ARCHITECTURE
The Beach
4
ARC201 - Fall 2013
Mt. Baldy Bath House
8
ARC203 - Spring 2014
Observation Facility
12
ARC301 - Fall 2014
Pasadena Multi-family Housing
17
ARC302/3 - Winter/Spring 2015
Lakeview Field Survey
20
ARC460 - Winter 2016
Past as Prologue ARC402 - Winter 2016
22
The Beach ARC201 - Fall 2013
LOCATION Dana Point, CA PROGRAM Visitor Center SOFTWARE Rhino, AutoCAD
The Beach was my first exposure to building design and documentation. It was a project with a visitor center program that would allow guests to engage the coastal site and learn about the region’s wildlife. The project site is located in Dana Point, CA within the bounds of a protected nature reserve on the coast. The reserve was home to many local plant and wildlife species. In order to offer the greatest protection to the wildlife of the region, my visitor center is built upon concrete stilts. These stilts lift the building above the grade and affect the ground minimally. The space between the grade and building also serves as a creative gathering space for visitors to learn about the local wildlife through self-exploration and guided tours. Part of the required program was to create a pathway connection from the visitor center to the shoreline where preserved tide-pool can be explored. The pathway had to fulfill ADA requirements as well as create a unique experience for guests to view and access the beach. To access the beach, the designed pathway is a long and switch-back filled path creating interesting framed views.
4
5
Site Plan
N-S Site Section
6
Floor Plans
E-W Site Section
7
Baldy Bath House ARC203 - Spring 2014
LOCATION Mt Baldy, CA PROGRAM Bath House SOFTWARE Rhino, Revit
Baldy Bath House is a small scale bath house designed for an average capacity of 20 guests. The site is tucked away overlooking a breathtaking mountain valley. The layout of the bath house is such for multiple reasons: 1) views are maximized and all pools on the main deck have a unobstructed 180 degree view of the valley 2) thermal gain and loss is maintained through burying the eastern most walls into the valley wall. The shading system above the bath house acts to capture and shade guests from both the sun and any rain/snowfall. Solar panels are placed upon the roof structure to maximize energy capture from the sun. The system also captures and funnels precipitation for usage within the bath house as gray water. The design of the walls is based on 6 tectonic moves. The tectonics of the walls are established to create space as well as different ways of entering and exiting a space with using as few doors as possible.
8
Entry Render
Wall Design Tectonics
9
Bath Deck View
winter solstice 23.3o
Winds from the valley sweep through open space. summer solstice 79.1o
Sustainable Measures Roof-line gives solar panels maximum exposure to sun.
10
DN
Shower Rm
Reception
UP
Locker Rm
DN
UP
Entry Level Plan
Relaxation Deck
Main Bath
Main Deck UP
Steam Rm
UP
Sauna
Cold Plunge Bth Rm
Bath Deck Plan
Hot Bath
11
Observation Facility ARC301 - Fall 2014
LOCATION Rancho Mission Viejo, CA PROGRAM Research Housing, Visitor Center SOFTWARE Rhino, Revit
The Observation Facility is a center for scientists to temporarily live, research the local environment in Rancho Mission Viejo, CA, and present their findings to the visitors coming to the site. I modeled my design in Rhino and Revit, rendered the building using Autodesks online rendering engine, and finalized the images in photoshop. Because the facility is in the middle of a nature reserve, sustainable measures were taken to make sure it was able to be “offthe-grid.” To accomplish this, the facilities roof houses solar panels as well as is shaped to capture the maximum amount of rain to use as gray water. The two images to the right are from a lighting study done on the research facility. The rendered images show the lighting in the display room of the facility during the day and at night. The lighting and its components were modeled in Revit. The details and plans on the following pages are construction document and design development level drawings of the facility and its structure.
