Architecture Portfolio _ DucN

P

ORTFOLIO

Architecture Duc Nguyen

The Hopper House: Spatial Operation

2 0 2 0 - 2 0 23

C

ontent

nuS

dniW

dniW

gnikroW

gniviL

noitalucriC lacitreV

gnikooC

gnipeelS

gnihtaB

THE CO-HOUSING

THE HOPPER HOUSE

ROCK LAND, MAINE

HO CHI MINH CITY, VIETNAM

A phase-of-life experience that yields enormous personal growth for its participants.

An approach to utilize the unoptimized space and adapt to the increase in population.

Fall 2022

Winter 2022

THE ROBOTIC LAB

THE NOHO MUSEUM

THE BOYS & GIRLS CLUB

VENICE, CALIFORNIA

NOHO, NEW YORK

ALMA, KANSAS

A place where the interaction between humans and robots is encouraged.

The circulation through museum escalates visitors’ experience to the presentation of art.

Students come to explore theirs history, experience their life, and express their personalities.

Summer 2021

Spring 2021

Fall 2020

01 THE APPRENTICESHOP CO-HOUSING The Apprenticeshop is a unique, phase-oflife experience that yields enormous personal growth for its participants.

Workflow: Revit, Enscape, Adobe Suite.

Though a tight-knit community, the

Apprentices lack a shared living space, often struggling to find short-term housing during their stay. The creation of co-housing addresses this vital need and aims to reflect the uniqueness of the Apprentices’ experience in Rockland, connecting them as users to the roots of their individual and collective experience as Apprentices.

For an Apprentice living space, it’s vital to focus on creating space to build community while creating personal spaces for Apprentices to retreat at the end of the day.

The Apprenticeshop 655 Main St., Rockland ME 04841 APPROACHING VIEW FROM OCEAN

Duc Nguyen - Architecture Juliana Schwartz - Interior Architecture Sabreena Leach - Landscape

The Apprenticeshop Co-housing

Connect to Purpose

Recharge

Grow in Community

The building is located on a platform constructed on the water surface and carries the local architecture form of Rockland, ME.

The building is divided into two blocks to establish communal space for share activities and private space for individuals.

The shift between two blocks creates an outdoor gathering space, strengthens the relationship between the two, and provides the whole vision of the surrounding area.

Bending

Subtracting & Adding

Extruding & Excavating

Providing protection and establising the relationship.

Adjusting the design to maximize view and relationship to the site context.

Defining outdoor-indoor relationship and depicting on-water experience.

Organization to Circulation

Structure to view

Fall 2022

UP

DN

DN

PIER LEVEL

0

3

6

12

24

0

SOUTH-EAST ELEVATION (View fro mthe ocean)

0

3

6

12

24

3

The Apprenticeshop Co-housing

Mono

Dual

Quad

STRUCTURAL DIAGRAMS

SLEEPING SPACE CONFIGURATIONS

Truss Framing Structure Taking the influence of the traditional boats, the structure of the truss reflects the interaction between keel and ribs; connecting users to their purposes of maintaining traditional boats in Rockland, Maine.

Platform Framing Structure The building’s platform is supported by concrete columns to further resist salt damage while providing stability.

The deck’s platform is supported by wooden columns for flexibility and maintenance. The feature of wood siding allows for better water drainage.

SECTION THROUGH KITCHEN & SLEEPING SPACE

0

3

6

12

24

Fall 2022

Exterior Gethering Space

Interior Gathering Space with View into Cooking Space

Dual Sleeping Space

02

Space

Define a space for living

THE HOPPER HOUSE Accommodating low-cost housing and utilizing the unoptimized space is an approach to adapt to the increase in population. Small lanes between buildings appear as a solution.

Place

Adapt to local environment

Workflow: Revit, Rhino, Adobe Suite.

Regarding the condition of Ho Chi Minh

City and the demands of citizens, small lanes between houses appear as a solution that both allows spaces for housing and retains the cultural architecture of the city.

The Hopper house is located above the 2-meter-width lane with the primary steel frame attached to the existing facade of the adjacent buildings.

Thanks to the application of stacking spaces and vertical circulation, the unit can accommodate up to 2 adults and 2 kids, making it a suitable living space for lowincome families and immigrants.

