GENIUS LOCI Andrew Broderick, LEED AP Urban Planning and Design Portfolio April 2012
TABLE OF CONTENTS
01
Professional Work 01 Travis County Central Campus Master Plan Broaddus Planning Austin, TX
05
03 Texas State University Campus Master Plan Update
EN ARD RD NG A RAI ULEV BO
Broaddus Planning San Marcos, TX
“Character is determined by how things are, and gives our investigation basis in the concrete phenomena of our everday life world…the concept of genius loci denotes the essence of place.”
04 University of Houston New Football Stadium Scope Development Plan
H WIT NCH E ELL E W ION TR E R T RAT FILT G E STIN EXI ER LIN SEW
13 Sec
tio
Broaddus Planning Houston, TX
eet Department of Homeland 05 StrU.S. Security Campus
ial erc
m
m : Co nA
Perkins + Will Washington, D.C.
07 Tsingdao Beer City Competition Entry Perkins + Will Qing Dao, PRC
09 Bank of America Tower 15
-Christian Norberg-Schulz in The Phenomenon of Place
Perkins + Will Charlotte, NC
Academic Work 13
Zocalo Verde Hines Competition Entry San Diego, CA
15
Wicker Park Bucktown Green Infrastructure Guide Masters Degree Professional Project Chicago, IL
17
Geographic Information System Maps Introduction to GIS Course Detroit, MI
Professional Work “Cities are humanity’s hothouses, where human potential develops to its fullest pitch of excellence and variety.” -Myron Magnet, former editor of the City Journal
TRAVIS COUNTY CENTRAL CAMPUS - 2035 Downtown Austin, TX
Travis County Central Campus Study November 2011 Broaddus Planning | Ricci Greene Associates | WHJA
POTENTIAL DEVELOPMENT (separate building from CFCH)
CIVIL AND FAMILY COURTHOUSE Future urban rail line (links to commuter rail line)
Republic Square
Ten-minute walk range from HMS Courthouse (0.4 miles)
700 LAVACA BUILDING
5th St
reet
6th St
reet
LAVACA PARKING GARAGE
7th St
reet
Future bus-priority-transit route along Guadalupe and Lavaca
C
on
gr
es
s
Five-minute walk range from HMS Courthouse (0.2 miles) 8th St
RUSK BUILDING
reet
ol o
ra
d
o
CENTRAL BOOKING BUILDING WITH UNDERGROUND PARKING
va
9th
La
et
da ua
GRANGER BUILDING
G
State Capitol Grounds
HEMAN MARION SWEATT COURTHOUSE Stre
CRIMINAL JUSTICE CENTER EXPANSION
lu pe
BLOCK 126 OFFICE BUILDING, RETAIL BUILDING, PUBLIC PLAZA, UNDERGROUND PARKING
ca
C
Wooldridge Square
Woodmansee Plaza
Stre
et
BRIZENDINE HOUSE
Broaddus Planning Austin, Texas (2009-2012) 1
nde
Gra
Rio
n
Travis County, which includes the city of Austin, is one of the fastest growingCENTRAL counties PLANT in the nation, and it is experienc11th Stre et ing growth management issues at its Central Campus in downtown Austin. Broaddus Planning was hired to create a two-part Facilities Master Plan to guide campus expansion in order to meet the needs of a growing population through 12t 2035. Part One assessed the campus’ facility conditions, space needs, and staffing projections. Part Two generated a hS tre et facility expansion plan, phasing plan, urban design recommendations, and cost estimate. The final plan was presented to and approved by the Commissioners Court in November 2011. Sa
Travis County Central Campus Master Plan
An
to
nio
Nu ec e
s
GRANGER PARKING GARAGE
BLACKWELL THURMAN CRIMINAL JUSTICE CENTER 10th
Genius Loci | Broderick Portfolio
TRAVIS COUNTY CENTRAL CAMPUS IN 2035 | IMAGE PROVIDED FOR TRAVIS COUNTY BY BROADDUS PLANNING | November 22, 2011
SITE PLAN (at left) The site plan of Central Campus in 2025 (left) shows the County buildings in orange, parking garages in light yellow. The campus is anchored by two historic city squares, Wooldridge in the center and Republic to the south.
