Ha Thanh Le Architecture Portfolio by Ha Thanh Le

ARCHITECTURE PORTFOLIO HA THANH LE

HA- THANH LE

PORFOLIO: https://bit.ly/Arch-Hive-HaThanh PHONE: 0404 358 328

EMAIL: hathanhthpm@gmail.com BEHANCE: https://www.behance.net/hathanh1130

EDUCATION

Bachelor of Architectural Design, University of Adelaide Adelaide, SA, Australia - 2020 - Present

Undergraduate Student; Major GPA 6.8/7

• Completed three design studio courses at the University of Adelaide. work selected for ALL-IN EXHIBITION 2021

• Summer Research Scholarship 2022-2023

• Executive Dean’s Recognition of Academic Excellence award

• David A.L. Saunders Prize for History & Theories of Architecture

EXPERIENCE

Architecture Intern, Times & Mirror Architecture Hanoi, Vietnam - 2021

• Designed conceptual bridges for competitions and customer presentations.

• Prepared CAD files for furniture manufacture.

• Designed presentation boards for competitions and customer presentations.

• Designed graphic layouts and diagrams to enhance and strengthened the conceptual development.

Graphic Designer, Vietnam Cable Television VTVCab Hanoi, Vietnam - 2020

• Worked both individually and as part of a diverse team.

• Designed graphic posters, logos, branding visual keys for TV shows

• Designed website UI

• Designed multiple presentations using PowerPoint under short time pressure.

Graphic Designer, LOOP Smart POS Hanoi, Vietnam - 2020

• Designed advertisement banners, posters, promotion campaigns for F&B companies.

• Collaborated with Marketing agents to come up with marketing campaigns to improve customers’ brand recognition and helped their products reach new customers.

EXTRACURRICULAR ACTIVITIES

Design Team Leader, International Vietnam Model United Nations Hanoi, Vietnam - 2018 - 2019

• Led a team of 7 people to design the project theme, websites, banners, and social media posts.

• Organized files to be printed to prepare for a conference of 351 participants.

Designer/Event Organizer, National English Speaking Contest Hanoi, Vietnam - 2018

• Designed websites, banners, and social media posts.

• Animated 3 videos for marketing and visual communication

• Managed 10000-follower Facebook fanpage

Adobe Indesign

Adobe Photoshop

Adobe Illustrator

Microsoft Office Rhino Grasshopper AutoCAD Sketchup Enscape Premiere Pro After Effects Enscape Hand-rendering Revit Lumion

English Vietnamese (Native) Chinese Mandarin

SKILLED IN: COMPETENT: BEGINNER: LANGUAGES OTHER SOFT SKILLS

Event Organization Leadership Collaboration Client Communiation Project Management

2022

2021

2020

2021

2020

The ‘Enzyme’ Wine Event Centre at Waite Campus

‘Dusk and Dawn’ - Oz Mineral Camping Accomodation

Barr Smith Lawn Imaginary Revolution ‘Space for Blindness’

‘Echo’ Resting Space

Nhat Le Bridge

‘Ensemble’ - Soundscape Landscape Design

Other Skills

06 16 24 28 32 36 40

ENZYME WINERY EVENT SPACE

TAPER to maximize light of the truck tunnel and protect the existing trees

BEND to match the topography of the site

HOLE to let natural light in and create a gathering node between winery and research centre

Category: Design Intervention

Enzymes are vital proteins as they accelerate chemical reactions.

In wine making, commercial enzymes are broadly used for different purposes such as to maximise juice yield, improve aroma compounds, flavour enhancement, colour extraction in red wines, and contribute in the removal of dissolved unwanted substances. The iconic Wine at Waite Event Space (Waite Campus, University of Adelaide) is inspired by enzymes in terms of its function. Likewise, the event space aims at: Maximise the connection and collaboration

Skill Set: Physical model making, Architectural Theory Research, Drafting.

between wine education and wine making by connecting the existing winery WT78 with the Wine Innovation centre WT76

Provide appropriate space to enhance teaching and focused research activities

Preserve the complexity of vegetation on site.

Encourage public engagement by extending the exhibition space.