Interior

Organize interior spaces

Interaction

Estalish in-&-out connection

Optimization

Maximize the functionality

Cele 59 Alley Ho Chi Minh city, Vietnam FORMAL DIAGRAM

VOLUME ZERO Competition -TINY HOUSE 2022-

2100.00

The Hopper House

3925.00 1875.00

800.00

6800.00 2875.00

1250.00 6800.00

1475.00

3925.00

2875.00

800.00

1250.00

1475.00

1400.00

3500.00

1700.00 1700.00

3500.00

3500.00

2100.00

2100.00

5300.00

5300.00

1500.00

1500.00

1875.00

1400.00

LONGITUDINAL SECTION

LOWER LEVEL PLAN

0

0.5

1

2(m)

Winter 2022 CUSTOMIZATION While the unit is accessible using a sliding ladder, the three interior spaces are connected through the custom ladder incorporated into the shelving system

Custom Ladder Shelf

Function as shelving and climbing divice

View from the Cooking Space

Sliding Ladder

Control Accessibility

Bathing Platform

Adapt to interior spatial requirement

The Hopper House

SPATIAL OPERATION Driven by the structure and the staking of space, the interior space is divided into two different functional spaces. The back contains the cooking and bathing spaces, with the water tank located close to the ceiling.

The front emphasizes spatial stacking with the living space below and the sleeping space above.

Winter 2022

VIEW OF THE FRONT While the alley is narrow enough for two motorbikes, no more would fit, the above is the Home of Someone.

VIEW OF THE BACK

03 ROBOTIC LAB of VENICE A robotic research lab should also be a place where the interaction between humans and robots is encouraged.

Workflow: Revit, Enscape, Adobe Suite.

The building commits various observations

from low to high, from near to far, and from outside to inside to ensure a full perspective of the robots.

Human evolution is incorporated into the building through the use of materials.

Terracotta red bricks provide durability while also expressing the age of time, contrasting with the steel structure from Industrial Revolution.

125 E. South Venice blvd.

Venice, CA OVERHEAD ROBOTIC ARM

Summer Studio 2021

Robotic Lab of Venice

GRAND CANAL LEVEL

STREET LEVEL PLAN

Summer 2021

Linkage

Active OFFICE LEVEL Passive

AXONOMETRIC

GRAND CANAL LEVEL

HVAC

SECTION THROUGH THE LARGE ROBOT SPACE

C

B

Robotic Lab of Venice Terracotta Red Roman Brick (4”x2”x12”)

A To Structure 39' - 0"

Terracotta Red Roman Brick (4"x2"x12")

ROOF PLAN 36' - 0" TOP OF THE BRIDGE 34' - 6"

PVC Water Proofing Menbrance Cant Strip OFFICE LEVEL 28' - 0" Terracotta Red

Anodized Aluminum Louver Matte Finishes

Anodized Aluminum Rectangular Mullion (1.5"x2.5")

Cement Crete 3” Rigid Insulation

Roman Brick (4”x2”x12”)

5” Composite Metal Deck Steel Edge Trim Anodized Aluminum Fascia Wrapped Around Roof Edge

W Shaped I Beam (10x30)

Low E Coating Glass

Anodized Aluminum Fascia

Rigid Insulation (3”) on Composite Metal Roof Deck

Anodized Aluminum

FasciaLEVEL Wrapped RECEPTION Around 16'Roof - 0" Edge

Rectangular Steel Tubing (7”x4”)

WALKWAY LEVEL 12' - 0"

Galvanized Steel Gusset Plate Galvanized Steel Brace Connector Diagonal Steel Bracing 6 1/2” Weld to Connector W Shaped I Beam (18x207)

W Shaped I Beam (16x100)

CANAL LEVEL 4' - 0"

Anodized Aluminum Vertical Mullion (1.5”x2.5”) Anodized Aluminum Horizontal Mullion (1”x1) Low E Coating Glass W Shaped I Column (10x49)

SEA LEVEL 0' - 0"

Diagonal Steel Bracing RB Round 6 1/2”

Anodized Aluminum Louver Matte Finished (3’x23’ Panel)

