PHILBERT XERXES WIRADJAJA ARCHITECTURE PORTFOLIO
SELECTED WORKS EDUCATION UNIVERSITY OF CALIFORNIA, BERKELEY
INTERNSHIP ELS ARCHITECTURE AND URBAN DESIGN
INHABITABLE LANDSCAPE
CAÑADA COLLEGE KINESIOLOGY AND WELLNESS CENTER
URBAN POROSITY
HILLSDALE NORTH BLOCK: SIGNAGE STUDY
FALL 2016 | ADVISOR: RENE DAVIDS
SPRING 2016 | ADVISOR: RODDY CREEDON
ROOF TYPOLOGIES & EXPERIMENTATION SPRING 2017 | ADVISOR: METE SONMEZ
TENSILE TESSELATION: STEEL BRIDGE PROJECT SPRING 2017 | ADVISOR: DANA BUNTROCK PARTNERS: VINCENT FULIA & IRENE LIORA
PLANE GRIDDING: WOODEN TOWER PROJECT SPRING 2017 | ADVISOR: DANA BUNTROCK PARTNERS: VINCENT FULIA & IRENE LIORA
SUMMER 2017
SUMMER 2017
STUDIO TONTON
HONDA SHOWROOM: BATHROOM SIGNAGE SUMMER 2016
HONDA SHOWROOM: TV SIGNAGE SUMMER 2016
CANOPY INSTALLATION SUMMER 2016
H RESIDENCE: LOUVER INSTALLATION SUMMER 2016
INHABITABLE LANDSCAPE: GEOLOGY MUSEUM & EARTH OBSERVATORY
FUNDAMENTALS OF ARCHITECTURAL DESIGN III | ARCH 100C
UC BERKELEY | FALL 2016 | ADVISOR: RENE DAVIDS The concept of Inhabitable Landscape tries to merge both architecture and landscape by producing modular vertical spaces that shifts vertically and horizontally. These shifts produce a topography that can be experienced both from the interior and the exterior of the building.
SITE ANALYSIS
Located at Bilger Quarry, Oakland, this geology museum and earth observatory tries to engage with its surrounding context by being inside of the water, on the water, and purging on the quarry walls. Through the different conditions of the building and the juxtapostion of transparency and opacity from material use, this project further becomes a medium of understanding the local geology of Oakland.
BILGER QUARRY
BLOCK/ STREET INTERSECTION STREET INTERSECTION
HIGHWAY/ STREET INTERSECTION
BILGER QUARRY
GREEN AREA
LOBBY PLAN
GIFT SHOP PLAN
OVERALL PLAN
SPATIAL PROGRAMMING
Based on the formation of the columnar basalt, the spatial programming of the building tries to capture different phases of the rock as it transforms into column-like structures. From the overall plan, gradual shiftings of programmatic spaces form residual spaces that would accomodate for circulatory spaces.
SECTION MODEL
PLANETARIUM PLAN
As these shifts get bigger, these modular spaces become more independent and unbundled, allowing it to transform from being programmatic spaces into a walking landscape that connects one programmatic space to the next.
OFFICE
PLANETARIUM
URBAN POROSITY: GOOD FOOD PROJECT
FUNDAMENTALS OF ARCHITECTURAL DESIGN | ARCH 100B
UC BERKELEY | SPRING 2016 | ADVISOR: RODDY CREEDON
MISSION ST.
WASHBURN ST.
GRACE ST.
The concept of the Urban Porosity project is about investigating the integration of wind-harvesting systems in an urban setting, in this case San Francisco, through the use of nano vent skin and microturbine, and to accomodate these technologies with the use of curvature to promote an aerodynamic design that resists the possibilities of wind shadow. Designed by Augustin Otegui, the nano vent skin is an architectural building skin composed of nano scale wind turbines (25mm x 10.8mm). This design allows concept of energy-harvesting architecture in an urban setting that characterizes in a dense city planning. The use of micro turbines in the project further promotes energy-harvesting in the curvature of the building.