'ENZYME' WINERY EVENT SPACE 6

'ENZYME' WINERY EVENT SPACE 7 SITE PLAN 1. Wine Innovation Centre 2. Car Park 3. Small Scale Vineyard 4. Grand Entrance Stair 5. ‘Enzyme’ Event Space 6. Winery WT76 7. Outdoor BBQ Space Truck Loop Path 1 2 3 3 4 5 6 7 ACCESSFORTRUCKSANDVEHICLE HartleyGrove ACCESS FOR CAR AND PEDESTRIAN Connection hub from ‘The Enzyme’ to Winery WT78

'ENZYME' WINERY EVENT SPACE

'ENZYME' WINERY EVENT SPACE

Program

The room is categorized into several main funtions and ranked according to their privacy level.

Twist into the route

The visitor’s route heavily depends on the privacy of the space. For example except for specialized staff, most staff and visitors do not need access to technical rooms such as boiler and plant room. As the result these spaces can be separated from level 3 and level 4 spaces. Level 4 space, on the other hand is adjacent and shared between level 2 and level 4 spaces.

PROGRAM DISTRIBUTION

'ENZYME' WINERY EVENT SPACE 10

SPIRALING UPWARDS

more private more public 1 4 3 2

'ENZYME' WINERY EVENT SPACE 11

GROUND FLOOR PLAN

1. Auditorium space for 200 people

2. 18 Deg Wine Bottle Storage147m2

3. Grape Freezer - 87m2

4. Plant - 34m2

5. Boiler Room - 26m2

6. 15 Deg Wine Bottle Storage -313 m2

7. Bond Storage - 31m2

- 29m2

Roof top 12000 CAR PARK MAIN ENTRANCE STAIR EXHIBITION AND EVENT CENTRE WET LAB AUDITORIUM Level 2 12000 Level1 4500 Ground Floor 0 Rain Storage Water Treatment Strategy 1 5 10

8. Equipment Storage

2. 1. 8. 3. 7. 6. 4. 5.

LEVEL 1 FLOOR PLAN

9. Reception and Cafe Bar

10. Event Space - 101m2 11. Wine Bottle Display - 47m2 12. Dark Room for Tasting - 20m2 13. Meeting 1 - 54m2

14. Meeting 2 - 60m2 15. Tutorial - 69m2 16. WC 17. Office - 103m2 18. Kitchen - 32m2 19. Wet Lab

19. 18.

17.

19. 10. 11. 12. 13. 14. 15. 16.

TUTORIAL ROOM TRUCK PATH WINERY

blackwater grey water water for irrigation

'ENZYME' WINERY EVENT SPACE

Rain water Storage

1 5 10m

FACADE DETAIL

TRIPPLE GLAZING 6MM ARGON GIRDER CHANNEL BEAM CONCRETE FLOOR

BRICK TIMBER SUSPENDED CEILING

CHILLED BEAM &SERVICES

TRIPPLE GLAZING 6MM ARGON

REINFORCED CONCRETE FLOOR

top view

Sharing the same central axis, the brick is rotated in a various angle from 0 to 30 degree to create a liquidy, soft surface that suggest the flow of wine

'ENZYME' WINERY EVENT SPACE 14

MASONRY LOAD-BEARING WALL

'ENZYME' WINERY EVENT SPACE 15

DUSK AND DAWN

Oz Mineral Camping Accomodation | Prefabricated modular house

The design of the units aims at minimizing the life cycle energy of the camping accomodation for mining wokers located in Woomera, South Australia, given the site has extremely hot weather with little annual rainfall. Final design modifications attempts to achieve a reasonable payback cost time so that the construction of this prefabricated modular house will be an appropriate and worthwhile investment.

The concept ‘Dusk and Dawn’ took its inspiration from working shifts of workers on site. While some people work mainly during the day, others shift only starts when the sun set. As a result, one unit faces North with shading to maximize the light from the sun. Another unit faces south with the PV panel on the roof to maximize the solar power.

5 principles of passive house design were applied during the design process.

1. HIGHLY INSULATED ENVELOPE

Minimize Exchange with the outdoor environment and stabilize the indoor temperature.

Category: Construction Drawings

Skill Set: AutoCAD, Structural Analysis, Energy-Efficient Design

2. THERMAL BRIDGE FREE Strategy: continuous layer of insulation, minimize corner, bumps-out because they create geometric thermal bridges.

3. OPTIMIZED ORIENTATION WITH HIGH PERFORMANCE WINDOW AND DOOR

Overhang at the north and south facing, low solar heat gain coefficient windows for west and east facades

4. AIRTIGHT ENVELOPE

Ensure that doors, windows, exterior electrical outlets, hose bibs, sill plates are properly sealed to stop heat loss and reduce moisture buildup or loss in cold weather.

