

12000 10000

SINGLE FEMALE

8000

21.5%

6000 4000

5.1%

ONE-PERSON

2000

48.7%

OTHER NONFAMILY

$ 33.9k - $ 47.7k Source: 2018 American Community Survey

14000

15.8%

SINGLE MALE

$ 47.8k - $ 64.6k

$ 64.7k - $ 83.9k 16000

40%

0% MARRIED

$ 84k+

TUCSON

MENLO PARK

0

CAR

BUS

SUBWAY

RAILROAD

FERRYBOAT

BICYCLE

MOTORCYCLE

TAXICAB

WALK

9.0%

WHY IS THIS IMPORTANT? BarriO provides bike parking and encourages access to public transportation. We have designed a gravel parking lot with well-lit walkways that can be easily re-purposed in the future with lower car ownership.

West of the site, there is a barrio within Menlo Park called Barrio Sin Nombre, pictured above, which translates to “Neighborhood Without a Name.” This neighborhood is known in the community for having households passed down through several generations.

Image Source: Google Maps

TUCSON MENLO PARK Figure MA.3. FAMILY HOUSEHOLD TYPES Percentage of family households with children under the age of 18.

0% MARRIED

40%

20%

Barrio Oeste targets single women and men living solo, single parents and their children, and multi-generational families looking to spread out.

60%

7.7%

SINGLE MOMS SINGLE DADS

72.5%

15

19.8%

bar graphs produced by Ana Astiazaran

Design Constraints Timeline + Budget

Market Analysis Owner Experience + Market Readiness

Figure 4.2. TIMELINE

Performance Verification

PHIUS+ & WELL Certification

Design

Review

Barrio Oeste

Release : Year 2021

Construction

Move-In

SunBlock ADU Prefabrication on BarriO Site

Clean Up

Figure 4.2. BUDGET

Barrio Oeste Cost Estimate

Quantity Description

Unit

Material

Labor

Total

Ext. Mat.

Ext. Labor

Ext. Total

Mat. O&P

Labor O&P

Total O&P

Ext. Mat. O&P

Ext. Labor O&P

Ext. Total O&P

Site Work 270226

Excavation

B.C.Y.

$

3.12

50

Trees

Ea.

$

365.00

$

3.76

$

6.88

$

843,105.12

$ 261.00

$

626.00

$

18,250.00

$1,016,049.76

$

1,859,154.88

$

-

$

9.03

$

9.03

$

-

$

2,440,140.78

$

$

31,300.00

$

-

$

190.00

$

190.00

$

-

$

9,500.00

13,050.00

$ 2,440,140.78 $

9,500.00

Permits 0.005

Permits

Job+O&P

0.50%

$

72,696.64

0.50%

$

82,719.20

0.003

Contractor Fees

Job+O&P

0.30%

$

43,617.98

0.30%

$

49,631.52

Energy Production 2112

S.F.

$

685.00

$ 685.00

$

1,370.00

$ 1,446,720.00

$1,446,720.00

$

2,893,440.00

$

$

992.00

$

992.00

44261

Wood framing, 2" x 6" studs, 24" OC

Solar Panels

L.F.

$

8.50

$

5.10

$

13.60

$

376,218.50

$ 225,731.10

$

601,949.60

$

9.35

-

$

8.35

$

17.70

303252

Air barrier, polyethylene sheet

L.F.

$

0.15

$

0.24

$

0.39

$

45,487.80

$

72,780.48

$

118,268.28

$

0.17

$

0.40

$

241243

Gypsum wallboard

S.F.

$

0.33

$

0.29

$

0.62

$

79,610.19

$

69,960.47

$

149,570.66

$

0.36

$

0.48

$

101084

$

$

$

2,095,104.00

$ 413,840.35

-

$

369,579.35

$

$ 2,095,104.00

783,419.70

0.57

$

51,552.84

$

121,300.80

$

172,853.64

0.84

$

86,847.48

$

115,796.64

$

202,644.12

8,086.72

$

Barrio Oeste’s residential buildings offer various unit types, supplying demand for two areas of the housing spectrum (Figure MA.5.) This table categorizes different housing needs; the gap between market & affordable housing is eliminated in BarriO, showcasing an economically sustainable housing model for residents and developers. This allows for a mixture of demographics prevalent in Tucson, particularly in Menlo Park Neighborhood.