SPATIAL PROGRAMMING
The building is arranged in a public and private manner with a central circulatory core in between. Yet, this division is blurred through the open area that is drapped with the nano vent skin. In addition, the spaces are arranged in a dynamic manner sectionally to produce different spatial quality in different spaces. Furthermore, these sectional offsets in the building allows a dynamic visual relationship from one floor to another and from one program to the next.
2 4
1 3
5
SECOND FLOOR
FIRST FLOOR
6
7
9
8
1 FOOD HALL 2 FIRST FLOOR KITCHEN 3 LOADING DOCK 4 AUDITORIUM 5 SECOND FLOOR KITCHEN 6 LABORATORY 7 VERTICAL TEST FARMS 8 CLASSROOM & OUTDOOR GARDEN 9 OFFICE AND MEETING AREA THIRD FLOOR
FOURTH FLOOR
ELI NE
AD
ST.
LOWELL ST.
54TH ST.
53RD ST.
Wood
Wool
Mirror
Rock
Leather
ROOF TYPOLOGIES & EXPERIMENTATION: SUBURBAN ARTIST HOUSING & ART GALLERY
FUNDAMENTALS OF ARCHITECTURAL DESIGN IV | ARCH 100D
UC BERKELEY | SPRING 2017 | ADVISOR: METE SONMEZ | PARTNER: STEFANI A. JOHAN The concept of this project revolves around enriching the spatial qualities of the familiar gable roof. This goal is achieved through the exploration of materiality, alteration of roof slope, and the introduction of other roof typologies as a method of enriching spatial quality. BASEMENT FLOOR PLAN
Located in Oakland, CA, the use of the gable roof was to allow the familiarity of the roof typology while encouraging new dialogue of experiencing the gable roof. The use of wood, wool, mirror, rock, and leather aims to explore the sensory qualities of the gable roof, which further allows the different materials to become a medium of wayfinding around the project.
FLOOR PLAN 1
ENLARGED HOUSING PLAN
32 Alterations of Gable Roof
Angled-Continuity
Angled Position and Angled-Continuity
Angled-Continuity, Curved-Booleaning and Subtraction of Shed Roof
Angled-Continuity and Subtraction of Shed Roof
Rotated Position and Slope Alteration
Slope Alteration and Subtraction of Barrel Roof
Rotated Position and Curved-Subraction (Angled)
Rotated Position and Curved-Subtraction
Curved Subtraction (Angled)
Slope Alteration and Curved-Subtraction
Rotated Position, Slope Alteration and Angled-Subtraction
32 ALTERATIONS OF A GABLE ROOF
FLOOR PLAN 2
Curved-Subtration
Angled Subtration
Rotated Position and Curved-Subtraction
Double Angled Subtraction
Rotated Position, Slope Alteration and Angled-Subtraction
Angled Subtration and Addition of Barrel Roof
Two Angled-Subtractions
Rotated Position and Angled-Subtraction
Slope Alteration, Angled-Subtraction and Subtraction of Barrel Roof
Angled Position and Slope Alteration
Slope Alteration and Curved-Booleaning
Angled Intersection and Subtraction of Barrel Roof
Slope Alteration
Slope Alteration, Curved-Booleaning and Subtraction of Barrel Roof
Rotated Position, Angled Intersection and Curved-Booleaning
Rotated Position and Slope Alteration
Rotated Position and Slope Alteration
Angled Position and Slope Alteration
Slope Alteration, Curved-Subtraction (Angled) and Subtraction of Shed Roof
Slope Alteration
Angled Intersection and Subtraction of Barrel Roof
TENSILE TESSELATION: STEEL BRIDGE PROJECT CONSTRUCTION | ARCH 160
UC BERKELEY | SPRING 2017 | ADVISOR: DANA BUNTROCK GSI: JEREMY FERGUSON | PARTNERS: VINCENT FULIA & IRENE LIORA
This project focuses on creating a minimalistic and industrial steel bridge. The concept of tesselation is applied to enhance strength in metal sheet, which is the primary material for this project. Geometries are traced and outlined in the sheets that are later cutout and bent. In addition, welding is required in combining the folded sheets and the top deck. Additional ribs were added inside the deck to resist vertical load from the deck and metal cables were installed with clamps using crimper at the supports to resist lateral load of the bridge. Turnbuckles were installed at the beginnings and ends of the cables to ensure that cables were secured properly.
