Third Year Architecture 2020-22 Cal Poly Pomona, Department of Architecture SHUNTA ABE SELECTED WORKS AUGUST 2020 - SEPTEMBER 2022
01 SCHOOL OF ARCHITECTURE SECOND YEAR SECOND SEMESTER STUDIO 02 MUSEUM OF JAPANESE CONTEMPORARY ART SECOND YEAR FIRST SEMESTER STUDIO 03 CASE STUDY ENOUGH HOUSE SECOND YEAR CONSTRUCTION 1 04 CASE STUDY INTERPRETATION STRUCTURE FIRST YEAR FIRST SEMESTER STUDIO 05 CAL POLY POMONA NEW LIBRARY FIRST YEAR SECOND SEMESTER STUDIO CONTENTS
The new School of Architecture building is a building that not only represents the architecture students but the entire campus. This new tower and the new plinth, connects to the surrounding while having its own unique elements. The tower and the plinth have a couple of concepts that have made the basis of this project.
Axonometric 01 School of Architecture Cal Poly Pomona, Pomona
The first concept is the materiality of the tower. The tower consists of 3 different materials (glass, concrete, and metal) which creates a unique facade. The glass and concrete are used for exterior skin of the building and the metal is used for structural materials. The second concept is the circulation that wraps around the building. This circulation path starts from the second level to the roof level, con necting each floor. There are also pathways on the plinth roof that lead to this main circulation. The third concept is the use of extrusions. Each level has different types of extrusions made from the facade which creates an unique interior space for each floor. The plinth also contains this element, having many extrusions for each program. Lastly, the plinth has a concept to block the east side of the building and allow full access through the northwest side where the Japanese garden is. This deliberate connection with the garden and the building creates the connection between the site and the plinth. With these different concepts, the tower and plinth aims to show the idea of how architecture is always moving forward but at the same time, looking back in time. The different types of materiality, the exposure of the structures, the extrusions, and circulations makes the building very iconic and at the same time, makes the plinth a connected, relaxing space.
SECOND YEAR SPRING 2022
Model Close-Up VIew
Summer Sun Path Winter Sun Path VehicleWindPedistrian Site Plan Model Top View
6 3 2 5541 UP5UP UP UP UP UP 7 7UP A B 1 2 3 1 Gallery 2 Fabrication Lab 3 Model Shop 4 Lecture 5 Seminar 6 Reception 7 Storage 0 5 15 35 SoftscapeHardscape(ft)Ground Floor Plan 1/16” = 1’ - 0” Ground Floor Plinth Plan
1 1 2 3 DN 1 Studio Desks 2 Breakout Rooms 22 DN DNUP UP UP Second Floor Plan 1/16” = 1’ - 0” 0 5 15 35 (ft) Second Floor Plan
Ground Floor Floor 1.5 (Entrance only to Seminar) Floor 2 Floor 3 Floor 4 Floor 5 Floor 6 Floor 7 Floor 8 Floor 9 Floor 10 Floor 11 Floor 12 Roof Floor 0 5 15 35 (ft) 1 Gallery 7 Storage1 7 Section A
0 5 15 35 (ft) Elevation 2 (SouthWest) 1/16” = 1’ - 0” Elevation 2 (SouthWest) Elevation 3 (North)
Painted Contrete Facade Exterior Egress Stairs Main Circulation Glass Enclosure Steel Bars Steel Structure Columns Detail Facade
Model Detail Facade
Lastly, this project has a dedicated circulation bay at the far end of the building. This circulation is not only created for simple movement but is created as another quality of the building. The circulation leads to a dramatic ending where the two different types of gallery on the top floor.
Little Tokyo, Los Angeles
02 Museum of Japanese Contemporary Art
Axonometric
This project “The Japanese Museum of Contemporary Arts” is located at Little Tokyo, Los Angeles and is about 20,000 square feet big. The new museum has several different concepts that dictate this museum including the connec tion of the museum to its surroundings, the different lighting effects and its special circulation. To connect the museum to the site location, an extended plaza was created to connect the flow of the people. This allows the people to go through the museum without actually entering it and gives the people a glance of what they might see in the museum. Throughout the museum there are several openings on the top of the muse um, allowing light to pass through the different rooms. There is a very thin bay on the roof with one of them being louvers to allow light into the museum. The atrium is another source that allows lighting to enter the plaza region below.
