andrew coenen m. arch
portfolio 2012
andrew coenen 603 Avante Ct Lafayette, CO 80026 p: (815) 520-5071 e: andrew.m.coenen@gmail.com
EDUCATION
AWARDS/ HONORS
University of Wisconsin - Milwaukee Master of Architecture - Certificate in Ecological & Sustainable Design GPA: 3.797 / 4.0
2010 - 2012
University of Illinois - Urbana/Champaign Bachelor of Science in Architectural Studies GPA: 3.69 / 4.0
2007 - 2010
UWM Institute for Ecological Design - Milwaukee Inner Harbor Exhibit Jury Selection - 1st Place Thesis Project - The Foundry: A Stadium for Milwaukee’s Inner Harbor May 2012 ACSA/AISC Steel Design Student Competition Open (Category II) - Honorable Mention July 2012 UWM Chancellor’s Award Scholarship 2010 - 2011 University of Illinois - Earl Prize Jury Selection - 1st Place Junior Level Project - Fall 2008 Nominee - Spring / Fall 2009 University of Illinois Dean’s List Spring / Fall 2008 Gargoyle Architecture Honor Society
EXPERIENCE
SKILLS
REFERENCES
UWM Solar Decathlon House - Renovation Milwaukee, WI Worked with students and faculty advisors to renovate the badly water damaged UWM Solar Decathlon House which was converted to a conference room/office on campus. Helped design/build surrounding deck skirt, benches, railing, and planters. Rebuilt leaking roof, removed damaged interior, and designed the layout for the custom flooring system.
May - Aug 2011
SE/Coady Architects [internship] www.secoady-architects.com Rockford, IL Worked full time as a summer intern. Performed office duties and assisted in the creation of design development drawings and construction documents. Worked with clients to create early design schemes for home remodel projects.
May - Aug 2009
Hagney Architects [internship] www.hagneyarchitects.com Rockford, IL Worked full time as a summer intern. Performed office duties and assisted in the creation of design development drawings and construction documents.
May - Aug 2007
AutoCAD
Autodesk Revit
Google SketchUp
Microsoft Office
Adobe Illustrator
Adobe Photoshop
Adobe InDesign
Drafting/Model Making
Available upon request
graduate UWM 2010-2012
Kenilworth Fine Arts Center
01
01
Cartesia Freshwater Gallery
02
09
The Foundry Stadium
03
15
Crossing the Line
04
29
Solar House Renovation
05
31
Entertainment Center
06
32
experience / projects
Kenilworth Fine Arts Center Milwaukee, Wisconsin 2010
University of Wisconsin - Milwaukee: Prof. Jim Shields
01
The University of Wisconsin-Milwaukee Peck School of Fine Arts has continued to grow in recent years and has expanded beyond the bounds of the main campus. Across the street from the large Kenilworth arts building is a registered historic building and a potential site for further expansion of the Fine Arts program. The main gallery and library for the Peck School of Fine Arts is currently located nearly a mile away from the large arts facility and inconvenient for student use. This design for a future Kenilworth Fine Arts Center incorporates a large gallery space for school exhibits as well as a Fine Arts library. The project goal was to create a modern addition to the existing historic building that renovates the historic structures, and incorporates the following uses: classrooms, offices, cafe, library and supporting spaces, and art gallery.
RT HA VE
PE CT
AV E
.
.
OS
WO
PR
KE NIL
east side site
03
upper level
main level
lower level
04 The deisgn of the new structure is a detached building that instead of attaching to the historic structure, stands next to it and acts as an aperture that frames the historic facade and then turns back outward towards the street. The spaces are all linked together with a series of ramps leading upward into the gallery and downward into the library. architecture
building use CHANNEL GLASS CONCRETE COLUMN BEYOND SILICONE SEALANT CHANNEL GLASS RECEIVER BACKER ROD/SEALANT METAL FLASHING
ACRYLIC ELASTOMERIC COATING (WHITE)
GROUND/SEALED CONCRETE FLOOR RADIANT FLOOR HEATING
EXT. GYP. BOARD HAT CHANNEL CONCRETE WALL
C.I.P. CONCRETE CONCRETE SIDEWALK WATERPROOFING MEMBRANE 3” RIGID INSULLATION GRAVEL BACKFILL
HANGER WIRE UNIVERSAL CARRIER HUNTER DOUGLAS LINEAR BOX CEILING
CONCRETE COLUMN CHANNEL GLASS
ALLUM. MOUNTING BRACKET FIBER CEMENT CLADDING EXPOSED RIVET FASTENER GRAVEL BACKFILL AT WALL BASE
BACKER ROD/SEALANT RUBBER GASKET GRAVEL BACKFILL AT WALL BASE
An important portion of the studio was the creation of a series of construction documents with the projects. A number of detailed plans, sections, elevations, and details were drawn and layed out into annotaed sheets.