SPOT WELDS OF THE TOP DECK AND SUPPORT.
METAL CABLES RUN DIAGONALLY TO HOLD BOTH SUPPORTS TOGETHER. TOP PLATE AND FOLDED SHEET ARE SPOT WELDED TOGETHER
SUPPORTS ARE CONSTRUCTED FIRST THEN WELDED WITH DECK
RIBS RUNNING IN OPPOSING DIRECTIONS TO RESIST LOAD
SUPPORTS ARE DRILLED WITH HOLES AND METAL CABLES RUN ALONG THEM. THESE CABLES ARE FURTHER SUPPORTED USING CLAMPS AND TURNBUCKLES PULL THE ENDS TO AVOID LOOSE CABLES.
TOP DECK AND SUPPORTS ARE WELDED TOGETHER
PLANE GRIDDING: WOODEN TOWER PROJECT CONSTRUCTION | ARCH 160
UC BERKELEY | SPRING 2017 | ADVISOR: DANA BUNTROCK GSI: JEREMY FERGUSON | PARTNERS: VINCENT FULIA & IRENE LIORA This project focuses on layering gridded pattern that is constructed in alternating manner, achieved through forming slots for plywood sheets to interlock. This method was done in order to enhance strength since perpendicular plywoods act as shear walls working in opposing axis. In addition, the material used in the projects are 1/2” and 1/4” thick plywoods. This allows the tower to use less material and to ease the process of construction, since the top layers of the towers were weighing less. Furthermore, the cantilever used in the project is slotted in between the gridded structure in order to provide rigidity.
THE FIRST THREE LAYERS OF THE TOWER USED 1/2” THICK PLYWOOD WHILE THE TOP THREE LAYERS OF THE TOWER USED 1/4” PLYWOOD.
PAIRS OF PLYWOODS ARE INTERLOCKED IN OPPOSING AXIS AND THE CANTILEVER CONDITION DEPICTS A PLANE SLOTTED IN BETWEEN THE GRID.
CAÑADA COLLEGE KINESIOLOGY AND WELLNESS CENTER INTERNSHIP
ELS ARCHITECTURE AND URBAN DESIGN | SUMMER 2017
Cañada College Kinesiology and Wellness Center is a sports and recreation facility project by ELS Architecture and Urban Design. Purposed to house varying sports activities, I was given the chance to assist in creating the basketball court graphics, producing floor finish details, 3D modeling mechanical families in Revit and revising series of architectural drawings.
1
2
2.1
2.2
3
5
30' - 0"
2' - 7"
2' - 5"
4
3.2
5 A703 30' - 0"
30' - 0"
6.8
6
60' - 0"
7.8
8
8.3
8.6
30' - 0" 5' - 0"
10' - 0"
D
7
30' - 0"
10' - 0"
10' - 0"
10' - 0"
D
F1
PROJECT:
CAÑADA COLLEGE KINESIOLOGY AND WELLNESS BUILDING CAN B1N
30' - 0"
F1
+11' - 0" A.F.F. +8' - 0" A.F.F.
F1
201619
+8' - 0" A.F.F.
+11' - 0" A.F.F.
F4
+8' - 0" A.F.F.
CLIENT:
+11' - 0" A.F.F.
MATCHLINE 1 / A602N
E
PROJECT NUMBER:
+8' - 0" A.F.F. +8' - 0" A.F.F.
+11' - 0" A.F.F.
+11' - 0" A.F.F.
+10' - 0" A.F.F.
+8' - 0" A.F.F.
3401 CSM DRIVE SAN MATEO, CA 94402
E
+8' - 0" A.F.F.