SECOND YEAR FALL 2021
0 5 10 20 40 (ft) +16'-0" SERVICEALLEY EAST0'-0"1stSTREET Site Plan
GALLERYLOBBYSCULPTURE GARDEN OFFICECLASSROOMBOOKSTORECAFEAUDITORIUMBACKROOMCIRCULATION EGRESS STAIR STAFF CIRCULATION MAIN CIRCULATION Program Diagram Circulation Diagram Front Entrance Model View
A A B C B A A B C B 0 5 10 20 (ft) 1 2 3 4 5 6 DN DN DN UP DN UP UPDN DN 7 8 9 10 11 DN UP DNUP UP B CB A A A A B C B UP DN UP DN UPDN 0 5 10 20 (ft)Third Floor Plan 8 BOOKSTORE 9 PREPERATION ROOM 10 MECHANICAL 11 STORAGE Second (Plaza) Floor Plan 2 GALLERY 3 SCULPTURE GARDEN
2 3 4 0 5 10 20 (ft) 5 6 8 9 7 1 22 0 5 10 20 (ft) 1 2 2 6 9 3 2 4 7 58 0 5 10 20 (ft) Section A 1 LOBBY 2 GALLERY 3 SCULPTURE GARDEN 4 OFFICE 5 CLASSROOM 6 AUDITORIUM 7 CAFE 8 BOOKSTORE 9 BACKROOM Section B Section C 2 GALLERY 3 SCULPTURE GARDEN 4 OFFICE 5 CLASSROOM 7 CAFE 8 BOOKSTORE 1 LOBBY 2 GALLERY 6 AUDITORIUM 9 BACKROOM
Exterior Facade
Elevation A Elevation B
Interior CIrculation
Top Gallery View
Model of Origin of Museum
Origin of Museum Axonometric Original Idea of New Museum
The idea of this museum came from a planear exercise where they were combined in differ ent ways to create unique spaces. The spaces consist of perpendicular planes and diagonal planes which intersect to each other. Some of the spaces are open, some of the spaces are closed, and some are even connected to other spaces to create longer and taller spaces. This also creates space for lighting which is very crucial when making a space more adventurous.
A BB ACC 0 1 5 10 20 ft Origin of Museum Plan Origin of Museum Long Section
1 SIM ProjectDateSHUNTANumber ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, CANADA ENOUGHENOUGH HOUSEHOUSE 11/7/2021 A1 BUILDING DOCS ENOUGH HOUSE KINGSBURG ROAD Upper Kingsburg, B0J,, CANADA DESCRIPTION SITE PLAN WORK SYMBOL LEGEND SHEET LIST SHEET NUMBER SHEET NAME G101 COVER SHEET A101 FIRST FLOOR PLAN A102 SECOND FLOOR PLAN A103 ROOF PLAN A104 REFLECTED CEILING PLAN - LEVEL 1 A105 REFLECTED CEILING PLAN - LEVEL 2 A201 EXTERIOR ELEVATIONS A301 BUILDING SECTIONS A401 AXONOMETRIC A501 FOUNDATION PLAN A601 FLOOR FRAMING PLAN - LEVEL 1 A602 FLOOR FRAMING PLAN - LEVEL 2 A603 ROOF FRAMING PLAN A604 WALL FRAMING NORTH ELEVATION A605 Wall Framing Plan A701 Wall Detail NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 3 FINAL 11/07/2021 1/32" 1'-0"1 Site Upper Kingsburg, Nova Scotia, NS Architectswherethe sea is visible. It was 1 2 3 DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumberAM11:55:0610/24/2021 A401 AXONOMETRIC ENOUGHENOUGH HOUSEHOUSE 10/17/2021SA A1 BUILDING DOCS NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 1 AXONOMETRIC Site Plan Exterior View Axonometric 03 Enough House Case Study First Year Fall 2020 UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, CANADA Mackay-Lyons2015 Sweetapple Architects
LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0" A30102 0"6'0"-8'0"8'0"8'6"2' AB LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0" A30101 0"8'0"8'0"-8'0"6'0"3' 12345 A7011 DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumber 1/4" = 1'-0" PM11:56:0811/7/2021 A301 BUILDINGBUILDING SECTIONSSECTIONS ENOUGHENOUGH HOUSEHOUSE 11/7/2021SA A1 BUILDING DOCS NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 3 FINAL 11/07/2021 1/4" 1'-0"01 N-S SECTION 1/4" 1'-0"02 E-W SECTION EXPOSED STUDS 2 X 10 RAFTER LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0" A30102 0"6'0"8'0"-8'0"8'6"2' AB LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0" A30101 0"8'0"-8'0"8'0"6'0"-3' 12345 A7011 DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumber 1/4" = 1'-0" PM11:56:0811/7/2021 A301 BUILDINGBUILDING SECTIONSSECTIONS ENOUGHENOUGH HOUSEHOUSE 11/7/2021SA A1 BUILDING DOCS NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 3 FINAL 11/07/2021 1/4" 1'-0"01 N-S SECTION 1/4" 1'-0"02 E-W SECTION EXPOSED STUDS 2 X 10 RAFTER E-W SectionPatio View N-S Section
