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2023 SCI-Arc Undergrad

KHANH NGUYEN

khanhnguyen.kn843@gmail.com

(626)-560-8302

Southern California Institute of Architecture

SCI-Arc

Undergraduate

Khanh N. Nguyen

Design Studio Apply Study A Jazzy Attraction Fragments - Tiny Town The Ghetto Film School K&K Apartment Co-Working Office Construction Document Design Development Environmental System Tectonic 06 - 17 18 - 31 32 - 43 44 - 53 54 - 61 64 - 73 74 - 85 86 - 95 96 - 103

Content Table

A JAZZY ATTRACTION

Instructor: Elena Manferdini

Partner: Shuo Chieh (Tommy) Ho

Fall 2022

Approaching contemporary identity in architecture by avoiding generic iconic forms and the myth of Frampton’s vernacular, which are no longer relevant in our globally connected world. Instead, the focus will be on how digital technologies and global capital have changed notions of consumption, property, emulation, and comfort. The class will encourage a reconsideration of the interior’s design as a determining factor in personal and collective identity.Tracing a line that connects a series of public programs like offices, libraries, hospitals, stores, hotels, railways trains, gym, which to a greater or lesser extent depend on the language of domestic interior. These hybrid interiors contain elements of domestic identity but serve other functions as well. The students will design a new identity for the abandoned 10,000 sqm Magazzini Raccordati tunnels in Milan, Italy. The tunnels are distributed along the axes of Via Aporti and Via Sammartini and characterized by their arched spaces and facades.

The identity of an architectural project not only lies in its formal aesthetic or the intricate facades, but also the impact of the infrastructure to its surrounding sites. The Milano Centrale Station plays a significant role in the city of Milan, with its long history and positive impacts on the city, the Centrale station can be seen as a renowned landmark. With its long history on the site, the building is covered with gratifying and other forms of creative street art, in which, the aesthetic of these urbanic markings on the facade becomes a part of the identity of the station. ( Unfold Model )

We believe that restoring an existing infrastructure should not be about replacing it, but about refitting a new life into an existing shell. By doing so, we would help to decrease the number of waste of material and land. We believe that in response to the urgency of sustainability, our contribution would be adding onto the existing structure. Our aim is not to erase its historic identity, but modernize it to respond to the current needs of the city, together with reintroducing the project to future generations.

The model photos are taken at Studio, before putting on dispay at the exhibition.

Top of Tunnel Renders

Under Tunnel Renders

FRAGMENTS - TINY TOWN

Instructor: Florencia Pita Spring 2022

In this studio, our goal is to design a community in the Illano Del Rio desert. The concept of the project is to design a community for the un-home. The studio is splitted into 3 small projects, focusing on form and materiality. The House project is for exploring forms and texture. Here, I can explore the possitivities of how these fragments of objects can be combined and use as an architectural element. The second part is Garden; the goal is to come up with a small garden design for the housing. Lastly, the Town Project. In this last step, the studio will bring all their ideas from the previous project to reality.

The task is sampling and designing the project with real industrial materials as well as illustrate the construction sequence of the building. For my project, I want to emphasize the beauty of curvature of the desert plants, as well as the strong wind; therefore, using wire and the aesthetic aspect of expose structure has help me achieve the design.

The design process start with the concept sketch, then model and lastly a rendered version. The initial requirement is to start with an “A” form structure. The facade patterns are inspired by the plants and sand texture at the site.

Site image Site Concept

Carrying the wavy and intertwine of nature of the landscape to the garden design, forming almost like a Zen garden pattern. The patterns will be the indication of border between neighbor, there will be no fence needed to emphasize the communal aspect of the project.

CNC Model

Implementation of Texture Studies

Color and Material Mood Board

Interior Texture and Color Concept

East Section and Detail Sections

Rendered Plan and Interior Axon Sections

Construction Sequence

31 Completion Render

THE GHETTO FILM SCHOOL

Instructor: Mira Henry Spring 2021

Locate at 7th and Hoover St, LA. The project is for the Ghetto Film school. The school is helping teach young filmmakers to develop their voices and give them a platform to tell their stories to the world, creating meaningful professional experiences and job placements for high school students and equipping students for top universities and careers in the creative industry.

The building design is based on the behind-the-scene process of filmmaking. The green color is inspired by the green screens used in the process and by the beautiful quilt by Rosie Lee Tompkins. The building arranges to emphasize the site location by providing flow and outdoor space.