ELECTRICAL 186
PROJECT TEAM: BUILDER: BLACH Construction 2244 Blach Place, Suite 100 San Jose, CA 95131 P: 408.244.7100
F1
ARCHITECT: ELS Architecture and Urban Design 2040 Addison St Berkeley, CA 94704 P: 510.549.2929
27' - 6"
F1
SAN MATEO COMMUNITY COLLEGE DISTRICT
MATCHLINE 1 / A602N
F1
F1
F
F1
CIVIL: BKF 4670 Willow Rd Ste 250 Pleasanton, CA 94588 P: 925.396.7700
GYM STORAGE 187
DANCE CLASSROOM 181
LANDSCAPE: SWA 2200 Bridgeway Sausalito, California 94965 P: 415.332.5100
F
F1
STRUCTURAL: FORELL/ELSESSER ENGINEERS, INC. 160 Pine Street, 6th Floor San Francisco, CA 94111 P: 415.837.0700
F1
F1
INSULATED METAL PANEL SOFFIT
ADMIN STORAGE 188
+11' 0" A.F.F. A.F.F. +7' - 2-1/2" F1
GYMNASIUM 193
F1
G
MECHANICAL TYPE LEGEND SUPPLY DIFFUSER
+12' - 0" A.F.F.
RETURN DIFFUSER
G
OPEN TO STRUCTURE ABOVE
DANCE STORAGE 182
STAIR 6 194
30' - 0"
+12' - 0" A.F.F.
EXHAUST DIFFUSER
IDF /AV 189
LIGHTING FIXTURE TYPE LEGEND
30' - 0"
H
PLUMBING (Design/Build): KDS Plumbing, Inc. 1071 N. 13th St San Jose, CA 95112 P: 408.435.1685
POOL CONSULTANT: Water Technology, Inc. 100 Park Avenue, P.O. Box 614 Beaver Dam, Wisconsin 53916 P. 920.887.7375
F1
F1
RECESSED DOWNLIGHT
STORAGE 190
DANCE CLASSROOM 184
INSULATED METAL PANEL SOFFIT
ELECTRICAL (Design/Build): Sprig Electric 1860 S. 10th St San Jose, CA 95112 P: 415.536.7848
FIRE PROTECTION (Design/Build): RCM 350 Enterprise Place Tracy, CA 95304 P: 209.833.8228
DANCE STORAGE 183
F1
MECHANICAL (Design/Build): AGC Inc. 745-B Camden Ave Campbell, CA 95008 P: 408.369.6305
RECESSED DOWNLIGHT
REVISION NUMBER
DATE
DESCRIPTION
STRIP LIGHT
H
F1
STRIP LIGHT TROFFER LIGHT ACRYLIC PENDANT LIGHT
+12' - 0" A.F.F.
LINEAR UPLIGHT F1
LINEAR UPLIGHT
27' - 6"
F1
GYM STORAGE 191
LINEAR PENDANT LIGHT
IDENTIFICATION STAMP DIVISION OF THE STATE ARCHITECT APPLICATION # 01-115124 AC______FLS______SS______
LED PENDANT LIGHT
DATE _____________________
MONOPOINT DOWNLIGHT F1
MONOPOINT UPLIGHT
F1
J 12' - 0"
J +12' - 0" A.F.F.
GYPSUM BOARD
12' - 0"
K INSULATED METAL PANEL SOFFIT
CEILING TYPE LEGEND
L
ISSUE:
INCREMENT II 100% DESIGN DEVELOPMENT
GYPSUM BOARD - ACOUSTICAL SEE DETAIL 12/A904
DATE:
CEMENT PLASTER
STAMP:
07/17/2017
ACOUSTIC TILE - TYPE 1
ACOUSTIC TILE - TYPE 2
NOT FOR CONSTRUCTION
LINEAR WOOD
EXPOSED TO STRUCTURE, PAINTED
1
2
2.1
2.2
3
3.2
4
5
6
6.8
7
7.8
8
8.3
8.6 SHEET NOTES NORTH
1
LEVEL 1 - RCP SOUTH 1/8" = 1'-0"