Barrio Oeste has 50% of affordable units and 50% market rate. The target rents are 16% below the average in Tucson for 1-bedroom apartments. Because the site is located in the middle of single-family Barrio Sin Nombre and Downtown, the proposal suggests a gradient of density, or “missing middle” housing.

Structure + Envelope

Vapor retarders, polyethylene vapor barrier

S.F.

$

0.08

$

0.08

$

0.16

$

8,086.72

8,086.72

$

16,173.44

$

0.08

$

0.13

$

0.21

$

$

13,140.92

378365

Sheathing, plywood

S.F.

$

0.78

$

0.39

$

1.17

$

295,124.70

$ 147,562.35

$

442,687.05

$

0.86

$

0.64

$

1.50

$ 325,393.90

$

242,153.60

$

567,547.50

88447

S.F.

$

2.72

$

0.30

$

3.02

$

240,575.84

$

26,534.10

$

267,109.94

$

2.99

$

0.50

$

3.49

$ 264,456.53

$

44,223.50

$

308,680.03

L.F.

$

2.51

$

0.67

$

3.18

$

222,001.97

$

59,259.49

$

281,261.46

$

2.77

$

1.09

$

3.86

$ 244,998.19

$

96,407.23

$

341,405.42

132670

Roof decking Wood framing, joists, 2" x 12" Wood Fiber insulation, 3" thick

0.43

$

1.07

$

84,908.80

$

57,048.10

$

141,956.90

$

0.70

$

0.71

$

$

92,869.00

$

94,195.70

$

187,064.70

188834

Wood framing, floor decking B.F.

$

1.90

$

0.56

$

2.46

$

358,784.60

$ 105,747.04

$

464,531.64

$

2.09

$

0.91

$

3.00

$ 394,663.06

$

171,838.94

$

566,502.00

2001

Curtain wall

S.F.

$

92.50

$

10.05

$

102.55

$

185,092.50

$

$

205,202.55

$

$

117.25

$

117.25

$

86,847.48

$

115,796.64

$

234,617.25

3.06

Finishes Brick, face, standard modular

M

$

625.00

$

$

625.00

$

1,912.50

$

1,912.50

$ 690.00

$

$

690.00

$

2,111.40

$

101084

Stucco

S.F.

$

1.01

$

3.50

$

4.51

$

102,094.84

$ 353,794.00

$

455,888.84

$

1.11

$

5.70

$

6.81

$ 112,203.24

$

576,178.80

$

688,382.04

188834

Hardwood flooring

S.F.

$

0.23

$

1.75

$

1.98

$

43,431.82

$ 330,459.50

$

373,891.32

$

0.25

$

2.85

$

3.10

$

47,208.50

$

538,176.90

$

585,385.40

176

Openings Windows, fiberglass singleEa. hung, 36" x 60"

$

490.00

$

32.50

$

522.50

$

86,240.00

$

5,720.00

$

91,960.00

$ 540.00

$

53.00

$

593.00

$

$

104,368.00

Hinged glass doors, 68"x80" Ea.

$

885.00

$ 219.00

$

1,104.00

$

909,780.00

$ 225,132.00

$

1,134,912.00

$ 211.00

$

1,300.00

$

1,511.00

Ea.

$10,300.00

$1,175.00

$ 11,475.00

$ 1,586,200.00

$ 180,950.00

$

1,767,150.00

$

-

$ 13,075.00

$

$ 7,700.00

$ 360.00

$

$ 1,185,800.00

$

55,440.00

$

1,241,240.00

9,015.00

$

N. Van Lerberghe Portfolio

88447

33

1028

S.F.

$

0.64

$

-

$

20,110.05

-

-

-

1.41

-

$

21,227.64

2,111.40

95,040.00

$

9,328.00

$ 216,908.00

$

1,336,400.00

$ 1,553,308.00

13,075.00

$

-

$

2,013,550.00

$ 2,013,550.00

9,015.00

HVAC 154

ERV Plumbing

154

Water Heater

Ea.

$

-

$

$

-

$

1,388,310.00

154

Kitchen Sink

Ea.

$

390.00

$ 203.00

593.00

$

31,262.00

$

91,322.00

$

-

$

735.00

$

735.00

$

-

$

113,190.00

$

154

Water Closet

Ea.

$

191.00

$ 184.00

$

375.00

$

29,414.00

$

28,336.00

$

57,750.00

$

-

$

486.00

$

486.00

$

-

$

74,844.00

$

74,844.00

154

Bath Tub

Ea.