Physical Model is made with left over plaster, metal wires and wooden sticks. The Idea is to create an architectural model with simple available materials. The concept behind is playing with contrasts, bulky and thin, dark and light, smooth and rough.

36 7th Street Hoover Street Site Plan

Courtyard Sections

37 Doublesided Glass Aluminum Pipe Plaster Pannel Concrete Ground Scale: 1/8 - 1’ 0 Scale: 1/8 - 1’ 0 Aluminum Pipe Double sided Glass Concrete Ramp Ground

Starting form

Create circulation

Rearrange

Diagram showing the transformation of massing

39 Scale : 1/16” = 1’ 0 Scale 1/16” = 1’ 0 PublicScreeningArea Eating/ Social Area Reception Shop Exhibition LargeSoundstage Small Soundstage Scale 1/16” = 1’ NontraditionalClassrooms Scale 1/16” = 1’ Reading Area PrivateScreeningArea Library 39 Ground Floor First Floor Second Floor Whole Section

Street View and Threshold Renders

Courtyard and Interior Render

K&K APARTMENT

Instructor: Ramiro Diaz-Granados

Partner: Kimmy Van

Fall 2020

Locate at the heart of China Town, Los Angeles. This micro-housing is focusing on providing affordable housing to Down Town LA. The agenda is to create as slender and porous massings as possible to participate in the aesthetic realm of delicateness, fragility, and precariousness architecture. It is creating a section-active dwelling unit using a planar, faceted geometry to correspond to the site’s tectonic logic.

The units types should be loosely based on the various types discovered in the precedent pairing research. Consider how the volumetric units might tessellate (tile) into larger patterns that produce a textured or smooth massing effect.

The facade of the model is made of an aggragation of modular pieces, mocking the aesthetic of ruinism. The modular pieces later on trnasformed to residential units.

Different sizes of units in 3 aperture variations with 2 opposing chamfer directions equaling 18 unit types. These units are arranged into 15 vertically stacked columns, all spanning 50

Floor Plan

10th

Type 3

Ground Condition Render

Each unit of the building comes with a built-in full size bed and beautiful kitchen wooden cabinets. Large windows provide residents a complete view and experience of Chinatown and Downtown LA

East Elevation Render

West Section

51 Design Studio 3A

East Facade Render

Core Render

53 West Facade Render

CO-WORKING OFFICE

Instructor: Alexis Rochas

Fall 2019

The task of designing an office space in a given location is a complex and challenging endeavor that requires a deep understanding of spatial design and its functions. In this studio, we will explore the many different aspects of office design, including the various types of creative office spaces and their layouts, to create unique and innovative designs that are tailored to the needs of the client and the existing building. Through careful research and analysis, we will develop a comprehensive understanding of the space we are working with, taking into account its size, shape, and orientation, as well as its natural light and ventilation. We will then use this knowledge to create a design that is both functional and aesthetically pleasing, incorporating the latest trends and best practices in office design. Finally, we will bring our design to life through the use of stop motion animation, showcasing the final result in a creative and engaging way.

57 57

3D printed chunk models of interior curve walls that creating new spaces for office uses

Spatial Sequences from Short Video

APPLY STUDY

CONSTRUCTION DOCUMENT

Instructor: Kerenza Harris; Pavel Getov

Partner: Adam Rafeedie; Jiin Jeong; Hamad Al Ramadhan; Alec Melkonian

Fall 2020

The course focuses on advanced methods of project delivery and construction documents incorporating digital technologies and investigating new models for linking design and construction processes. It introduces Building Information Modeling as one of the tools for realignment of the traditional relationships between the project stakeholders. Using a single unit residential building located in Los Angles, students will analyze and develop the architecture by creating a detailed 3d digital model and a set of 2d construction documents specifically tailored for the design challenges of a single unit residential project. Lectures and site visits to fabricators and construction sites will further inform students of technical documentation methods for projects that are operating on the forefront of design and construction technologies to date.