12
Lighting Study Renders
13
Cistern (1000 gal)
Private Observation Deck (200 sq ft)
$ Closet (40 sq ft)
Kitchen (70 sq ft)
Bedroom 1 Private Bath 1
(100 sq ft)
(40 sq ft)
Private Bath 2
(40 sq ft)
Bedroom 2 (100 sq ft)
Public Restroom (50 sq ft)
%
Offices (150 sq ft)
Covered Outdoor Meeting Area
&
Specimen Collection (150 sq ft)
(400 sq ft)
Public Observation Deck (400 sq ft)
'
1/4” = 1’-0”
0’
N
14
Floor Plan
2’
4’
8’
CALIFORNIA STATE POLYTECHNIC UNIVERSITY, POMONA
OBSERVATION FACILITY RANCHO MISSION VIEJO NATURE RESERVE 0’
2’
8’
4’
N SCALE: 1/4” = 1’-0” (SCALES VARY)
ARCHITECTURE STUDIO
ARC 301 JASON REED
0’ DETAIL 1
1’
4’
2’
0’
1/2”=1’-0”
DETAIL 2
1’
2’
4’
1/2”=1’-0”
0’ 2’ 4’ BUILDING SECTION 1
$
%
8’
1/8”=1’-0”
&
'
/HYHO
/HYHO
BUILDING SECTION 2
1/8”=1’-0”
0’ 2’ 4’
8’
15
16
Pasadena Multi-family Housing ARC302/3 - Winter/Spring 2015
LOCATION Pasadena, CA PROGRAM Multi-family Housing SOFTWARE Revit
The Pasadena Multi-family Housing project is a look into housing development. The project dealt with zoning codes, ADA compliance, as well as design document development. The following documents are the ground oor plan and details sheets taken from a full 32 sheet design document set I produced for the studio. The design intent was to offer residents of the Pasadena housing complex the maximum amount of outdoor space. To do this, each unit has some amount of private open-air space as well as access to a semi-private open-air elevated courtyard within the complex. In order to reduce the cost of the construction of the parking lot, the parking was placed on grade and covered by the semiprivate outdoor space. This doubled as a cost saver, as well as space creator for the elevated outdoor space. The intent of the project was to understand how to accurately document an entire building using CAD software. To produce the sheets, I used Revit, with some AutoCAD for assistance with the details.
17
Parking Level Walkway View
18
$
%
&
'
(
)
*
+
,
$
-
6HWEDFN
5
/
$
1(: 75((6
%('
%('
%('
%('
5HYLVLRQV
%('
/,9,1*
%$7+
%$7+
83
23(1 72 $%29(
%$7+
/,9,1*
/,9,1*
/,9,1*
/,9,1*
/,9,1*
%('
23(1 72 $%29(
%$7+
%$7+
23(1 72 $%29(
83
(;,67,1* 75((
$
%$7+
'DWH
23(1 72 $%29(
$
6(&85,7< *$7(
5
/
$
75$6+
6(&85,7< *$7(
$
6(&85,7< *$7(
7<3
6HWEDFN
7<3
'UDZLQJ 7LWOH
3URMHFW 1DPH
6FDOH
6HDO
'DWH
'HVLJQHU
-DVRQ 5HHG
)/225 3/$1 ),567 )/225
&KHFNHG
'UDZLQJ 1XPEHU
$
5 7 <3
126,1*
581
581 &21&5(7( 3285 723 2) 67$,5 /$1',1*
*$85'5$,/ 7<3
+$1'5$,/ 7<3
5(%$5
&872876 7<3 72 ($&+ 67(3
%27720 67$,5 /$1',1*
5,6(
5,6(
$1&+25 %2/7 :22'(1 /2895(6 67$,1(' %/$&.
5HYLVLRQV
67$,5 75(' 25 /$1',1*
'DWH
&21&5(7( 67$,5 7<3
&21&5(7( )227,1*
67$,5 72 )281'$7,21 '(7$,/
67$,5 72 6(&21' )/225
:$// 72 67$,5 &211(&7,21
; ')/ 66 :22' 678'
60227+(' 3/$67(5 ),1,6+
7<3,&$/ +$1'5$,/ '(7$,/
:$7(53522),1* 0(0%5$1(
5 %$77 ,168/$7,21
)/$6+,1*
3/<:22'
3/<:22'
; 5,0 -2,67 :$7(53522),1* 0(0%5$1( ; :22' 6,//
; ')/ 66 )/225 -2,67
:22' 6,',1*
*<3 :$// %2$5'
*<3 :$// %2$5'
; :22' 75,0
)/$6+,1* 028/',1*
)/$6+,1*
)/$6+,1*
; :22' 75,0
; ')/ 66 6,// 3/$7(
:22'(1 /2895(6 67$,1(' %/$&.
028/',1*
; :22' 6,//
; ')/ +($'(5
5 %$77 ,168/$7,21
; ')/ '523 &(,/,1* %/2&.,1*
*<3 :$// %2$5'
:22' 6,',1* *<3 :$// %2$5' ; ')/ 66 :$// 678'6
:$7(53522),1* 0(0%5$1(
),;(' :,1'2:
*$85'5$,/ (0%('(' ,1 67$,5 &21&5(7( 5 %$77 ,168/$7,21
%5$&.(7 :(/'(' 72 %27720 2) %$/867(5
3/<:22'
3/<:22'
$1&+25 %2/7
5 %$77 ,168/$7,21
:$7(53522),1* 0(0%5$1(
; ')/ 66 :22' 678'
60227+(' 3/$67(5 ),1,6+
*8$5'5$,/ $77$&+0(17
*877(5 '(7$,/
:,1'2: +($'(5 '(7$,/
:,1'2: 6,// '(7$,/
%2/7
'%/ */$=,1*
58%%(5 :$7(5 3522),1*
:22' ),1,6+(' )/225,1*
)/$6+,1*
&21&5(7( ),// &+87( )520 833(5 )/2256 ; +$5':22' %2$5'
6(77,1* %/2&.