A30102 0"6'0"8'0"8'0"8' A B A30101 1 2 3 4 5 A7011 DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumber 1/4" = 1'-0" PM11:55:5511/7/2021 A201 EXTERIOREXTERIOR ELEVATIONSELEVATIONS ENOUGHENOUGH HOUSEHOUSE 11/7/2021SA A1 BUILDING DOCS NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 3 FINAL 11/07/2021 1/4" 1'-0"01 WEST ELEVATION 1/4" 1'-0"02 SOUTH ELEVATION 4 X 8 CORTEN STEEL FIXED STRUCTUREWINDOW CONCRETE WALL South Elevation West Elevation Ground Floor Plan
UP UP UP REF 0"-3' 5' - 0" LIVING ROOM 101 KITCHEN 102 A201 01WEST ELEVATION A20102SOUTHELEVATION A30102 A30101 1 2 3 4 5 BA 24' - 5 1/2" 2' - 0 1/2" 6' - 0" 14' - 0" 2' - 5" 0"-16' 0"-8'0"-8' A6041NORTHFRAMINGWALL A7011 BENT STEEL STAIR GLASS EXPOSEDHARDWOODFACADEFLOORFRAMING LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0" A30102 0"6'0"-8'0"-8'0"-8' A B A30101 1 2 3 4 5 A7011 DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumber 1/4" = 1'-0" PM11:55:5511/7/2021 A201 EXTERIOREXTERIOR ELEVATIONSELEVATIONS ENOUGHENOUGH HOUSEHOUSE 11/7/2021SA A1 BUILDING DOCS NO. DESCRIPTION DATE 1 Revision 1 10/17/2021 2 Revision 2 10/24/2021 3 FINAL 11/07/2021 1/4" 1'-0"01 WEST ELEVATION 1/4" 1'-0"02 SOUTH ELEVATION 4 X 8 CORTEN STEEL FIXED STRUCTUREWINDOW CONCRETE WALL LEVEL 1 0'LEVEL0"28'-0" B.O.
FOUNDATION-6'-0"EAVE16'-0"T.O.ROOF24'-0"
- 1000 sqf t $100K - 500K House Private House Projects Inspiration windowsnthings.net/ e... Visit Price out your windows project - Fleetwood top dealer prices Ad BrandsgSiding Stone Structural Frames Windows PROJEC PRODUCTS Wood PROJEC PRODUCTS 1 2 3 4 5 BA 24' 5 1/2" 2' 0 1/2" 6' 0" 14' - 0" 2' 5" 0"16' PM11:56:3311/7/2021 1/4" 1'-0"1 T.O. FOUNDATION CONCRETE PLINTH 7" FOOTING A201 01WEST ELEVATION A20102SOUTHELEVATION A30102 A30101 1 2 3 4 5 BA A6041NORTHFRAMINGWALL A7011 2 X 10 RAFTER 6 X 10 BEAM DrawnDateScale ProjectByNumberSHUNTA ABE ARCHITECT ADDRESS 3801 W Temple Ave, Pomona, CA 91768UPPER KINGSBURG ROAD Upper Kingsburg, Nova Scotia, NS B0J,, SheetSheetCANADANameNumber 1/4" = 1'-0" A603 ROOF FRAMING PLANPLAN ENOUGHENOUGH HOUSEHOUSE 11/7/2021Author A1 BUILDING DOCS NO. DESCRIPTION DATE 3 FINAL 11/07/2021 1/4" 1'-0"1 ROOF FRAMING PLAN LEVEL 1 0'T.O.LEVEL0"28'-0"EAVE16'-0"ROOF24'-0" A30101 12345 A7011 1' 4" 2' 1 17/32" 15' 3 1/4" 0"8'0"8'0"8' PM11:57:1511/7/2021 1/4" 1'-0"1 NORTH WALL FRAMING 2 X 10 RAFTER 6 X 10 BEAM CURTAIN WALL FIXED WINDOW STRUCTURE Roof Framing Plan Construction of Enough House Foundation North Wall Framing
LEVEL 1 0'LEVEL0"28'-0" B.O. FOUNDATION-6'-0"EAVE16'-0" A A701A70123 0"-6'0"8'0"-8'DOUBLEINSULATIONTOP PLATE AIR GAP SILL INSULATIONPLATE 7"-0' LEVEL 1 0' - 0" A LEVEL 1 ONE FEET1'-0" 16'EAVE-0" A ProjectDrawnDateScaleSHUNTA ARCHITECT SheetSheet917683801UPPERKingsburg,CANADA NO. 3 1/2" 1'-0"1 WALL SECTION 1 1/2" 1'-0"2 DETAIL ROOF TO WALL 1 1/2" 1'-0"3 DETAIL WALL TO FOUNDATION ANCHOR CORTENAIRWATERPLYWOODBOTTOMINSULATIONBOLTPLATESHEATHINGBARRIERGAPSTEELPLYWOODSHEATHINGWATERBARRIERINSULATION CORTENAIRSTEELGAP Detailed Wall Section