_ Course Description_

R15'-1131/32"

66 1 A-4.2 A B C D E F H 1 2 3 4 G 16.7% 148 SF PLUMBING 005 68'3" 903 SF PUMP ROOM 002 R36'-6 31/32"

1 A-4.1 401 SF MEP ROOM 004 397 SF MEP ROOM 003 LC 9'0" LC 9'0" LC 9' 0" LC 9' 0" LC 9' 0" LC 9' 0" LC 9' 0" LC 9' 0" 22' 6 31/32" 33' 9 1/32" 130'8 21/32" CL 9' 0" CL 9' 0" CL 9' 0" 36' 0 23/32" 28'8 7/16" LC 9'0" LC 9' 0" 231 SF CORE 006 VAN 10 9 8 7 6 5 4 3 2 1 13 14 12 11068 SF PARKING 001 4' 11" 001.3 001.4 001.5 001.2 001.1 ELEVATOR ELEVATOR VAN CL 9' 0" 8' - 0" CL 9' - 0" A-7.3 1-JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-1.0 BASEMENT PLAN No.DescriptionDate 1/8" 1'-0" BASEMENT PLAN 1

67 DN 1 A-4.2 A B C D E F H I 1 2 3 4 4 G 8 5/8" 142' 0 5/8" 61' 5 19/32" 40' 10 13/16" SAN JULIAN ST BACK ALLEY 10 13/16" 45' 9 1/4" 77' - 1 15/16" 20'7 29/32" 21'0 27/32" 20'8 11/32" 14' 2 5/16" 13' 10 1/16" 14' 2 11/16" 14' - 7 9/32" CL CL 14' 0 3/16" CL 13' 9 3/8" CL 14'-19/32" CL CL 14'-011/32" 20'7 29/32" PROPERTYLINE PROPERTY LINE PROPERTY LINE PROPERTY LINE 8 3/4" MIXED USE & COMMERCIAL 29,000 SQ FT, 4 STORIES BACK ENTERANCE CL CL 14'-11/32" MAINENTERANCE SIDE ENTERANCE STOREENTERANCE PARKING GALLERY ENTERANCE 1 A-4.1 2 A-3.2---2 A-5.1JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-0.5 SITE PLAN No.DescriptionDate 1/8" 1'-0" SITE PLAN 1

68 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" ROOF 54' - 15/32" POLYCARBONATE PANEL PHOTOVOLTAIC PANELS 54'2 15/32" LIGHT GAUGE STEEL 100.2 100.1 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" ROOF 54' 2 15/32" ALUMINUM AND GLASS CURTAIN WALL 100.1 100.2 100.3 JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-3.2 EXTERIOR ELEVATIONEAST No.DescriptionDate 1/8" 1'-0" EXTERIOR ELEVATION - EAST 1 1/8" 1'-0" NO FACADE EXTERIOR ELEVATION - EAST 2

69 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" BASEMENT PLAN -11' - 6" ROOF 54' 2 15/32" 400.1 100.9 300.11 001.5 400.7 143 SF WC 102 Redundant Room LOBBY 103 190 SF CORE 307 190 SF CORE 112 903 SF PUMP ROOM 002 100.4 1325 SF LOBBY 400 231 SF CORE 006 2956 SF DANCE HALL 301 1828 SF ART GALLERY SPACE 201 1827 SF ART GALLERY SPACE 200 1106 SF LOBBY 203 Redundant Room LOBBY 302 200.7 190 SF CORE 202 190 SF CORE 403 11068 SF PARKING 001 A-4.3 4 D1 B1 A-4.3 5 A1 A-4.4 1 A-4.4 2 A-4.4 3 A-4.4 4 A-4.4 5 A-4.4 6 A-4.4 7 A-4.4 8JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-4.1

SECTION No.DescriptionDate 1/8" 1'-0" LONGITUDINAL SECTION 1

LONGITUDINAL

70 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" BASEMENT PLAN -11' - 6" ROOF 54' 2 15/32" 400.1 400.2 12' 3 15/32" 14' 0" 13' 5" 14' 6" 11'6" 300.2 300.1 328 SF KITCHEN 101 1827 SF ART GALLERY SPACE 200 300.3 A-4.3 JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-4.2 CROSS SECTION No.DescriptionDate 1/8" 1'-0" CROSS SECTION 1