CAMPUS IN 2012
County Building County Parking Garage
PHASING AERIAL DIAGRAMS (at right)
CAMPUS IN 2015
The project phasing aerial diagrams (right) show campus building improvements for the 2015 and 2025 planning windows. Red buildings indicate new construction, orange buildings indicate renovation, tan buildings are unchanged, and dark brown buildings are vacated. New Construction
CAMPUS IN 2025
Renovation Other Campus Building Disposition
My work: Aerial Renderings, Site Plan, Aerial Phasing Diagrams (SketchUp, AutoCAD, Adobe Illustrator, Adobe Photoshop). 0’
200’
400’
TRAVIS COUNTY CENTRAL CAMPUS SITE PLAN (2025)
2
EXISTING CAMPUS PLAN (2011)
Texas State University Texas State Land UseUniversity (2010) Land Use (2010) 12
10
16
32
5
25
12
10
16
32
5
25
0% 0%
80%
100%
20% Building Footprint
20%
40%
40% 60% 80% Roads and Sidewalks Parking
60%
100%
Building Footprint Green Space
Roads and Sidewalks Aquarena Parking Springs Water
Green Space
Water
Aquarena Springs
Texas State University Texas Land State Use University Future (2025) Future Land Use (2025) UPDATED CAMPUS MASTER PLAN (2015) 0% 0%
18
9
6
37
5
25
18
9
6
37
5
25 80%
100%
20% Building Footprint
20%
40%
40% 60% 80% Roads and Sidewalks Parking
60%
100%
Building Footprint Green Space
Roads and Sidewalks Aquarena Parking Springs Water
Green Space
Water
Aquarena Springs
The comparison between the existing campus site plan (upper left) and the future site plan (lower left) highlights several new building projects (indicated in red) and the transition of surface parking lots to green space. The land use bar charts (above) reflect the grey-to-green landscape concept.
My work: site plan drawing (AutoCAD, Adobe CS), bar charts (Microsoft Excel), portions of written report Not my work: conceptual site design (design by Chris Rice, Director of Planning, Broaddus Planning)
Texas State University Campus Master Plan Update Broaddus Planning San Marcos, Texas (2011) 3
Texas State University-San Marcos hired Broaddus Planning to do a 5-year update to its 10-year campus master plan, in 2011. The growing public university of 34,000 students completed 67% of the projects identified in the original campus master plan, but wanted to add new projects and explore new campus issues that arose in the past five years. Broaddus Planning organized the Plan Update around five main themes: parking and transportation, sustainability, athletics and student recreation, housing, and utilities. One key outcome is for the university to adopt a “grey-to-green� land use policy, converting parking lots to green space or green buildings (see bar charts above).
Genius Loci | Broderick Portfolio
FOOTBALL STADIUM SITE PLAN DIAGRAM
FOOTBALL STADIUM CONCEPTUAL SITE PLAN
The site plan diagram (left) illustrated the extent of work for the University of Houston’s new football stadium. This diagram labeled each programmatic zone and listed the area of each zone. This information was used to align the programmatic needs of the client to the realities of the site and cost estimate. The preliminary conceptual site plan of the new football stadium factoring in the site and facility program information (above). My work: site plan diagram (AutoCAD, Adobe CS) Not my work: conceptual site plan (for reference)
University of Houston New Football Stadium Scope Development Plan Broaddus Planning Houston, Texas (2012)
With the University of Houston’s (UH) recent acceptance into the Big East Conference and an antiquated existing stadium, UH hired Broaddus Planning to complete a facility program, site master plan, and cost estimate for a new, 40,000 seat, state-of-the-art football stadium on the site of the existing stadium. The project involved user group input to craft a detailed space program and steering committee feedback meetings to form the overall scope development document. The document will serve as the baseline guide for the future Architect/Engineering team and the Construction Manager At-Risk. 4
Final Renderings by Adam Freise, Perkins + Will
U.S. Department of Homeland Security Campus Perkins + Will (Chicago office) Washington, D.C. (2006-2007) 5
The General Services Administration (GSA) asked Perkins + Will’s Ralph Johnson to design a conceptual masterplan for a new U.S. Department of Homeland Security campus on the existing St. Elizabeth’s Medical Campus, which is a historic campus south of the Anacostia River in Washington, D.C. The 4.5 million square feet of new and renovated space was thoughtfully integrated into the historic campus while still establishing a new identity for the Department.
Genius Loci | Broderick Portfolio The aerial perspective of the Pavilion Site with the view toward the National Mall (left). The overall site plan with five building sites including the serpentine U.S. Coast Guard Headquarters building (right) with the red circle indicating the location of a protected Bald Eagle nest. The site section/elevation of the pavilion site (below).