C.I.P. CONCRETE FOOTING WATERPROOFING MEMBRANE 3” RIGID INSULLATION GRAVEL BACKFILL
WOOD BLOCKING 1/2” GYP. WALL BOARD
ALUMINUM CORNER BRACKET EXPOSED RIVET FASTENER FIBER CEMETN CLADDING CONCRETE COLUMN 3” RIGID INSULLATION
CHANNEL GLASS RECEIVER CHANNEL GLASS BACKER ROD/SEALANT RUBBER GASKET DRAINAGE PIPE
2X6 STEEL STUDS @ 16” O.C. EXP. FOAM INSULATION
5/8” GYP. WALL BOARD 1/2” PLYWOOD SHEATHING DOUBLE STUD EXP. FOAM INSULLATION 1/2” EXT. GYP. BOARD 3” RIGID INSULLATION FIBER CEMENT CLADDING
1/2” EXT. GYP SHEATHING
2X6 STEEL STUDS @ 24” O.C. 1/2” PLYWOOD SHEATHING 5/8” GYP. WALL BOARD SILICONE SEALANT ALLUMINUM MOUNTING BRACKET EXPOSED RIVET FASTENER ALUMINUM CORNER BRACKET
1 A4.0
LED LIGHTING 1” LAMINATED VENEER LUMBER WOOD JOINING BISCUIT 2” LAMINATED VENEER LUMBER
TOP OF BUILDING 131’-9”
ELECTRICAL/ETHERNET OUTLET WIRE CHASE
5/8 EXIST. PLASTER TERRA COTTA RELIEF PANEL 5/8” PLASTER HOPE’S LANDMARK STEEL MULLION 3/4” DOUBLE PANE GLASS
TRANSLUCENT FILM ON SURFACE #3,
TERRA COTTA PILASTER BEYOND
This exercise in creating construction details and drawing sets proved to be a very beneficial step of the project that helped to create a design scenario that helped prepare me for a project done in an architectural office.
STEEL MUNTIN
75% DOT SCREEN CERAMIC FRIT ON SURFACE #2
CONCRETE COLUMN 1/2” PLYWOOD SHEATHING FIBER-CEMENT PANEL EXPOSED SCREW FASTENER 5/16” REVEAL 2x4 BLOCKING CHANNEL GLASS RECEIVER CHANNEL GLASS BACKER ROD/SEALANT GASKET
2 A4.0
NEW TENNESSEE MARBLE SILL (MATCH EXISTING) TERRA COTTA PANEL 8” TERRA COTTA BACKUP 5/8” EXISTING PLASTER
GALLERY LEVEL 110’-0”
LOBBY LEVEL 100’-0” 4 A4.0
READING ROOM 97’-6”
BOT. OF UP. FOOTING 92’-6”
construction documents
gallery entry
05
west elevation
east elevation
longitudinal section
cross section
06
exploded axon
07
library desk detail
model pictures
channel glass window detail
08
library/gallery section
library
09
Cartesia Freshwater Gallery Milwaukee, Wisconsin 2011
University of Wisconsin-Milwaukee: Profs Gil Snyder, Jim Dicker
02
Honorable Mention: 2011-2012 ACSA/AISC Steel Design Student Competition Project Partner: Connor Fischer This project was done as part of the UWM BIM studio, in partnership with Autodesk and Eppstein Uhen Architects in Milwaukee. It focused on developing the Reed Street Yards in Milwaukee, a former rail yard, and potential site of a freshwater research campus to make Milwaukee a world leader in freshwater research and industry. In conjunction with the design studio, students partook in a REVIT training class with a REVIT professional and several representatives from Autodesk in order to learn the fundamentals of BIM, its power as a design tool, and its importance in the future of the profession. All final images and 3d modeling was produced in REVIT. Students designed specific bulidings in groups as part of a larger campus master plan. The Cartesia Freshwater Gallery served as a central gathering space with a large lobby and passage through to the river on the north end of the site. A simple office bar is penetrated by a large gallery space creating movement towards the river and provided a large multipurpose space to hold events and display work and research being done by those in the freshwater research campus.
10
11 gallery plan
gallery end
12 gallery interior
lobby/entry
13
uilding
tion w/ b
intersec
glass
steel beam
steel truss
glass
s
light baffles
glass
glass
underside
of gallery
s
buil
ding
foo tpri
nt
column
structure diagram
14 gallery end
gallery section
intersection w/ building
gallery
east entry /riverwalk
1st & Greenfield
site selection
This vacant 16 acre site, at the intersection of First and Greenfield Streets, is dominated by the 9 story sheer face of Rockwell Automation’s headquarters. This site is a highly visible location on 1st Ave. and redevelopmnet will create critical momentum and set the tone for the district’s revival. Its development is also necessary in order to act as a “gateway” into the Solvay Coke site and the UWM School of Fresh Water Science located on the other side of the railroad tracks.