First Year Fall 2020 This project is an abstract building which focuses on spatial differ ences, simple circulation, and case study materials. It also focuses on materials where lighting effects change due to it. Each architectural building has its own unique space and circulation which is created from its usage and want. To connect each room, this project inserts a spiral staircase that surrounds the rooms. A part of the stair (double stair portion) is taken from a case study project Vitrahaus which was created by Herzog & de Meuron. The steep side consists of an area where people can either use it for circulation or to sit and rest. The exterior facade is also taken from a case study project, Sunny Hills, which was created by Kengo Kuma. The exceptional wood framing creates its own unique space inside and a very unique look to the building on the outside. When the lights pass through these wooden frames, it casts a shadow in the interior that creates a for est-likeAxonometricfeeling.
04 Case Study Interpretation Structure
Study Case 1: Vitrahaus Window and FrameStudy Case 2: Sunny Hills Wood Wall Structure Initial Study Model Exploded Axonometric with Details
Public PrivateService UP DN A B A Perspective Perspective PrivateServicePublic Second Level Floor Plan Parti Diagram Section A
05 New Library First Year Spring 2021
This new library at Cal Poly Pomona is located at the open space near building 7 (architecture department). This building is connected to the architecture department though the plaza which is a space for circulation and for students to gather at. This new library focuses on the usage of the interior walls that separate each space, the big open spaces that creates an open feeling, and the use of the exterior facade. The walls located at the interior of the library are used for structural support, circulation, and the separation of various spaces inside. As of circulation, the middle wall contains a stair and elevator inside, connecting the entire building into one. Moving onto the big open spaces, there are spaces two or three story high to create con nections and an open feeling throughout the library. The exterior facade contains a slanted wall made of concrete to create a more quiet and isolated environment in cer tain areas of the library. In areas that are closer to the ground, the glass walls are placed to create the connec tion between the people inside and outside. Lastly, lighting is another big feature in this project. In rooms such as the exhibit and cafe, they are lit up with a vast amount of light coming from the roof of the building, providing most of the lights. Because most of the lights are created from above, the side of the building is mostly made of solid material that limits the lights’ access.
BIRDSEYE VIEW OF LIBRARY
Open Exhibit Space Food StorageServicePrep/CounterSpaceRestroom O ceRestroom A B Loading Dock Lobby Shunta Abe Scale: 1/8” = 1’ Floor Plan Entrance Level Cal Poly Pomona University Ground Floor Plan
Shunta Abe Scale: 1/8” = 1’ Site Section Cal Poly Pomona University Basement Floor Plan Second Floor Plan Site Section
The interior of the library contains a very unique idea. The main five walls in the library not only function as place holders for stacks but are also used to separate spaces, create circulations, and to create resting spots as well as big holes for connections. With this, the program has various different shapes of spaces which is reflected from the amount of space wanted in each place. The circulation of this library is not only simple but creates a vision of the flow of people going through the library for various reasons. The simple circulation allows each person to get to their destination easily and creates a comfortable space for all people.
Program Diagram Wall
CirculationDiagramDiagram
Interior Storage View Interior to Exterior Connection
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