5. MECHANICAL VENTILATION AND NATURAL VENTILATION

High window to avoid dusk and let hot air escape through stack ventilation. ERV (Enerrgy Recovery Ventilator) transfers moisture and heat when the outside weather is extreme and windows can not be opened for Natural Ventilation.

DUSK AND DAWN MODULAR HOUSE 16

Category: Modular House Design

Fast track Fast tracks directly connects people to the existing grid of the site (see Site Plan)

Open Courtyard Courtyard that can be used for outdoor BBQ. Courtyard surface is porous and allows stormwater to infiltrate

Bioswale slow track Rain water is retained onsite as long as possible to prevent soil erosion and help create engaging landscape view

DUSK AND DAWN MODULAR HOUSE 17

EXISTING WALKWAY PROPOSED WALKWAY COURTYARD EXPANDED UNIT SOUTH EAST SITE

1:200

PLAN

1. DESIGN FOR COmFORT

Although set in a hot arid desirt area, the modular unit follows the passive house design principles to maximize indoor comfort and minimise electricity usage for heating and cooling.

2. DESIGN FOR ENERGY SAVING: The design aims at striking a balance between embodied energy and operation energy of the materials

DESIGN FOR pROGRAm

The design considers different working time of miners working at Capentareena mine to maximize their comfort while staying at the mine.

Optimized for people working night shift

Initial Embodied Energy: 6.4GJ/M2

MODULAR CONFIGURATION

One standard Unit includes a Living Room module, a Sleeping loft and a Wet Bath module.

Connected by greenery

Optimized for people working day shift

4. DESIGN FOR DECONSTRUCTION

The unit is designed to be easily removed and transportedc to other places. The foundation minimizes landscape disturbance and the greenery and topsoil quality is enhanced.

DUSK AND DAWN MODULAR HOUSE 18

SLEEPING LOFT TOILET LIVING ROOM 1-2 PEOPLE 12M2

DUSK AND DAWN MODULAR HOUSE 19 UP WH 2500 650 1200 650 2070 500 500 2500 1467 4600 2874 4600 900 LEGEND 1. Living Room 2. Ensuite 3. Headtop Cabinet 4. Alternating Tread Stair 5. Sofa/Daybed/Storage 6. Fridge 7. Cabinet GROUND FLOOR PLAN 1:50

FLOOR PLAN 1:50 0 2m 1 0 2m 1 DN 4598 2496 2242 2358 1 2 4 5 3 6 7

LOFT

DOUBLE CONFIGURATION

Two standard Unit can be connected to create a more spacious unit to be shared amongst family members.

NATURAL AND MECHANICAL VENTILATION

HOT AIR ESCAPED

OSS VENTILATION

COOL AIR (SHADED ALL DAY)

ERV MECH VENT: PREHEAT AND HUMIDIFY INCOMING FRESH AIR IN WINTER REPLACE HOT, STALE AIR INSIDE WITH FRESH AIR OUTSIDEINSUMMER

BIOSWALE: CLUSTERED YELLOW TOP COBBLER’S PEGS ROSY DOCK

DUSK AND DAWN MODULAR HOUSE

The view to the nature from the loft

DUSK AND DAWN MODULAR HOUSE 21

The orientation and well-thought window placement enables ambient light inside the unit and prevents direct sunlight from heating up the unit

DUSK AND DAWN MODULAR HOUSE 22

Floor

1. 2. 3. 4.

Ensuite Unit 1. Linoleum Wall and

Finishing

Shower Area

Combined handwash + toilet (the water from handwashing is reused for flushing.

Shelf

Storage Unit behind the mirror

5. Photovoltaic Panel and Hot water panel Solar Panels on site are fixed and used.

STRUCTURE

Lotf Detail Double glazing 13mm Argon for better insulation

DIAGRAM 120 TIMBER CLADDING 1.5MM STEEL/ALUMINUM FRAME POSSIBILITY TO STOP IN ANY POSITION WINDOW PANEL ALSO ACTS AS SHADING DEVICE RAINFALL TOWARDS THE BIO SWALE COLORED SIDE SEALS IN POLYURETHANE FOAM FLOOR SHEATHING WIRECHASE METAL STRAP FLOOR JOIST TOP FLANGE METAL FLOOR JOIST HANGER 14 6 TOP PLATE