CAMPUS SITE PLAN
My work: parts of 3D model (Autodesk); parts of site plan and entire section (AutoCAD + Adobe CS). Not my work: concept design (Ralph Johnson); final 3D rendering; parts of site plan.
CAMPUS ELEVATION
6
Final Renderings by Crystal Graphics through Perkins + Will
Tsingdao Beer City
Perkins + Will (Chicago office) Qing Dao, People’s Republic of China (2008) 7
The Tsingdao Beer City masterplan urban design competition was for a corporate and event headquarters for Tsingtao Brewing Company. This imaginative competition entry interweaves outdoor event space with indoor mixed-use program including retail, condominiums, hotel, and office components. The largest tower, the corporate center, is approximately the size of the John Hancock Tower in Chicago. The sculptural qualities of the towers evoke a Chinese landscape painting.
My work: parts of 3D model (SketchUp); parts of site plan (AutoCAD + Adobe CS); exploded axon diagram (Adobe CS); study models (physical)
Genius Loci | Broderick Portfolio Not my work: concept design (Ralph Johnson); parts of site plan (Michelle Malecha, Perkins +Will)
Towers Mountains
Undulating Roof Garden Lily Ponds
Beer Plaza Water Fountains
Perimeter Green Landscape at Grade
The aerial perspective of the entire development with the view toward the central festival space and beer hall (opposite page); traditional Chinese Landscape painting and photo of physical study model (above); exploded axon diagram explaining layers of development as analogous to a Chinese Garden (above); final site plan (right). 8
Final Renderings by Adam Freise, Perkins + Will
Bank of America Tower
Perkins + Will (Chicago office) Charlotte, NC (2006 - 2007) 9
Aerial rendering of new tower (far left); interior rendering of Winter Garden (top right); construction photo of sixth-floor green roof and Winter Garden skylight (middle right) and main stairway in Winter Garden (lower right)
The Bank of America Tower is a 30-floor office tower in Charlotte’s downtown financial center. It features three major interior green spaces: first floor garden plaza, central winter garden, and stacked triple-height sky gardens. The shorter tower is the Ritz Carleton Hotel, designed by another architecture firm. A sky-bridge connects across the street to the existing Cesar Pelli designed Corporate Center. Tenants moved into the tower in January 2011. The project is achieved LEED-Silver Certification.
Genius Loci | Broderick Portfolio
EXTERIOR TERRACE Level 30
EXTERIOR TERRACE Level 30
Level 27
Level 26
Interior rendering of a Sky Garden with a view towards the Corporate Center (top); axonometric diagram of West Sky Gardens with a varied pattern of protruding “sky boxes� on interim levels (right). The main floor site plan connecting public spaces and showing the connection with the existing Corporate Center Tower and interior garden at the top and the new tower on the bottom (far right).
Level 23
Level 20
My work: parts of 3D model (Revit); site plan (AutoCAD + Adobe CS); sky garden diagram (AutoCAD + Adobe CS).
Level 17
Not my work: concept design (Ralph Johnson); final 3D renderings; construction photos (taken by Dan Figatner, Perkins + Will)
Level 14
Level 11
Level 08
WEST SKY GARDEN
NORTH SKY GARDEN 10
Academic Work “Each generation writes its own biography in the cities it creates.� -Lewis Mumford, The Culture of Cities
Aerial perspective of new urban development adjacent to downtown San Diego (left); view of central park (inset left); two block typology drawings (above): the mixed-use courtyard allowing for direct sunlight penetration and the dynamic view-directing tower with a base, middle, and top.
Project Team Members:
Final Renderings by Ville Rikkonen
Zocalo Verde
2010 Hines Competition San Diego, CA (2010) 13
This multi-disciplinary group competition called for a comprehensive urban design and real estate development scheme for a complex area of central San Diego that is in need of an identity. Our team created an urban greenway featuring a central gathering place (Zocalo), and utilized two block-level typologies - the dynamic tower that frames views and the urban courtyard, which permits daylight into the center of the block. Our greenway is shaped by the active fault lines that prohibit substantial building.
Kristin Baja Andrew Broderick Theresa Broderick Ville Rikkonen Zach Robin Prof. Maria Arquero (advisor) My work: design contributor; parts of 3D model (Autodesk); site plan (AutoCAD); diagrams (Adobe CS). Not my work: final 3D renderings (StudioMax).