$ 3,225.00

$ 244.00

$

3,469.00

$

496,650.00

$

37,576.00

$

534,226.00

$

-

$

3,915.00

$

3,915.00

$

-

$

602,910.00

$

602,910.00

154

Bathroom Sink

Ea.

$

$

90.50

$

186.50

$

14,784.00

$

13,937.00

$

28,721.00

$

-

$

241.00

$

241.00

$

-

$

37,114.00

$

37,114.00

96.00

$

8,060.00

60,060.00

$

$ 1,388,310.00 113,190.00

Appliances 154

Refrigerator + Freezer

Ea.

$ 1,500.00

$ 181.00

$

1,681.00

$

231,000.00

$

27,874.00

$

258,874.00

$

-

$

1,944.00

$

1,944.00

$

-

$

299,376.00

$

299,376.00

154

Dishwasher

Ea.

$

310.00

$ 263.00

$

573.00

$

47,740.00

$

40,502.00

$

88,242.00

$

-

$

730.00

$

730.00

$

-

$

112,420.00

$

112,420.00

154

Oven + Stove

Ea.

$ 4,110.00

$ 139.00

$

4,249.00

$

632,940.00

$

21,406.00

$

654,346.00

$

-

$

4,733.00

$

4,733.00

$

-

$

728,882.00

$

728,882.00

154

Dryer

Ea.

$

510.00

$ 258.00

$

768.00

$

78,540.00

$

39,732.00

$

118,272.00

$

-

$

945.00

$

945.00

$

-

$

145,530.00

$

145,530.00

154

Washer

Ea.

$

910.00

$ 181.00

$

1,091.00

$

140,140.00

$

27,874.00

$

168,014.00

$

-

$

1,269.00

$

1,269.00

$

-

$

195,426.00

$

195,426.00

$

41,232.78

Total

$ 36,909.60

$ 9,850,693.90

$4,688,634.16

$ 14,655,642.68

$2,443,026.69

$ 14,100,813.80

The surrounding community is mainly inhabited

by Hispanic and other minorities. The proposal aims to celebrate inclusion, equity, and diversity by providing new opportunities and support; BarriO’s residents worry less about spending too much on rent, and more on living a healthy life.

Tucson BarriO

average rent: affordable rent: market rate rent:

Unit Type 3 bed/2 bath 2 bed/1 bath 1 bed/1 bath

What could benefit the existing Menlo Park community?

1.

Land in Menlo Park was historically used for agriculture. Now, there is not a lot of fresh food options; a local market could fix that.

2.

The large concentration of single parents suggests a need for a daycare center or a place where there children are supervised while they work.

3.

Not only Menlo Park, but all of Tucson is known for its local artists...a gallery space for local artists can help them promote their work.

Housing Spectrum

Figure MA.5.

1

Emergency Housing

2

Transitional Housing

3

Special Need/ Permanent Supportive Housing

0% - 30% AMI Emergency and Supportive Housing

4

Affordable Rental Housing

0% - 80% AMI

5

Affordable Homeownership

6

45% - 100% AMI Non-market Housing

Attainable/Workforce Housing

60% - 120% AMI

7

Market Rental Housing

8

Market Homeownership

100% - 120% & up AMI Market Housing

How Barrio Oeste provides for the community: 1. There is land on-site designated for a community garden and area for weekly farmers markets.

2. BarriO’s Wellness Center provides kids classes and resources for all kinds of families all day and even in the evening.

3. The Welcome Center serves as shared workspace as well as a brightly lit gallery for new artists to show off their art every month.

$720 - $1200 $600 - $1500 $800 - $2000

# Affordable 20 units 30 units 22 units 72 units

# Market Rate 20 units 30 units 22 units 72 units

Young Professionals Affordable single units target older college students and emerging graduates looking to get on their feet as they enter the workforce.

Single Parents Menlo Park is among neighborhoods in the city with the highest population of single parents.

Affordable places to live on a single-salary household are needed.

Multi-Generational Families Barrio Sin Nombre is a leading example of local houses staying within the resident’s family for several generations; BarriO provides opportunities for new generations to live close to the family home, while cultivating connections to new residents.

$ 16,708,164.34

Total Cost: $16,708,164.34

4

16

Energy Performance Renewable On-site

Improving the Buildings Performance Orientation

By taking into account Norbert Lechner’s Three Tier Approach, our team implemented sustainable design strategies since Tier 1 of the design process, which includes the schematic design phase. This approach includes heat retention, rejection and avoidance. Adequate design strategies during these stages of the design can reduce the energy consumption of buildings as much as 80 percent.