DUSK AND DAWN MODULAR HOUSE 23

Double glazing

Wooden

Giant

and bioswale

JOINTS TIMBER STUD PUR INSULATION VAPOR BARRIER WOODEN

CLADDING FOLDABLE OUTDOOR TABLE 196 GIANT SCREW HELICAL FOUNDATION WOOD BEAM VERTICAL TIMBER CLADDING LINOLEUM FLOORING DECORATIVE STONE OVER AGGREGATE TRENCH DROUGHT TOLERANT NATIVE PLANTS AND WILDFLOWERS TOPSOIL GRAVEL INFILTRATION Level 0 0 Level 1 2300 Roof 4000 Roof 4120 WOOD BLOCKING CHIPBOARD FINISHING CLERESTORY DOUBLE GLAZING FL3+A6+FL3MM WINDOW HEAD FASCIA BLACK BLIND RAFTER CELLULOSE INSULATION BETWEEN RAFTERS SWISSPACER WARM EDGE SPACER PUR POLYURETHANE INSULATION OSB BOARD OSB BOARD WOODEN BATTEN HEAT TREATED TIMBER CLADDING 400 ReWALL STRUCTURAL PANEL MADE FROM RECYCLED BOX

Light Lantern Detail (1:20) Double glazing 13mm Argon filled for better insulation Wall Corner Detail (1:20)

13mm Argon for better insulation Foundation Detail (1:20)

Beam on

Screw Helical Foundation

detail SPLINE

BATTEN

FEARLESS

PERFORMANCE SPACE FOR BLIND EXPLORATION

Why creating space to perform blindness?

Architecture is often associated with creating visually aesthetic space. Sight and vision is so important in architecture that the famous architect Le Corbusier once reduced the perception of architecture to “the skilful, rigorous and magnificent play of volumes under the light”. Sight is also the most important sensor through which human receives 87 percent of their overall raw sensory information. Conversely, the olfactory, oral and tactiles environments, which are often taken for granted by normal people, means everything to blind people. This performance space aims at creating a space where even blind people can enjoy the exploration and perform themselves in the most comfortable way. On the other hand, the space also mimics the same experience of blind people through the Dark Corridor. This special experience will encourage people to make the most use of other sensorings and understand the space better than just through visual language.

From experimental form generation to designing space that embraces the theme Although the objective of creating architecture for blind people is not different from that for normal people, the approach to architecture for blindness is, totally different. The approach proves inefficiency when tackling the problem of blind people as a blind person can not see the shape of the space, or the color of the wall. Taking the inspiration from my group model “Space for shouting”, I developed the 3D shape of the space and improvised subtle modification to fit the nature of blind people: narrow the wall, block of soil as navigation tool ... The performance space for blindness does not welcome only blind people buteverybody. The space attempts to activate all senses of human through is stuctutre, texture and material . As result, even when visitors close their eyes, they can enjoy the space in a totally different way.

SPACE FOR BLINDNESS 24

Category: Performance Space Skill Set: Physical model making, Architectural Concept development, Architecture 3D Modelling.

SITE

PLAN 1 : 1000 DESIGN

PROCESS

Generating patterns based on group’s section drawing and turning it into 3D model.

Ground manipulation based on patterns and establish the “bridge” connecting the tunnel with surround buildings. This is also the main theme of the design: connecting visually impaired people with the world and grant them with the right to explore without any fear.

SPACE FOR BLINDNESS 25

Fast track Strolling route Underground route

‘ECHO’ RESTING SPACE IN THE NATURE

Located in the middle of Morilta Natural Reserve in South Australia, the Echo Shelter not only aims at providing a natural amphitheatre without view obstruction towards the park but also attempts to create a private space for human to dwell and rest inside.

The second floor is design without enclosure and lifted from the ground to take full advantage of the views towards the park. The hot, dry summer in this area enables the open pergola to be installed without fear of random rainfall. The second floor is also accessible via a separate stairs that invite visitors upstairs to enjoy the view without intruding

the private space of the residents living in the ground floor.

The ground floor, on the other hand, was enclosed with wood panels and reflective glass window to embrace the beauty of nature and enable dwellers to enjoy their privacy within the shelter.

To avoid intefering the landscape of the sloping site, the shelter rests naturally on the rocky ground lind and pivoted up form the ground by the helix giant screw structure. This design enables vegetation to grow beneath the shelter and air can be ventilated passively.