71 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" A-6.1 3 A-6.1 5 A-6.1 10" STRUCTURAL CONCRETE SLAB FINISH FLOOR PER SCHEDULE CONTINUOUS WATER / VAPOR BARRIER 1" DOUBLE GLAZED LOW-E GLASS 2-PIECE DOUBLE GLAZED CHANNEL DEEP DEFLECTION 2" TRACK EXTRUDED ALUMINUM STOREFRONT CASEMENT 10" STRUCTURAL CONCRETE SLAB LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" BASEMENT PLAN -11' - 6" 4 ROOF 54' 2 15/32" A-6.1 1 A-6.1 4 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" BASEMENT PLAN -11' - 6" ROOF 54' 2 15/32" B1 LEVEL 1 0" LEVEL 2 14' 6" LEVEL 3 27' 11" LEVEL 4 41' 11" BASEMENT PLAN -11' - 6" ROOF 54' 2 15/32" A1 A-6.1 6 300.11 WA-C 001.5 WA-C 400.7 200.7 100.9 WA-C A-6.2 2 JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-4.3 WALL SECTIONS No.DescriptionDate 1/2" 1'-0" CROSS SECTION - Jiin Jeong 1 1/2" 1'-0" MASONRY VENEER WALL SECTION - Adam Rafeedie 2 1/2" 1'-0" WALL SECTION 3 - Khanh Nguyen 4 CONCRETE WALL 8" 3" LW CONCRETE SLAB ON 2" METAL DECK W-WIDE FLANGE W10X30 COMPOUND CEILING 2' X 4' ACT SYSTEM CONCRETE SLAB PER STRUCTURAL FLOOR ASSEMBLY PER PLANS CONCRETE SLAB 6" PAD - EARTH 1/4" 1'-0" WALL SECTION 4 - HAMAD ALRAMADHAN 5 1/2" 1'-0" CMU Wall Section - Callout 1 6 1/2" 1'-0" CMU Wall Section - Callout 3 7 CONCRETE SLAB 6" PAD EARTH CONCRETE SLAB PER STRUCTURAL FLOOR ASSEMBLY PER PLANS COMPOUND CEILING 2' X 4' ACT SYSTEM W-WIDE FLANGE W10X30 CONCRETE WALL 8" COPING METAL PLATE MASONRY VENEER WALL FACADE L BRACKET SYSTEM VAPOR BARRIER W 10X30 WIDE FLANGE METAL DECK WITH CONCRETE FINISH 2X6 WOOD STUD RIGID INSULATION 5/8 GYPSUM WATERPROOF MEMBRANE FLOOR ASSEMBLY PER PLAN CONCRETE SLAB PER STRUCTURAL CONCRETE STRUCTURAL COLUMN PER STRUCTURAL CONCRETE PAD 6" COLUMN FOOTING (STRUCTURAL FOOTING) PER STRUCTURAL

72 CEILING FRAME GLASS / CURTAIN WALL MULLION BEYOND STRUCTURAL CONCRETE LEVEL 2 14' 6" CONCRETE WALL 8" 4" CONCRETE SLAB ON VAPOR BARRIER BASE & FIN. FLR. (SEE FIN. SCHEDULE) SILL FLASHING T-PROFILE ROUGH BUCK WATERPROOFING MEMBRANE RIGID INSULATION EXT INT CONCRETE WALL PER STRUCTURAL METAL PLATE U-PROFILE FIN. GRADE LEVEL 1 0" 7 13/32" MASONRY VENEER UNIT CLADDING L BACKET VAPOR BARRIER WATER COLLECTION DRIP EDGE WATERPROOF MEMBRANE PARTIALLY OPEN L JOINT RIGID INSULATION 5/8'' GYPSUM BOARD 2X6 WOOD STUD L WIDE FLANGE 10X30 W WIDE FLANGE 10X30 WOOD ANCHORS COPING PLATE SEALANT WEDGE CLADDING L BRACKET MASONRY VENEER UNIT CLADDING BREAK WATERPROOF MEMBRANE VAPOR BARRIER STEEL BAR JOIST WELDED TO BEARING PLATE ROOF DECKING NOTCH POCKET ROOFING INSULATION MEMBRANE WOOD STUD CAP 2X4 CAPPING SHEET PROTECTING WATER PROOF WATER PROOFING MEMBRANE CERAMIC TILE FOR UV PROTECTION ROOF CANT EXT INT T-PROFILE U-PROGILE ROUGH BUCK DRAINAGE BLANKET RIGID INSULATION WATERPROOFING MEMBRANE 12" REINFORCED CONCRETE FLOORING JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-6.1 EXTERIOR DETAILS No.DescriptionDate 3" 1'-0" GLASS TO CEILING -Jiin Jeong 5 3" 1'-0" FLOOR TO CURTAIN WALL- Khanh Nguyen 2 3" 1'-0" CONCRETE SLAB ON GRADE - Hamad Alramadhan 6 1 1/2" 1'-0" MASONRY VENEER WALL TO GROUND - Adam 1 1 1/2" 1'-0" MASONRY VENEER ROOF - Adam Rafeedie 4 3" 1'-0" GROUND TO FLOOR -Jiin Jeong 3 GLASS/ CURTAIN WALL CONCRETE SLAB ALUMINUM FRAME