Diagonal Steel Bracing 6 1.2” Cellular Beam LB 18x22

Low E Coating Glass

BRIDGE ROOFING DETAIL C

erracotta Red Roman Brick 4"x2"x12")

D

E'

E

F

1 A.400

Anodized Aluminum To StructureMullion Rectangular 39' - 0" (2.5”x5”) ROOF PLAN 36' - 0" TOP OF THE BRIDGE 34' - 6"

Galvanized Steel Bar Grating

OFFICE LEVEL 28' - 0"

W Shaped I Beam (16x100) RECEPTION LEVEL 16' - 0"

W Shaped I Column

WALKWAY LEVEL (14x283) 12' - 0" PARKING LEVEL 10' - 0"

Steel Angle Welded to

CANAL LEVEL Column4' - 0"

SEA LEVEL 0' - 0"

SECTION THROUGH THE BRIDGE

BRIDGE STRUCTURE

Summer 2021

W Shaped I Beam (10x30)

Terracotta Red Roman Brick (4”x2”x12”)

Anodized Aluminum Vertical Mullion (1.5”x2.5”)

Anodized Aluminum Horizontal Mullion (1”x1”) Low E Coating Glass

W Shaped I Column (14x283)

BRIDGE ELEVATION

VIEW OF THE BRIDGE/LARGE ROBOT SPACE

Robotic Lab of Venice

SECTION THROUGH OFFICE SPACE

VIEW FROM THE GRAND CANAL

PVC Waterproofing Membrance 5” Rigid Insulation on 5” Composite Metal Deck Aluminum Metal Coping

Parapet Aluminum Cap

Rigid Insulation (5”) on Composite Metal Roof

Cant Strip Terracotta Red Roman Brick (4”x2”x12”)

Light Gauge Steel Joist

Wire Lath and Cementitious Scratch Coat

Terracotta Red Roman Brick (4”x2”x12”)

3” Rigid Insulation 1/2” Gyprum Board PVC Waterproofing Membrance Light Gauge Steel Joist 2x1/2” Gypsum Board Steel Edge Trim W Shaped I Beam (18x71) Web Stiffener Plate Welded to Beam Clip Angle Bolted To Stiffener Plate Aluminum Flashing Strip

Anodized Aluminum Rectangular Mullion (2.5”x5”)

Steel Angle

Low E Coating Glass Terracotta Red Roman Brick (4”x2”x12”)

Anodized Aluminum Rectangular Mullion (2.5”x5”) Anodized Aluminum Horizontal Mullion (1.5”x2.5”) Low E Coating Glass

Finished Wood Floor on Composte Metal Deck (6”)

Terracotta Red Roman Brick (4”x2”x12”)

W Shaped I Beam (18x71) Anodized Aluminum Fascia Anodized Aluminum Horizontal Mullion (1.5”x2.5”) Low E Coating Glass

Finished Wood Floor on Composite Metal Deck (6”) 2” Rigid Insulation

PVC Waterproofing Membrance Steel Edge Trim

BRIDGE ELEVATION Polished Concrete on Composite Metal Deck (8”)

Anodized Aluminum Fascia Steel Beam W18x71 Steel Angle Silicone Rubber Strip

Firestop Light Gauge Steel Joist

WALL ROOFING AND FLOORING DETAIL

Terracotta Red Roman Brick (4”x2”x12”)

HVAC Unit

2” Polished Concrete Slab 2” R

Reinforced Concrete Foundation

HVAC Unit Reinforced Concrete Footing

WALL STRUCTURE

HVAC SYSTEM

Air Return

Air Supply

Anodized Aluminum Louver Matte Finished Anodized Aluminum Vertical Mullion (1.5”x2.5”) Anodized Aluminum Horizontal Mullion (1”x1”) Rectangular Steel Tuing (7”x4”) W Shaped I Beam (10x30)

Parapet Aluminum Cap 5” Rigid Insulation on 5” Composite Metal Light Gauge Steel Frame 3” Rigid Insulation Terracotta Red Roman Brick (4”x2”x12”) Anodized Aluminum Fascia Anodized Aluminum Rectangular Mullion (2.5”x5”) Low E Coating Glass