N

-15°

15°

10°

30

20°

°

-30

°

30°

5°

°

-4

45

40°

-60

°

60°

07 17

08

80°

16

09 15

10 14

13

Tilted photovoltaic panels towards the sun’s altitude and azimuth angles

E

W

75°

-75°

ACCESS

06 70°

18

Longer facades face North and South, while the East and West facades have the least surface area to prevent overheating

60

°

50°

19

11

Outdoor Development

35 -1

5°

0°

0°

-15

165°

S

personal responsibilities: -165°

Winter solstice

Vegetation in outdoor development

15

Summer solstice

Vegetation in Plaza protects/shades east facade from direct sunlight Outdoor terrace serves as buffer for direct west sunlight

13

°

0°

-12

12

0°

105°

-105°

12

Figure EP.3. ORIENTATION ANALYSIS DIAGRAM

Project Summary project data, design strategies, highlights, timeline, budget Sufficient Renewable Energy Generation Architecture site plan, building program, density, design decisions In order to ensure the project generates enough renewable energy,readiness, BarriO is partcost of thebreakdown Sunblock district energy sharing.

Market Analysis affordability, owner experience, market Due to high temperatures in Tucson, the use of solar energy benefits the building in the short and long term. BarriO provides Energy Efficiency build a sketchup + WUFI model (for analyzing heating & cooling loads & demands, site & enough roof area to arrange an adequate number of photo-voltaic panels. The project’s building performance is calculated source energy) to ensure a net-positive building design from conception to completion with separate WUFI files.

Heating Demand 0.22 kBtu/ft²yr

WUFI analyses compiled by myself + Ana Astiazaran

Cooling Demand 14.65 kBtu/ft²yr

Building 2

Heating Demand 0.16 kBtu/ft²yr

Cooling Demand 14.34 kBtu/ft²yr

Building 3

Heating Demand 0.6 kBtu/ft²yr Cooling Demand 14.17 kBtu/ft²yr

Heating Load 2.55 kBtu/ft²

Cooling Load 4.38 kBtu/ft²

Heating Load 2.5 kBtu/ft²

Cooling Load 4.31 kBtu/ft²

Heating Load 1.85 kBtu/ft²

Cooling Load 3.83 kBtu/ft²

Site Energy -18.07 kBtu/ft²yr Source Energy 0 kWh/Person yr

816 PV Panels

Figure EP.4. WUFI MODEL- BUILDING 1

35

Panels oriented to the south to generate sufficient renewable energy.

Site Energy -0.78 kBtu/ft²yr

Source Energy 0 kWh/Person yr

608 PV Panels

Figure EP.5. WUFI MODEL- BUILDING 2

Site Energy -1.61 kBtu/ft²yr

Source Energy 0 kWh/Person yr

Figure EP.6. WUFI MODEL- BUILDING 3

Panels oriented to the west have peak production during the afternoon.

In reference with the duck curve graph, this peak production will accentuate the difference in electricity demand on the grid and the amount of available solar energy throughout the day.

This helps reduce stress on the grid at some times of the year.

688 PV Panels

33

N. Van Lerberghe Portfolio

Building 1

34

Rowhouse 4 Tucson, AZ

2x8 LEDGER SPLICE PER NOTE 2 SHEET S1.3

LEDGER NOTE: SIZE AND ELEVATON OF SOUTH LEDGER DETERMINED PER STRUCTURAL DETAIL 208 ON S5.1 SIZE AND ELEVATON OF EAST LEDGER DETERMINED PER STRUCTURAL DETAIL 211 ON S5.1

RH4 SOUTH WALL ELEVATION SCALE: 21" = 1'-0"

1'-4"

9

1'-4"

1'-4"

1'-4"

1'-4"

9

1'-4"

11 16 "

3'-11 58 "

8'-8"

7 58 "

11 16 "

1'-4"

1'-4"

1'-4"

4'-0 38 "

1'-4"

1'-4"

9'-0 14 " B.O. LEDGER @ GLULAM

11'-0 12 "

10'-1 14 "

1'-4"

13'-11 58 "

9 58 "

1'-4 38 "

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

1'-4"

8'-3 14 " B.O. JOIST AT GLULAM

FIRE BLOCKING UNDER 10'

2'-5 78 "

40'-5 12 " 5'-3 58 "

LEDGER NOTE: SIZE AND ELEVATON OF LEDGER DETERMINED PER STRUCTURAL DETAIL 208 ON S5.1

2'-0"