/ %5$&.(7
3URMHFW 1DPH
Â&#x192;
Â&#x192;
; ')/ 66 :22' )/225 -2,67
$1&+25 %2/7
%2/7
: ;
'UDZLQJ 7LWOH
3/<:22'
&857$,1 :$// %$6( 08//,21 6FDOH
0(7$/ *8,'(
6HDO
9$5,(6 ; ')/ 08//,21 6833257 ; +$5':22' %/2&.,1*
'DWH
'HVLJQHU
&21&5(7( 6+257 :$// ; ')/ 66 5,0 -2,67
67((/ / %5$&.(7
-DVRQ 5HHG &KHFNHG
6+((7 0(7$/ 6,',1*
'80367(5
&857$,1 :$// %$6( 08//,21
75$6+ &+87( '(7$,/
+66 ; ;
:22' /2895(6 '(7$,/
%(1&+ &211(&7,21 '(7$,/
'UDZLQJ 1XPEHU
$ 19
Lakeview Field Survey ARC460 - Winter 2016
LOCATION Big Bear Lake, CA PROGRAM Documentation, Nomination SOFTWARE AutoCAD
20
I, along with my class, surveyed the Lakeview tract of cabins in the Big Bear Lake area. These are early 20th century cabins built with the intent to draw people to move to the mountains of Southern California. The cabins are currently inhabited and still provide a rich historical tie to the beginnings of the Big Bear Lake Recreational Area. I, along with 3 other teammates, were responsible for surveying 8 of the estimated 90 cabins in the Lakeview tract. We measured the exterior walls of the cabins, studied the surrounding landscape, and drew up the necessary nomination documentation to get this cabin as well as the rest of the tract registered as a historical landmark.
Southern Elevation
U.S. FOREST SERVICE SAN BERNARDINO NATIONAL FOREST BIG BEAR LAKE RECREATION AREA
LAKEVIEW TRACK 0’
2’
4’
8’
N SCALE: 3/16” = 1’-0”
FIELD SURVEY
CABIN 95 JASON REED AVIDAN FERNANDEZ
21
Past as Prologue ARC402 - Winter 2016
LOCATION Plano, IL PROGRAM Rehabilitation, Visitor Center SOFTWARE Rhino, Revit
Past as Prologue is a team design response to the preservation issues facing the Mies van der Rohe designed Farnsworth House in Plano, Illinois. As the house currently sits, it is within annual flood planes of the Fox River which it is located next to. In 2008, a particularly bad flood year, water reached about 5 feet higher than the finished floor height of the house, causing substantial damage to the floor, walls, and wood built-ins. The current owners of the property, the National Trust for Historic Preservation, have made plans to move the iconic house from the current location to another part of the site which would be more suitable for the longevity of the protection of the house. This studio project looked to study and understand the national standards for preservation and submit a proposal for a new visitor center for the site. Past as Prologue looked to the ideas Mies had about placing architecture within the landscape and allowing that landscape to play a crucial role in its relationship with the building. We took this concept and used the Farnsworth house as the landscape backdrop, in order to present optimal views of the structure. Large spans of glazing allows for the transparency of the visitor center and places visitors within the site. Landscaping strategies were used around and between the buildings. As can be seen in the model site plan on the following pages, the tree placement hides or reveals significant views of the Farnsworth from the visitor center. From this project, a design proposal was put together and submitted to the National Trust for Historic Preservation for review.
22
Entry Level Plan Entry Approach View
23
Model - Entry Approach
24
Lobby View
The construction of physical models aided greatly in the design process of the Farnsworth visitor center. In the early stages of design, preliminary massing models were created to convey general architectural intent. This helped the team communicate and get on the same page in regards to the design. As the design matured, so did the physical models. Site features such as foliage and topographic shifts were added and analyzed. This aided in the communication between landscape architects and architects as to ideas and layout. The model shown here is the ďŹ nal presentation model, showing completed architectural and landscape architectural design.
25
Jason Reed (949) 370-2570 reed@cpp.edu jasonmreed1@hotmail.com