'ECHO' RESTING SPACE 28

Category: Performance Space Skill Set: Physical model making, Architectural Concept development, Water Color Drawing

'ECHO' RESTING SPACE 29

CLIMATE ANALYSIS

'ECHO' RESTING SPACE 30

INTERIOR VIEWS

'ECHO' RESTING SPACE 31

NHAT LE BRIDGE COMPETITION IN

QUANG BING, VIETNAM

The 2nd concept was inspired by the shape of Mother Suot’s oar. Mother Suot is a historical character who used her old sailing boat to assist soldiers during the Vietnam war.

Category: Bridge Design Competition

The main theme of the competition was to design a bridge connecting two banks of the river ‘Nhat Le’ (which means Sun’s tear in Vietnamese). As ar result, the concept of the bridge was inspired by the image of a teardrop on the water surface, creating multiple concentric echoing circles. The site analysis pointed out that there were two other existing bridges connecting Nhat Le river. Hence, the main objective of the bridge was proposed to encourage people to enjoy the beauty and serenity of the river. The

Skill Set: Architectural Concept development, Architecture 3D Modelling, Diagram illustration

circular pathway slows down the speed of vehicle passing the bridge, which was perfectly suitable for this purpose.

During the concept development process, thanks to the use of Rhino and Grasshopper, I was able to test many different shapes and cable design of the bridge, which finally led to 2 main proposals. The design file was later transfered to my colleages to render using Lumion.

NHAT LE BRIDGE 32

Visualization by: Minh Tuan Times Mirror Architecture

CONCEPT 2

NHAT LE BRIDGE 33 CONCEPT 1

‘ENSEMBLE’ WHERE EACH PERSON IS THE PROTAGONIST OF THEIR OWN MUSICAL PERFORMANCE

FORM DEVELOPMENT ORDER MANIFESTATION

Architecture, Courtyard renovation Planning, Hand Drawing

The aim of this project is to renovate Wills Courtyard at the University of Adelaide to be used as soundscape. Consider Adelaide is a Global city with citizens coming from all over the world with different cultural background and so is The University of Adelaide. Each brings to the university his or her own

melody, contributing to students’ complete ensemble. This feature requires the design to be open to various options where the user can decide how they are connected to the site . Here, at Esemble, they are the protagonists of the site.

'ENSEMBLE' COURTYARD RENOVATION 36

Figure 4 Diagram of identified problems

'ENSEMBLE' COURTYARD RENOVATION 37

'ENSEMBLE' COURTYARD RENOVATION 38

'ENSEMBLE' COURTYARD RENOVATION 39

'ENSEMBLE' COURTYARD RENOVATION 40

SECTION 1-1 1:200

MIXED-USED HOUSE CONSTRUCTION DOCUMENTATION

3D View 1 1 CONSTRUCTION 2 ASSIGNMENT 3

Sheet List Sheet Number Sheet Name

0DRAWING SCHEDULE

10SECTION B-B 11SECTION 4-4 12SECTION A-A 13SECTION 1-1 14SECTION 3-3

15BASEMENT

SLAB PLAN

FLOOR FRAMING PLAN

FLOOR FRAMING

FRAMING

Category: Construction Documentation Skill Set: Revit, AutoCad, Building Code 2-4 BORROW DRIVE, BURNSIDE SA DRAWING

The project features a Class 2 - Type A building in Burnside, South Australia. During the course, we attempted to maximize the use of its slope topography and plan the space for the use of a basement office and a residential building in ground level and level 2. The project also inlcludes a green balcony as well as a dock for outside activities.

'ENSEMBLE' COURTYARD RENOVATION 42

Oriented North, the building is designed to maximize shading in the summer and welcome sunlight in the winter, ensuring thermal comfort for the users. The documentation process was based on Australian Standards and National Construction Code. Checked by Drawn by Date Project number

1SITE PLAN 2BASEMENT FLOOR PLAN 3GROUND FLOOR PLAN 4FIRST FLOOR PLAN 5ROOF AND DRAINAGE PLAN 6NORTH ELEVATION 7EAST ELEVATION 8WEST ELEVATION 9SOUTH ELEVATION

16FIRST

17GROUND

PLAN 18ROOF

PLAN Sheet Number 19ROOF 20PLAN 21SECTION 22SLAB 23LANDSCAPE 24DETAIL 26CLADDING 27WINDOWS 28WINDOW 29OFFICE 30OFFICE 31LIFT 32DOOR 33DOOR 34DOOR 35STAIR 36STAIRS 37RESIDENTIAL 38RESIDENTIAL 39KITCHEN