Polished Concrete on Composite Metal Deck (8”) Polished Aluminum Finish Rollertrack Terracotta Red Roman Brick (4”x2”x12”) Firestop 3” Rigid Insulation W Shaped I Beam (18x71)

Aquatic Robot Testing Tank (15’x28’) Polished Concrete on 6” Concrete Slab Light Gauge Steel Frame Reinforced Concrete Foundation Terracotta Red Roman Brick (4”x2”x12”)

)

Anodized Aluminum Fascia Wrapper Around Roof Edge Cant Strip W Shaped I Beam (18x207) Anodized Aluminum Rectangular Mullion (1.5”x2.5”) Low E Coating Glass Rigid Insulation (3”) on Composite Metal Roof Deck Diagonal Steel Bracing RB Round 6 1/2” HVAC Air Return Cellular Beam LB 18x22

Anodized Aluminum Louver Matte Finished Low E coating Glass HVAC Air Supply (Insulated) Polished Concrete on Composite Metal Deck (8”) W Shaped I Beam Bracing (10x30) W Shaped I Beam (18x207) Galvanized Steel Bar Grating

04 THE NOHO MUSEUM of ART The circulation through different museum spaces escalates visitors’ experience to the presentation of art.

Workflow: Rhino, Enscape, Adobe Suite, handcraft.

The breath of art absorbs into the design. The

design itself now becomes an art. The natural light breaths through the space and dances with the shadow. The dance touches the wall and shapes the space. And, the space now is the space of art.

The curve is the language of life, and the straight doesn’t exist naturally. While we invented the straight, we forgot that the curve causes us to explore more and slow down our life. Art is coming back to our nature. The combination of the straight and the curve is the rhythm of our nature.

375 Lafayette St. Noho, New York REVEALING THE INTERIOR SPACE

Spring Studio 2021

The Noho Museum of Art

VIEW TO THE CENTRAL LIGHTWELL

DESIGN PROCESS

SECTION THROUGH THE LIGHTWELL

Spring Studio 2021

GROUND FLOOR

1- Reception 2- Information Administration 3- Coat Room 4- Gift Shop 5- Cafe

SECTION THROUGH EXHIBITION SPACES

05 THE BOYS & GIRLS CLUB of ALMA Students not just come to grow together, but to explore their history, experience their life, and express their personalities.

Workflow: Rhino, Enscape, Adobe Suite.

The releasing feeling has been chosen to be

the central idea.

The organized manipulation of historical materials and industrial materials makes the building a special part of Alma’s development while still standing out and being special from other buildings around it.

While the scale of the building is co-related to the historical buildings nearby, the use of a mass timber structure connected to the walls implies a sense of supporting and connecting, which represents the relationship between students and their «Alma».

308-316 Missouri St. Alma, Kansas SPACE FOR GYMNASIUM

Fall Studio 2020

The Boys & Girls Club of Alma

VIEW FROM HISTORICAL TOWN

The Past The Past is History, is what has passed through.

The Past is stable, organized, and unchanged.

The Future The future is Forward, is what we are looking for. The Future is dynamic, unpredictable, and can be changed.

The Rhythm The Rhythm is Language of Life, is what we are searching for. The Rhythm is creative, expressive, and can join everything together.

FORMAL OPERATION & PROGRAM

Fall 2020 Past - Future The scale of the design is broken down by incorporating the language of the historical buildings in Alma. Thus, the design is not overwhelming the history of the town but enhances and maintains the values of the Past while allowing the building to express the Future Generation.

PROPORTION

ELEVATION FROM HISTORICAL TOWN

Exploration The space welcomes students to enter and discover where they are.

Experience The space allows students to see different perspectives of life.

Express The space encourages students to let the world knows who they are.

DESIGN LANGUAGE

ELEVATION FROM COMMUNITY PARK

The Boys & Girls Club of Alma

MISSOURI ST.

OHIO ST.

CHILDREN LEVEL FLOOR PLAN

CHILDREN LEVEL FLOOR PLAN

MISSOURI ST.

OHIO ST.