1. IN AREAS WHERE LIGHTING IS NOT SHOWN, ELECTRICAL SHALL BE RESPONSIBLE FOR LIGHTING DESIGN & FIXTURES.
SHEET TITLE:
LEVEL 1 REFLECTED CEILING PLAN SOUTH
SHEET NUMBER:
A602S
4"
WATER RESISTANT GYP. BD. LIQUID APPLIED WATERPROOFING/ 3" X 4" VENTED COVE BASE CRACK ISOLATION MEMBRANE 3"
TOPPING SLAB
T.O. STRUCT. SLAB T.O. STRUCT. SLAB
3 1/4"
BOND COAT
1.5" - 2"
SLAB DEPRESSION
STAINLESS STL. COVE BASE, BOND COAT SCHLUTER-DILEXEHK U9/O9 OR TOPPING SLAB EQUAL
.
FEATHER RESINOUS FLOORING MORTAR BED MORTAR BED BOND COAT LIQUID APPLIED WATERPROOFING/ CRACK ISOLATION MEMBRANE
BUILT UP TILE 25/32" MFMA COVE BASE 2% MAX. SLOPE MAPLE FLOORING TO DRAIN, W.O. T.O. FINISH FLRT.O. FINISH FLR SUBFLOOR PANELS
.
BOND COAT TOPPING SLAB T.O. STRUCT. SLAB VAPOR BARRIER
T.O. STRUCT. SLAB
3 1/4"
T.O. FINISH FLR T.O. FINISH FLR
BOND COAT TILE
SLAB DEPRESSION
BUILT UP TILE COVE BASE
2 1/8"
2% MAX. SLOPE TO DRAIN, W.O.
GYP. BD., PTD. 6 X 6 WALL TILE
WATER WATER RESISTANT GYP. RESISTANT GYP. BD. BD. LIQUID APPLIED LIQUID APPLIED WATERPROOFING/ WATERPROOFING/ CRACK ISOLATION CRACK ISOLATION MEMBRANE MEMBRANE
SLAB DEPRESSION
3 1/4"
SLAB DEPRESSION
3 1/4"
SLAB DEPRESSION
.
X 6 WALL TILE 6 X 6 WALL6TILE
2% MAX. SLOPE TO DRAIN, W.O.
RESINOUS FLOORING AND COVE BASE WITH 3/8" RADIUS
T.O. FINISH FLR
TOPPING SLAB C.I.P. CONC.
T.O. STRUCT. SLAB
BASE TILE TO TILE TO GYP.
HILLSDALE NORTH BLOCK: SIGNAGE STUDY INTERNSHIP
ELS ARCHITECTURE AND URBAN DESIGN | SUMMER 2017
Hillsdale is a retail center that incorporates various tenants. In this project I was assisting in producing renderings to study signage design and its position with relation to the tenant’s space and how the signage is experienced from the exterior.
HOLLOW
BRASS
WF “H” FRAME
BOLT TV BRACKET
COVER
SCREW SCREW
BASE
BASE
HONDA SHOWROOM, BALI: BATHROOM SIGNAGE & TV STAND
INTERNSHIP
STUDIO TONTON | SUMMER 2016
The concept for the designs of the bathroom signage and TV stand was to create a minimalistic design with an accent. In the bathroom signage, accents were created through the use of brass plates and indirect light that is hidden inside of the signage. Similar idea was implemented in the TV stand, The idea of indirect light in this project was implemented through the use of covering in the direction perpendicular to the brass plates.
CANOPY INSTALLATION
INTERNSHIP
STUDIO TONTON | SUMMER 2016
This project is about creating an outdoor canopy using glass panels and louver installation to avoid direct sunlight. In this project, I assisted in 3D modeling the canopy and creating diagrammatic drawings to depict the construction of the canopy.
H RESIDENCE: LOUVER INSTALLATION INTERNSHIP
STUDIO TONTON | SUMMER 2016
H Residence is a residential project by Studio TonTon. During my internship, I had the opportunity to revise series of detail drawings of the louver installation.