The Foundry: A Stadium for Milwaukee’s Inner Harbor
Milwaukee, Wisconsin 2012 - UWM Graduate Thesis Project Advisors: Jim Wasley, Mike Utzinger, Greg Thomson
03
Site Goals Modern stadiums are typically placed in a suburban location surrounded by a sea of parking. This proposal for an Inner Harbor Stadium seeks to address key issues to create a succesful urban stadium that brings life and growth to Milwaukee's near south side. - Proximity to city center, near commercial, residential, and industrial areas is key - Connections to various transit options - Walkability from surrounding neighborhoods and connection to Milwaukee Riverwalk
Program Without diverse programmatic elements, an MLS-specific stadium may host only 30 events per year, and sit inactive for a majority of the year. In order to sustain activity on site and promote economic growth this proposal incorporates: - 20,000 seat stadium with concert stage - 110,550 ft2 - office space - 17,720 ft2 - ground floor retail - public fitness/indoor soccer center - outdoor/indoor professional training facilities - professional team administrative offices
17 city connections
milwaukee riverwalk
Bradley Center
Existing Milwaukee Riverwalk
Summerfest
Marquette
MSOE
UWM
Valley Fields
Miller Park
Proposed Riverwalk Extension
Stadium Stadium
intesrtate connections I - 43
water connections
I - 794 I - 94
Possible Water Taxi
Stadium
I - 43
Stadium
predominantly residential areas
rail connections - amtrak
Milwaukee Intermodal Station
parking availability Parking Availability
rail connections - KRM commuter line
B
A
Rockwell Parking Structure =
Milwaukee Intermodal Station
1/4 ile
m = 00
2,8 rs
ca
Proposed KRM Commuter Stop
1/2 m ile =
Stadium
1,300
s 2 mile
e 1 mil
Stadium
Stadium
00
5,8 rs
ca
3/4 ile
m = 00
9,8 rs
ca
18 18 existing buildings on site
buildings remaining on site
cut removed from site
fill used on site
site context
19 community fitness center
office/retail
indoor training/ indoor soccer fields
training field riverwalk east entry
south entry
south plaza bicycle parking
stadium campus
La
min
ate
dP
Can
opy
Canopy
ho
tov
olt
Stru
cture
aic
Ca
no
py
/ Ro
of
Trusses
LED Video Board
Upper Level
Upper
Level
urse
nco
l Co
eve
er L
Upp
Seating
Bowl
ors
Office Flo
ss
Gla
Gla
ss
Po
lyc
arb
on
ate
Sc
ree
n
er
G
ar
de
n
structure diagram
s
mn
olu
eC
Offic Be
Sea
ting
/ Ro
of S
truc
ture
re
ctu
tru
rS
te
Ou
20 20
Office/Retail bar along 1st St. Placement masks the stadium and creates an active streetscsape and a more urbanistic response.
main south entry Commercial space on the ground floor is revealed and made more transparent. All office functions are placed on the upper floors.
The ends of the office bars are opened.
stadium interior
Large entry portals are punched through the bulidng to provide views and entrance into the stadium.
training facility
The "skin" of the office facade is peeled upwards to create bridges and even more visibility through the buliding to reveal the stadium beyond.
east entry from train tracks
21
lower level
ground level
fitness center
mech./storage
tunnel/circulation stairs stage stage
team support locker rooms
parking/loading
team benches
seats
lower level program
suites
office lobby retail
food/services stairs
team benches
seats
ground level program
concourse
restroom
22
2nd level
4th level
fitness center/ indoor training practice field stairs office
office stairs
broadcast boxes team office
concourse
seats
team office
seats food/services
restroom
2nd level program
4th level program
23 indoor soccer field
fitness/community
center
parking
training facility / riverwalk section
stadium/training/parking section
cross section - south
prof. indoor tr aini
ng field
field irrigation cistern
24
professional training field
riverwalk
wetland
25
east elevation
north elevation
south elevation
west elevation
26
27 PV Production Practice Facility Array: Area= 40,500 ft2 Angle= 25째 Opacity = 100% Energy= 729,000 kWh/yr
Stadium Canopy Laminated PV Array: Area= 121,500 ft2 Angle= 4째 Opacity = 60% Energy= 1,129,913 kWh/yr
"Porch" Canopy Laminated PV Array: Area= 14,780 ft2 Angle= 0째 Opacity = 60% Energy= 141,917 kWh/yr
On-site Water Management
irrigation 150,00 cistern 0 gal.