73 GLAZING RAIL MULLION SPANDREL GLAZING BATT INSULATION FIBER CEMENT CEILING 5/8" W10X30 WIDE FLANGE SPRAY ON 1/HR FIREPROOFING CONCRETE SLAB ON METAL DECK L-PROFILE METAL PLATE VAPOR BARRIER METAL PLATE LIGHT GAUGE METAL STRUCTURE GLASS POLYCARBONATE PANEL SEALANT WEDGE COPING PLATE ROOF CANT CERAMIC TILE FOR UV PROTECTION WATER PROOFING MEMBRANE CAPPING SHEET PROTECTING WATER PROOF ROOF DECKING NOTCH POCKET ROOFING INSULATION MEMBRANE WATERPROOF MEMBRANE JIIN JEONG ADAM RAFEEDIE KHANH NGUYEN ALEC MELKONIAN CLIENT: ALBUS DUMBLEDORE JAKHa ARCHITECT HAMAD AL RAMADHAN A-6.2 EXTERIOR DETAILS No.DescriptionDate 3" 1'-0" FLOOR CONNECTION - HAMAD ALRAMADHAN 1 3" 1'-0" ROOF DETAIL - HAMAD ALRAMADAHN 2

DESIGN DEVELOPMENT

Instructor: Pavel Getov; Scott Uriu; Jamey Lyzun

Partner: Anqui wang; Brandon Brown; Kimmy van; Yumin Zhang, Yuntung(Eunice) Liu; Chris Gonzales; Dalya Bukhamseen; Yongjie Qi

Fall 2021

“The course investigates issues related to the implementation of design: technology, the use of materials, systems integration, and the archetypal analytical strategies of force, order and character. The course includes a review of basic and advanced construction methods, analysis of building codes, the design of structural and mechanical systems, eEnvironmental systems, bBuildings service systems, the development of building materials and the integration of building components and systems. The intent of this course is to develop a cohesive understanding of how architects communicate complex building systems for the built environment and to demonstrate the ability to document a comprehensive architectural project and stewardship of the environment.” - Course Description.

DESIGN

INSTRUCTORS:

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MEMBERS:

PENCIL

DATE:

SCALE:

SHEET:

SHEET NAME: MEGA

Playing o of the bundling structure of Sears/Willis tower in Chicago, our project is an aggregation of 10 bundled towers that span up to 372 feet and 35 oors into the air

Anqi Wang Brandon Bown Chris Gonzales Dalya Bukhamseen Khanh Nguyen Kimmy Van Salih Albarrak Yongjie Qi Yumin Zhang Yuntung (Eunice) September NTS _ CHINATOWN, Scott Uriu Pavel Getov

Matthew Melnyk Jamey Lyzun

PLUME TOWER

AS 3040 DEVELOPMENT FALL 2021

A A B B C C D D G G H H I I J J E & F E & F

77 December 7, A15

78 CONCRETE STRUCTURE DIAGRAM 1 CONCRETE STRUCTURE ELEVATION 2 CONCRETE STRUCTURE PLAN 3 STEEL TOWER ROOF STRUCTURE STEEL SHEAR WALL BRACING CONCRETE SHEAR CONCRETE TOWER CONCRETE BASE CONCRETE STRUCTURAL SLAB STEEL TOWER ROOF STRUCTURE STEEL SHEAR WALL BRACING CONCRETE SHEAR WALL CONCRETE TOWER CORE CONCRETE BASE CONCRETE STRUCTURAL SLAB CONCRETE SHEAR WALL CONCRETE TOWER CORE 1" THICK BENT STEEL PLATE EA. SIDE 1" THICK STEEL GUSSET PLATE CONTINUOUSLY WELDED HSS8x8x1/2" STEEL CROSS BRACING HSS8x8x1/2" STEEL BRACE FRAME CONCRETE TOWER CORE