TEEN LEVEL FLOOR PLAN

TEEN LEVEL FLOOR PLAN

Fall 2020 Visual Connection The interior spaces are organized to provide security for the building as well as establish a visual connection between the historical town and the community park.

Connection Connect the historical town and the community park

Security Provide the protection for the building

VIEW OF THE CHILDREN OUTDOOR SPACE

Student Link the space to the most active place of the town.

Multiuse Provide connection to interior spaces and surrounding exterior spaces.

VIEW OF THE TEEN STUDY SPACE

The Boys & Girls Club of Alma Gymnasium Structure Detail Since the historical material at Alma is well-known for limestone, the limestone panel is used to cover the reinforced concrete walls. This not only creates a beautiful look to the building but also brings the building closer to Alma’s history and makes it become a member of the site.

In order to fully express the impact of the wooden structure on the surrounding load-bearing concrete walls, using conceal connectors for wood joints is considered.

Limestone Cap 1/2”

Metal Flashing

Smooth Limestone Veneer

2” XPS Rigid Insulation Chanel Drain

Vented Airspace 2”

14” Reinforced Concrete Wall

Reinforced Concrete Foundation

GYMNASIUM WALL SECTION

Fall 2020 2.5” x 9.625” Glulam Joist

Clearstory 8.5” x 57.75” Glulam Girder

Metal Coping Roofing Membrane Cant Strip 3/4” Plywood Deck

Skylight Metal Conceal Hook Connector

2” XPS Rigid Insulation Waterproofing Membrane

Metal Plate Connected to Column by Anchor Bolts Metal Plate

3/4” Plywood Deck

Tight Fit Dowels

Clearstory Frame

6.5" x 9.25" Glulam Joist 6.75" x 24.75" Glulam Tie Beam

2.5” x 9.625” Southern Pine Glulam Joist 8.5” x 57.75” Southern Pine Glulam Girder

WOOD JOINT DETAIL

Skylight Frame 6.75” x 24.75” Southern Pine Glulam Tie Beam 2.5” x 9.625” Southern Pine Glulam Joist

Limestone Panel

16” x 12” Reinforced Concrete Column Smooth Limestone Veneer Reinforced Concrete Wall Vertical Window Frame Aluminum Vertical Fin

2" XPS Rigid Insulation

Concrete Column Base Mortal Joint 23/32” Maple Flooring 3/4” APA Plywood 8” Reinforced Concrete Slab 2” XPS Rigid Insulation 6-mil Polythylene Vapor Barrier

Plastic Plate Shim 2" Vented Airspace

Metal Drip Edge

2” Sand 8” Clean Gravel

Split-tail Anchors Top and Bottom Metal Flashing

Vertical Reinforced Steel Bar Horizontal Reinforced Steel Bar

Recessed Veneer Ledge

LIMESTONE VENEER DETAIL

16" x 12" Reinforced Column

The Boys & Girls Club of Alma Kitchen Structure Detail The structured detail focuses on the ceiling/floor between the below-teaching kitchen and the upper outdoor playground.

Since there will be noise and vibration from the upper space, the floor is constructed by a reinforced concrete slab, supported by a wooded frame, with thick fiberglass insulation filled in.

Metal Coping Cap w/ Water Joints Sikalastic Flashing

Cement Slab Cement Mortal Asphalt Membrane 2” XPS Rigid Insulation Waterproofing Membrane 6” Reinforced Concrete Slab 2” CLT Decking Fill w/ Fiberglass Insulation 1/2” Gypsum Board Ceiling Interior Finish White Paint

Smooth Limestone Veneer Vented Airspace 2” Minimum 12” Reinforced Concrete Wall Venter Airspace 2” Minimum Smooth Limestone Veneer

Roof Drain 40D Sinker Fastener 4” x 16” Douglas Fir Joist 10” x 24” Douglas Fir Girder

Ceramic Tile Cement Mortar 6” Reinforced Concrete Slab 2” XPS Rigid Insulation 6-mil Polythylene Film 2” Sand 6” Clean Gravel Drainage Base 8” x 8” Douglas Fir Column Steel Hold-down w/ Anchor Bolt