Genius Loci | Broderick Portfolio
existing block (not part of project)
Final Renderings by Ville Rikkonen
existing block (not part of project)
Balboa Park
Cortez Hill City College
Zocalo Square Extended Civic Core
Golden Hill Zocalo Verde
Gaslamp
existing substation
Wellness E.ast Village Art District
Logan Heights
Ball Park Industrial Tech District
Bird’s eye rendering of Zocalo (above); neighborhood district diagram showing Zocalo at center (below); rendered site plan showing greenway system along fault line, building footprints, and streetscape detail (right). 14
GREEN ROOF (extensive)
GR
EE
N
AL
LE
Y
RAIN GARDEN
POROUS CONCRETE GANGWAY
PERVIOUS PAVERS
Two types of mixed-use buildings in the neighborhood (above); building typology isometric drawing of large mixed-use building (left); commercial street plan and section showing green infrastructure elements (opposite page).
TREE WELLS (lowered 8� from sidwalk edge) BIOSWALE PARKWAY (see Typology 6: Residential Street for more detail) 0 ft
12.5
EE
T
RAIN CISTERN IN BASEMENT (Type C potential future option as part of greywater system)
25
Wicker Park Bucktown Green Infrastructure Guide Masters Degree Capstone Chicago, IL (2010 - 2011) 15
ST R
Aiming to improve livability and attractiveness of the Wicker Park Bucktown (WPB) Neighborhood, this project seeks to enhance environmental sustainability measures for community improvement by creating a neighborhood specific planning and design tool for effective stormwater management. The 87-page guide includes building typology illustrations to demonstrate how green infrastructure elements such as bioswales and pervious pavement might be applied to buildings or streets commonly found in the neighborhood. The guide also includes a development checklist, incentive and implementation strategies, water management policy advocacy suggestions, and a resource section. The guide is the product of a six-month long planning process, which emphasized community and technical input from multiple stakeholders and experts.
Project Client: Wicker Park Bucktown Special Service Area #33 Academic Advisor: Prof. Larissa Larsen My work: all drawings (AutoCAD, Adobe CS) and writing of 87-page document.
Genius Loci | Broderick Portfolio
RAIN GARDEN BOULEVARD
CONVENTIONAL ASPHALT DRIVELANES (impervious) INTERLOCKING POROUS CONCRETE PAVERS IN PARKING LANE
TREE WELL WITH FILTRATION TRENCH
RAIN GARDEN BOULEVARD
EXISTING SEWER LINE
A TREE WELL
Section A: Commercial Street
CONNECTING TROUGH WITH GRATE
Portland, OR
PERMEABLE PAVERS BIKE LANE VEGETATED BIOSWALE CURB BUMP-OUT
After Before
Image Source: Kevin Robert Perry (all images) 0 ft
8
16
Existing parkway condition on Moffit St. in WPB (above); parkway bioswale in Portland (below). 16
POPULATION DENSITY IN WAYNE COUNTY INCLUDING DETROIT BY CENSUS TRACT (2000)
Geographic Information Systems Maps Introduction to GIS Detroit, MI (2010) 17
Applying data to a spatial map to inform a viewer of certain themes is the main objective of geographic information systems. Census data for Wayne County and Detroit, MI, where used in my final project for the Introduction to GIS course to produce thematic maps that reveal patterns that would not otherwise be noticed in tables and charts.
My work: all drawings (ArchGIS 9.3) All census data from U.S. Census Bureau; all geographic information from ESRI.
Genius Loci | Broderick Portfolio
Access to Shopping Centers in City of Detroit, Michigan (2000)
ACCESS TO SHOPPING CENTERS IN DETROIT, MICHIGAN (2000)
Geographic Unit: Census Tract
Detroit River
Âą 0
1
2
4 Miles
Prepared by Andrew J. Broderick December 17, 2010
Legend Detroit Shopping Centers Neighborhood Shopping Center Single Stand Alone Retail Building Community Shopping Center Regional Shopping Center Super-Regional Shopping Center Major Road
Data sources: 1) U.S. Census 2000 retreved online December 6, 2010 from U.S. Census Bureau TIGER system http://www.census.gov/geo/www/tiger/ 2) Shopping center data courtesy Lan Deng (on file with creator)
Low Shopping Access - not within Walking Distance (census tract) 1.5 Mile Buffer Around Shopping Centers High Shopping Access within Walking Distance (census tract) City of Detroit Boundary
Note: shopping accesibility is defined as being within 1.5 miles of shopping center 18