79 ROOF WALL WALL CORE STRUCTURAL CONCRETE TOWER CORE BASE TOWER TIE STEEL TUBE BRACING CONCRETE TOWER CORE S2 December 7, NTS _ of 10 STRUCTURE: BASE TOWER TIE BASE STRUCTURE DIAGRAM 1 TOWER TIE BASE STRUCTURE ELEVATION 3 TOWER TIE BASE STRUCTURE PLAN 4 TOWER TIE BASE STRUCTURE DETAIL 2 1" THICK BENT STEEL PLATE 1" THICK STEEL GUSSET PLATE CONTINUOUSLY WELDED HSS8x8x1/2" STEEL CROSS BRACING HSS8x8x1/2" STEEL BRACE FRAME CONCRETE TOWER CORE CONCRETE TOWER CORE TOWER TIE STEEL TUBE BRACING CONCRETE TOWER CORE TOWER TIE STEEL TUBE BRACING

STEEL BRACING

CONCRETE DECK

PLUME TOWER

CONCRETE CORE

STEEL FRAMING

DESIGN

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SECONDARY STRUCTURE

Anqi Wang Brandon Bown Chris Gonzales Dalya Bukhamseen Khanh Nguyen Kimmy Van Salih Albarrak Yongjie Qi Yumin Zhang Yuntung (Eunice) SHEET: December NTS _ 0F 10 PENCIL T CHINATOWN, LOS Scott Uriu Pavel Getov Matthew Melnyk Jamey Lyzun

AS 3040 DEVELOPMENT FALL 2021

RAIN GUTTER

WATERPROOF MEMBRANE

WIRE MESH STEEL REBAR

PROTECTION LAYER

THERMAL INSULATION

CONCRETE

SECONDARY BEAM

EXTERIOR ELASTOMERIC WATERPROOF MEMBRANE

HEADER

LOW-E DOUBLE GLAZING PRIMARY BEAM (12” x 6” x 1/2”)

DOUBLE TOP TRACK

PIPE

STEEL DECKING

3-1/2” FIBERGLASS INSULATION

HANGER ROD

STEEL JOIST

HAT CHANNEL GYPSUM BOARD

5/8” TYPE X GYPSUM BOARD

CLADDING RAIL

RIGID INSULATION

5/8” EXTERIOR GYPSUM BOARD

EXTERIOR ELASTOMERIC WATERPROOF MEMBRANE

WEEP SCREED

WIRE MESH STEEL REBAR

WATERPROOF MEMBRANE

WOOD DECKING

CONCRETE WAFFLE RIB

5/8” TYPE X GYPSUM BOARD

RIGID INSULATION

3-1/2” FIBERGLASS INSULATION

WOOD DECKING CEMENT BOARD PRIMARY BEAM

SECONDARY BEAM

4” STEEL STUDS @ 16” O.C. (25 GAUGE) STEEL JOIST

HAT CHANNEL GYPSUM BOARD

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GUSSET PLATE

6” STEEL STUDS @ 24” O.C. (25 GAUGE)

5/8” EXTERIOR GYPSUM BOARD (48” x 8’)

METAL SHEET FACADE

CLADDING RAIL

PENCIL TOWERS CHINATOWN, LOS

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Anqi Wang Brandon Bown Chris Gonzales Dalya Bukhamseen Khanh Nguyen Kimmy Van Salih Albarrak Yongjie Qi Yumin Zhang Yuntung (Eunice)

November NTS _ 0F

Scott Uriu Pavel Getov Matthew Melnyk Jamey Lyzun

LA PLUME TOWER AS 3040 DESIGN DEVELOPMENT FALL 2021 WALL SECTION

A4 1 A4 3 A4 2

CARBON STEEL FIRE STAIR

REINFORCED CONCRETE CORE

DUAL PANE OPERABLE WINDOW

REINFORCED CONCRETE FLOORING

FACADE PANEL SUPPORT

LA PLUME TOWER

2X6 STUD

GYPSUM

PLASTER

LIGHT GAUGE STEEL FRAMING

WATER RESISTANT MEMBRANE INSULATION

FACADE SUPPORT SYSTEM

PERFORATE LIGHT GAUGE STEEL PANEL

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STAINLESS STEEL HANDRAILING

DUAL PANE GLASS

REINFORCED CONCRETE WALL

STEEL BRACING

REINFORCED STEEL WAFFLE SLAB

REINFORCED CONCRETE COLUMN

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Anqi Wang Brandon Bown Chris Gonzales Dalya Bukhamseen Khanh Nguyen Kimmy Van Salih Albarrak Yongjie Qi Yumin Zhang Yuntung (Eunice) SHEET: September NTS _ 0F PENCIL CHINATOWN, Scott Uriu Pavel Getov Matthew Melnyk Jamey Lyzun AS 3040 DESIGN DEVELOPMENT FALL 2021