Drain Pipe 1/2” Anchor w/ Washers 2x Ledger Board Metal Joist Hanger Smooth Limestone Veneer Vented Airspace 2” Minimum 12” Reinforced Concrete Wall 2” XPS Rigid Insulation Fiberglass Insulation (R-13) 1/2” Gypsum Board w/ Latex Paint Split-tail Anchor Top and Bottom Masonry Metal Flashing Metal Drip Edge Base Shoe

4” Radon Gas Extraction Piping

Concrete Foundation Wall covered w/ Hydra-gaurd Waterproofing Membrane

Sand and Graval Concrete Footing

KITCHEN WALL SECTION

6” Foundation Drain Tile

GYMNASIUM SECTION PERSPECTIVE

Campestral Creative Network - Eureka Studio

2023

t Kansas e C A M

P E

S T

R A L

A CREATIVE NETWORK

ted square. ards)

:

A housing initiative set against the backdrop of a small Kansas community.

Simply to build moderate housing that is valuable, obtainabl, and relevant to reemerging rural countryside communities.

803 pecan St. Humboldt, Kansas

Development Team:

Campestral Creative Network Small Town Studio Ѷ

State University Technology ѵ Kansas Development Institute

Kansas State University

Student partner: Duc Nguyen - ARCH Historic District Levi Newman - ARCH 223 N Main Eureka Kansas 67045

UCH …

HOUSE WE’LLUNFINISHED START A larry@campestral.us OJECT 360.551.7725

Fall 2022 - Spring 2023

RENDERING VIEWS of THE EXAMPLE UNIT

Olson Kundig Architects

FREIS RESIDENCE - KOHALA RANCH

Creating visual graphics Producing material board

Internship 2022

TANI CREEK

Participating in schematic design Modeling 3D digital design Rendering views of the design

Olson Kundig Architects

SHEET INDEX - SCHEMATIC DESIGN SHEET NUMBER

SHEET NAME

GENERAL A0.00 A0.01 A0.20 A0.21 A0.30 A0.40

GENERAL INFORMATION 3D VIEWS WINDOW / DOOR SCHEDULE FINISH / PLUMBING / APPLIANCE SCHEDULE CODE DIAGRAMS SURVEY

ARCHITECTURAL A1.01 A2.01 A3.01 A4.01 B5-A2.01 B5-A3.03 B5-A4.03 B5-A6.01 L1-A2.00 L1-A2.01 L1-A2.04 L1-A3.03 L1-A4.03 L1-A6.03 P1-A2.03 P1-A3.03 P1-A4.03 P1-A6.03 P5-A2.03 P5-A3.03 P5-A4.03 P5-A6.03 S1-A2.02 S1-A3.03 S1-A4.03 S1-A6.02 S5-A2.02 S5-A3.03 S5-A4.03 S5-A6.02

OVERALL SITE PLAN OVERALL FLOOR PLAN / ROOF PLAN OVERALL EXTERIOR ELEVATIONS OVERALL SECTIONS BLDG B5 - FLOOR PLAN / ROOF PLAN BLDG B5 - EXTERIOR ELEVATIONS BLDG B5 - BUILDING SECTIONS BLDG B5 - REFLECTED CEILING PLAN BLDG L1 - FLOOR PLAN BLDG L1 - FLOOR PLAN BLDG L1 - ROOF PLAN BLDG L1 - EXTERIOR ELEVATIONS BLDG L1 - BUILDING SECTIONS BLDG L1 - REFLECTED CEILING PLAN BLDG P1 - FLOOR PLAN / ROOF PLAN BLDG P1 - EXTERIOR ELEVATIONS BLDG P1 - BUILDING SECTIONS BLDG P1 - REFLECTED CEILING PLAN BLDG P5 - FLOOR PLAN / ROOF PLAN BLDG P5 - EXTERIOR ELEVATIONS BLDG P5 - BUILDING SECTIONS BLDG P5 - REFLECTED CEILING PLAN BLDG S1 - FLOOR PLAN / ROOF PLAN BLDG S1 - EXTERIOR ELEVATIONS BLDG S1 - BUILDING SECTIONS BLDG S1 - REFLECTED CEILING PLAN BLDG S5 - FLOOR PLAN / ROOF PLAN BLDG S5 - EXTERIOR ELEVATIONS BLDG S5 - BUILDING SECTIONS BLDG S5 - REFLECTED CEILING PLAN