2'-5 78 "

1'-4 38 "

13'-11 58 "

2'-8"

1'-4"

1'-4

3 8"

4'-0 38 "

3'-11 58 " 3'-4"

1'-4"

1'-4"

9'-3 58 " 1'-4

3 8"

8"

GROUTED SOLID AND #4 REBAR REINFORCEMENT @ 48" O.C. UNLESS OTHERWISE NOTED

BOND BM. 3 16 "

BOND BM. 9'-8

10'-4

3 16 "

BOND BM. 3 16 "

9'-0

9'-7 12 " T.O. LEDGER @ GLULAM

9'-0 14 " B.O. LEDGER @ GLULAM

7'-10"

9'-0

3 16 "

BOND BM.

GROUTED SOLID BOND BEAM TO BE ALIGNED WITH GLULAM BEAM ON WEST WALL; B.O. GLULAM BEAM AT 7'-10"

#4 FOOTING DOWELS WDW OPENING A

WDW OPENING B

WDW OPENI

N. Van Lerberghe Portfolio

MATERIALS

35

CMU BLOCKS (QUANTITY)

LUMBER - 2x4 (CUT LENGTH)

STRUCTURAL SUPPLIES

8x8x16 STANDARD CMU . . . . . . . . . . . . . . . . 358

TOP CRIPPLES (x6) . .5",5.5",7.5",8",9",10"

#4 REBAR . . . . . . . . . . . . . . . . . . . 262 L.

8x8x8 HALF STANDARD CMU . . . . . . . . . . . . . 57

A HEADER (x3). . . . . . . . . . . . . . . . . . 2' 6"

REBAR WIRE TIES . . . . .VERIFY ON SIT

8x8x16 STANDARD BOND BEAM CMU . . . . . . 47

B HEADER (x3) . . . . . . . . . . . . . . . . . 1' 4 21"

NAILS . . . . . . . . . . . . . . . VERIFY ON SIT

8x8x8 HALF STANDARD BOND BEAM CMU . . 15

4 21"

B TOP PLATE x2 . . . . . . . . . . . . . . . . 1'

C HEADER (x3) . . . . . . . . . . . . . . . . . 4' 0 21" C TOP PLATE x2 . . . . . . . . . . . . . . . . 4' 0 21"

Design Build

3/4" ANCHOR BOLTS @ 48" OC

7'-10" B.O. GLULAM BEAM

MUST BE LOCATED NO LESS THAN 6" AND NO MORE THAN 1'-4" FROM LEDGER END OR SPLICE

1'-3 58 "

During the second semester of my fourth year, I learned alongside about 25 classmates how to build two rowhouses. Rowhouse 4 (of 5 planned) was designed by a group of students the previous semester, and handed off to us to build. Before work on site began, I was responsible for shop drawings of the South wall.

Once construction began, I worked on a team of 3 primarily in the materials lab where we fabricated 4 interior and 4 exterior window boxes, 2 horizontal and 5 vertical mullions made of steel.

7 58 "

B.O. LEDGER @ EAST CMU WALL

1'-6"

11'-0 34 " T.O. LEDGER @ EAST CMU WALL

3 16 "

11'-0

10'-5

1 2"

8'-0" WDW HDR

BOND BM.

GROUTED SOLID BOND BEAM TO BE ALIGNED WITH BOND BEAM ON EAST WALL 2x8 LEDGER (L3) USED ON SOUTH WALL - SEE LEDGER SCHEDULE ON SHEET S1.3

NOTE: ALL VERTICAL DIMENSIONS TO B.O. BOND BEAM ARE MEASURED FROM T.O. SLAB TO C.L. OF REBAR ARC410F_2021F_ASSIGNMENT01_VAN LERBERGHE_N UNLESS OTHERWISE NOTED

ING C

.F.

SOUTH WALL . . Noëlle Van Lerberghe

TE

EAST WALL . . . . . . . . Josh LaComare

TE

WEST WALL . . . . . . . . Riley DeSpain WDW OPENINGS . . . Daniel Cazarez ROOF FLASHING . . . . . . Rafael Taiar

ARC410F_2021F_ASSIGNMENT01_VAN LERBERGHE_N

N. Van Lerberghe Portfolio

RELATED CONTACTS

36

N. Van Lerberghe Portfolio

thank you

Noëlle Van Lerberghe noellevdesign@gmail.com 720.626.3006