pollute w ater throug remediadtin h g wetland
gra y to t wate oile r ts
irr
iga tio
n
rain water
cistern rech arge excess wat er
hard scap e run datio off n de -wat ering
foun
clean wat er to harbor
28 Energy Demands Fitness/Practice/Parking: Area= 134,115 ft2 Energy= 1,265,850 kWh/yr
Practice Lights:
Number= 40 Energy= 7,680 kWh/yr
Office:
Area= 128,270 ft2 Energy= 1,539,240 kWh/yr
training field/riverwalk
Stadium Lights:
Number= 320 Energy= 69,120 kWh/yr
LED Signage:
Area= 5,490 ft2 Energy= 146,250 kWh/yr
Stadium
Area= 346,120 ft2 Energy= 2,349,480 kWh/yr
southeast corner
Energy by PV: 37%
Energy Demands = 5,377,624 kWh/yr PV Production = 2,000,830 kWh/yr
Site PV Coverage: 11% Site Area = 655,145 ft2 PV Area = 72,898 ft2
1st st. entrances
100% Stormwater Managment On Site 100% Irrigation Provided by Rainfall
83% from roof catchment supplemented by circulating wetland feature
community/fitness center
Crossing the Line Milwaukee, WI 2011 UWM: Prof. Jim Wasley / Herbert Dreiseitl
04
boathouse
existing site
riverwalk path
aquaponics center
UWM School of Freshwater Science
road network rki
pa ng
school office/research res. hall docks/canals
ub
al tri us or at
ind
inc existing dock wall
office/research office
harbor inlets
stormwater
modified dock wall The Urban Edge Studio was a sponsored course that collaborated with renowned planner, artist, and urban hydrologist Herbert Dreiseitl. This site in Milwaukee’s Inner Harbor is highly contaminated and used for the storage of coal. The theme of water is dominant on site with the new School of Freshwater Science being built and the hope that this area can be an innovative development that makes Milwaukee the leader in water technologies research and manufacturing. In keeping with this theme, this plan seeks to emphasize water and create a unified scheme for a variety of uses. All stormwater is managed on site in an interconnected network of linear gardens that collect, transport, and clean the water before it is released back into the harbor. Two early ideas helped drive the genesis of this design. First was the exploration and manipulation of the currogated dock wall present on site. It was perforated to create a permeable boundary along the water’s edge to create points of intersection. These crossing points became balancing points where the docks reach out into the water, and the harbor reaches into the site. Finally, a central feature is the reuse of an existing coal barge on site. The barge is repurposed as a large swimming and bathing pool for the recreational use of the public. The floating pool allows guests to interact with the harbor by being set in into the water and having a unique perspective of the barges and boats at work.
trees
lawn/gardens
30 project site
residence/dining hall & pool plan
Inner Harbor of Milwaukee
barge swimming pool
Solar House Renovation Milwaukee 2011 University of Wisconsin - Milwaukee
05
During the summer of 2011 I was hired by the School of Architecture and Urban Planning to help renovate the school’s 2009 Solar Decathlon competition house. The house was badly water damaged (due to logistic and storage mishaps) and had to be completely gutted and the mold remediated. Much of the custom woodwork was unsalvagable and the walls were taken back to studs. As a part of a team, I helped demo, design, and renovate the interior, and design/build exterior features such as the elevated deck surround, benches, and planters. Individually I generated ideas regarding the open interior space. The goal was to use color to express the history of the house and the design features that were damaged and removed. I also designed/ordered materials for the flooring scheme using Marmoleum-Click tiles. The pattern expresses exposed beams overhead, previous room divisions of the house, and the diagonal line of the roof valley above.
north wall
flooring iterations y roof valle
32
06
This project came out of the necessity for funiture when moving to a new city, and the desire to have a hands-on summer project. The design was based on general measurements of its contents (dvd cases, Nintendo games, game consoles, etc.). It is a simple box shape with internal dividers set back from the outside edge to give depth and variety. Holes on the bottom shelf provide the ability to insert dowels to subdivide the shelving sections to fit a variety of media and functions. A dowel runs the length of the unit as a backstop for dvd cases ensuring that all cases line up and are easily stored. The simple box design was a result of my design tendencies to have all design elements neatly contained in an organized framework with variety and detail. All items fit precisely and sapce is provided in the rear for running and organizing the many chords needed. Sizing of the different pieces was based on the use of two 4' x 8' sheets of MDF. After completion of its construction, the entertainment center has proven to be very sturdy, perhaps overly so, and has great functionality for a variety of uses and item arrangements.
outer shell
4’ x 8’ mdf sheets (future model base)
Personal Project
interior dividers
Entertainment Center 2010