STRUCTURAL S0.01

STANDARD STRUCTURAL NOTES & DETAILS

SHEET INDEX - SCHEMATIC DESIGN SHEET NUMBER

SHEET NAME

S0.02 S0.03 S0.04 S0.05 S0.06 S0.07 S0.08 S0.09 S0.10 S0.11 S0.12 S0.13 S0.14

FOUNDATION LAYOUT FOUNDATION LAYOUT GROUND FLOOR LAYOUT GROUND FLOOR LAYOUT ROOF LAYOUT ROOF LAYOUT GENERAL SECTION GENERAL SECTION FOUNDATION & GROUND FLOOR SECTIONS FOUNDATION AND GROUND FLOOR SECTIONS COLUMN DETAILS BEAM DETAILS ROOF SECTIONS

MECHANICAL M-1 M-2 M-3 M-4 M-5 M-6 M-7

MECHANICAL LAYOUT - L1 MECHANICAL LAYOUT - P1/P5 MECHANICAL LAYOUT - S1/S5/B5 GENERAL NOTES AND EQUIPMENT SCHEDULES TYPICAL INSTALLATION DETAILS TYPICAL INSTALLATION DETAILS SYSTEM SCHEMATIC LAYOUT

ELECTRICAL E-0 01 E-0 02 E-1 E-2 E-3 E-4 E-5 E-6

EXTERNAL ELECTRICAL SERVICES LAYOUT ELECTRICAL SYMBOLS, GENERAL NOTES AND ABBREVIATIONS LIGHTING LAYOUT LIGHTING LAYOUT POWER, TELEPHONE & CATV LAYOUT POWER, TELEPHONE & CATV LAYOUT POOL BONDING LAYOUT POOL EQUIPMENT BONDING LAYOUT AND DETAILS

PLUMBING P-1 P-2 P-3 P-4 P-5 P-6 P-7 P-8

DRAIN PIPING LAYOUT DRAIN PIPING LAYOUT WATER PIPING LAYOUT WATER PIPING LAYOUT WATER PIPING LAYOUT WATER PIPING LAYOUT WATER PIPING LAYOUT BIONEST WASTEWATER TREATMENT PLANT

Participating in schematic design process Re-organizing work files Updating all the siteplans related to the project Producing graphic visualization for client meeting Maintaining the accuracy of the site plans

AMANYARA VILLAS

AMANYARA VILLAS

PROVIDENCIALES, TURKS AND CAICOS ISLANDS

LOT 4 SCHEMATIC DESIGN 07/14/2022

Internship 2022

MASTER PLAN

I Iam student in inthe thefive-year five-year amaafourth-year fifth-year student NAAB NAAB accreditaccredit Kansas State University Masters Kansas State University of Architecture.

Over myme, education, I have Masters of Architecture.

For architecture is gained sufficient experience in applying passive the response to the sustainability of our systems to mycommunity designs. My architecture aims to and our environment. to the sustainability of our community I respond did my studying abroad in Orvieto, Italy with and our a group of 9 in 2021.

Thatenvironment. opportunity I startedmore my journey with architecture when addded knowledge to my designs andI wasexperience.

11 years old Ithrough my eyesthat and"No my my life’s have learned hands. great designer should able to matter howAbeautiful a building is,be a design independently transfers thinkingisto without interaction with itstheir community a physical visualization rather than on deadrelying design". and technology. t passionwords With the for learning and the Recently,to I am studying abroad Orvieto, Italy ambition prove myself, I will in keep exploring with a group of 9.of This opportunity is adding the world architecture around me. more knowledge to my designs and my life’s experience. No matter how beautiful a building is, a design without interaction with its community is a dead design. And a designer, who ignores nature, culture, and history will destroy the spiritual life of the community.

With the passion for learning and the ambition to prove myself, I will keep exploring my possibilities in architecture and I will never give up.

1

2

3

1- Artists’ Refuge 2- Experiential Exhibition Space 3- Event Center 4- Study Abroad in Italy

4

DUC NGUYEN P: (+1) 913 244 0104 E: duc.hng41@gmail.