J A

EXTERIOR GYPSUM

INSULATION

LIGHT GAUGE STEEL FRAMING

STAINLESS STEEL REBARS

REINFORCED CONCRETE CORE

DUAL PANE OPERABLE WINDOW

WATERPROOFING MEMBRANE

INSULATION

GYPSUM BOARD

2X6 STUD

PLASTER

LIGHT GAUGE STEEL FRAMING

FACADE PANEL SUPPORT STRUCTURE

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GYPSUM BOARD

PLASTER

PENCIL

PERFORATED LIGHT GAUGE STEEL PANEL

WATERPROOF MEMBRANE

GYPSUM BOARD

INSULATION

REINFORCED CONCRETE WALL

STAINLESS STEEL HANDRAIL

WOOD PANEL FLOORING

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REINFORCED CONCRETE COLUMN

STAINLESS STEEL REBARS

September NTS _ 0F 10

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DETAIL CHUNKS

Anqi Wang Brandon Bown Chris Gonzales Dalya Bukhamseen Khanh Nguyen Kimmy Van Salih Albarrak Yongjie Qi Yumin Zhang Yuntung (Eunice)

TOWERS CHINATOWN, LOS Scott Uriu Pavel Getov Matthew Melnyk Jamey Lyzun

LA PLUME TOWER

AS 3040 FALL 2021

LEVEL 06: 3,186 sf, OCC. TYPE: R 1:200, OCC. LOAD: 16

LEVEL 05: 880 sf, OCC. TYPE: R 1:200, OCC. LOAD: 5

LEVEL 04: 1,770 sf, OCC. TYPE: R 1:200, OCC. LOAD: 9

LEVEL 03: 5,829 sf, OCC. TYPE: M 1:60, OCC. LOAD: 98

LEVEL 02: 8,207 sf, OCC. TYPE: M 1:60, OCC. LOAD: 137

LEVEL 01: 14,147 sf, OCC. TYPE: M 1:60, OCC. LOAD: 236

PODIUM EGRESS PLAN

EGRESS DIAGRAMS

3RD FLOOR MERCANTILE 98 OCCUPANTS x 0.3: 29.4" MIN.

2ND FLOOR MERCANTILE: 137 OCCUPANTS x 0.3: 41.1" MIN.

GROUND EGRESS PLAN 2 EGRESS DIAGRAM 5

84 TO PUBLIC WAY TO PUBLIC WAY LEVEL 32: 708 sf, OCC. TYPE: R 1:200 OCC. LOAD: 4 LEVEL 33: 352 sf, OCC. TYPE: R 1:200 OCC. LOAD: 2 LEVEL 34: 0 sf LEVEL 35: 0 sf LEVEL 31: 1,056 sf, OCC. TYPE: R 1:200 OCC. LOAD: 6 LEVEL 30: 2,124 sf, OCC. TYPE: R 1:200 OCC. LOAD: 11 LEVEL 29: 1,408 sf, OCC. TYPE: R 1:200 OCC. LOAD: 8 LEVEL 28: 2,832 sf, OCC. TYPE: R 1:200 OCC. LOAD: 15 LEVEL 27: 1,408 sf, OCC. TYPE: R 1:200 OCC. LOAD: 8 LEVEL 26: 2,124 sf, OCC. TYPE: R 1:200 OCC. LOAD: 11 LEVEL 25: 1,408 sf, OCC. TYPE: R 1:200 OCC. LOAD: 8 LEVEL 24: 2,832 sf, OCC. TYPE: R 1:200 OCC. LOAD: 15 LEVEL 23: 1,232 sf, OCC. TYPE: R 1:200 OCC. LOAD: 7 LEVEL 22: 2,478 sf, OCC. TYPE: R 1:200 OCC. LOAD: 13 LEVEL 21: 704 sf, OCC. TYPE: R 1:200 OCC. LOAD: 4 LEVEL 20: 1,416 sf, OCC. TYPE: R 1:200 OCC. LOAD: 8 LEVEL 19: 880 sf, OCC. TYPE: R 1:200 OCC. LOAD: 5 LEVEL 18: 1,770 sf, OCC. TYPE: R 1:200 OCC. LOAD: 9 LEVEL 17: 880 sf, OCC. TYPE: R 1:200 OCC. LOAD: 5 LEVEL 16: 1,770 sf, OCC. TYPE: R 1:200 OCC. LOAD: 9 LEVEL 15: 1,232 sf, OCC. TYPE: R 1:200 OCC. LOAD: 7 LEVEL 14: 2,478 sf, OCC. TYPE: R 1:200 OCC. LOAD: 13 LEVEL 13: 1,408 sf, OCC. TYPE: R 1:200, OCC. LOAD: 8 LEVEL 12: 2,832 sf, OCC. TYPE: R 1:200, OCC. LOAD: 15 LEVEL 11: 1,584 sf, OCC. TYPE: R 1:200, OCC. LOAD: 8 LEVEL 10: 3,186 sf, OCC. TYPE: R 1:200, OCC. LOAD: 16 LEVEL 09: 1,584 sf, OCC. TYPE: R 1:200, OCC. LOAD: 8 LEVEL 08: 3,186 sf, OCC. TYPE: R 1:200, OCC. LOAD: 16 LEVEL 07: 1,584 sf, OCC. TYPE: R 1:200, OCC. LOAD:

December 7, 2021 NTS _ of 29 TO PUBLIC WAY

TO PUBLIC WAY

THIRD FL. PODIUM EGRESS STAIRS 4 2ND FL. PODIUM EGRESS STAIRS 1 A16

85 ELEVATOR A11 ADA DIAGRAMS December NTS _ of 29

ADA AXONOMETRIC DIAGRAM 1 SECOND FLOOR ADA PLAN 4 WOMEN'S RESTROOM 3

2 SECOND FLOOR LOBBY FROM PUBLIC WAY PUBLIC SIDEWALK PATH OF TRAVEL FROM PUBLIC WAY A18

MEN'S RESTROOM 6 DRINKING FOUNTAIN 5

ENVIRONMENTAL SYSTEM II

Instructor: Jamey Lyzun

Partner: Peter Rosa; Eric Swanson, ; Eliot Sauquet; Nadia Calderon; Tsheofatso Dintsi; Chris Gonzales

Fall 2021

This course focuses on advanced building systems and technologies with a special emphasis on environmental systems, sustainability, performative architecture, and integration of building systems. The content includes generative and active building environmental systems and design strategies and their integration and optimization with the building site, orientation, and envelope/façade, in relationship to renewable natural resources and occupant needs. The seminar also covers building systems and services such as plumbing, electrical, fire protection, vertical transportation, security and building management systems; focusing on architectural considerations and overall systems integration. The project is a continuation of the fisrt Environment System class, the goal is to redesign the extisting precedent into a multi funcion building.

THE GREEN COLLECTIVE EXISTING BUILDING STRUCTURE ANALYSIS

GC CHRIS GONZALES ELIOT SAUQUET ERIC SWANSON KHANH NGUYEN NADIA CALDERON PETER ROSA TSHEGOFATSO DINTSI AS3031 AS ENV SYSTEMS II| INSTRUCTOR JAMEY LYZUN Internal and Peripheral Concrete Columns 2 Concrete Egress Cores WoodStamped Poured Concrete Floors

TECTONIC

Instructor: Maximiliano Spina; Randy Jefferson

Partner: Emilio Bustos; Wenhao Huang; Benjamin Hur

Fall 2020

This courses focuses on tectonics (predominantly building envelopes) and performance (largely consisting of technical, technological, cultural, and environmental dimensions). Working in groups throughout the semester, students analyze and document a precedent in order to formulate a series of hypotheses in an attempt to construct a number of interrelated tectonic conjectures. In scrutinizing building assemblies, the class will attempt to position construction analysis so as to produce both technical knowledge and critical awareness of embedded cultural habits.

The goal is to understand the tectonic of buildings, and the final product will be a concept hybrid of precedents. The process requires teamworking skills and thorough research. Members of each team will have equal responsibility for the final product. Studying the structure of Meret Oppenheim Tower and Ycone La Confluence Tower by creating different detail sections and renders will help the groups understand each tower’s material and design, preparing the groups for the final project.