THANH LE - A1814355

SHEET LIST

RISE IN STOREYS: 3 CLASSES OF BUILDING: CLASS 2 (GROUND AND FIRST FLOOR), CLASS 5 (BASEMENT FLOOR) TYPE OF CONSTRUCTION: TYPE A

PROPOSED

'ENSEMBLE' COURTYARD RENOVATION 43 DN DN 1 2 4 5 A B C D 3 243 / 1000 61 / 1000 PROJECT BASE POINT EXISTING DRIVEWAY EXISTINGDRIVEWAY EXISTING DRIVEWAY EXISTING DRIVEWAY -833 PROPOSED TREES 172 VIEW TO THE CITY 5m 1m 10m PROPERTYLINE -2201 -2600 -3300 GRASS 6227 7041 4100 7270 1436 1999 794 8175 4125 9706 12806 4782 61401449 8395 3881 13393 65 300 PC TD TD WP RW 178 / 1000 PP 4.5M Opening less than 6m from other side of road when located above the ground level Scale Checked by Drawn by Date Project number 2-4 BORROW DRIVE, BURNSIDE SA 1 : 200 6/15/2022 12:57:13 AM SITE PLAN Issue Date HA THANH LE A1814355 Checker 1 1 : 200 SITE PLAN 1 N PLANT LEGEND EXISTING TREE BUSHES FOR RAINGARDEN Everlastings (Chrysocephalum apiculatum) Hop Goodenia (Goodenia ovata) Kidney Weed (Dichondra repens) Lemon Beauty-heads (Calocephalus citreus) Rush grasses (Juncus flavidus, J. kraussii, J. pallidus J. subsecundus) Small-fruit Fan-flower (Scaevola albida)

GUMTREE

NOTE TD TREATED CYPRESS TIMBER DECK AS SPECIFIFIED IN TIBER QUEENSLAND MANUFACTURER MANUAL WP SEASONED SOFTWOOD WOODEN PERGOLA

WORK - PROTECT EXISTING TREES - FLATTEN THE SITE TO MAKE SPACE FOR ENTRY, TIMBER DECK. HOWEVER, EFFORTS ARE TAKEN TO MINIMISE CUT + FILL ON SITE TO PROTECT THE SOIL AS 4970 'PROTECTION OF TREES ON DEVELOPMENT SITES' DURING CONSTRUCTION. NET CUT: 50.03 M3 RW RETAINING WALL RC RAINWATER RUNNDING DOWN FROM THE ROOF IS COLLECTED THROUGH THE GUTTER, LED TO THE INGROUND RAINGARDEN BY THE PVC PIPE PP PVC PIPE RUNNING ALONG SITE SLOPE TO COLLECT WATER TO RAINGARDEN PC POLISHED CONCRETE FINISH DN DN UP 2 4 5 A B C D 3 1 11 1 10 Kitchen Living Room Bedroom 1 EnsuiteGuest Toilet 13 Lift Dining room Garage 580 4779 212 5069 1501606140 1156 1830 157590 3835 150 150 4785 90171590104423221891301255406 580 694 300 300 300 200 200 2435 OVERHANGING ROOF RAILING 600 MM OVERHANG TIMBER DECK ENTRANCE FFL: 0.00 RL: 176.00 FFL: 0.00 RL: 176.00 FFL: 0.00 RL: 176.00 FFL: 0.00 RL: 176.00 FFL: 0.00 RL: 176.00 FFL: -0.20 RL: 175.80 FFL: -3.30 RL: 172.80 4900 3000 4000 5m 1m 2m 1399 4900 1800 5 6070 3700 2695 1800 1575 1 14 5 20 1 13 2 20 FFL: -0.20 RL: 175.80 1 20 1 12 RWT DP1 DP2 D1 D1 D5 D4 D6 D1 D1 W2 1 1 37 3 35 35 1 2 1 LEGEND: PC: POLISHED CONCRETE FINISHING TL: CERAMIC TILES FINISHING TGSI: TUNGSTEN GRAPHICS SHADER INFRASTRUCTURE AS SPECIFIED DP: DOWNPIPE RWT: RAINWATER TANK PC PC PC PC PC TL Scale Checked by Drawn by Date Project number 2-4 BORROW DRIVE, BURNSIDE SA 1 : 100 6/15/2022 12:57:14 AM GROUND FLOOR PLAN Issue Date HA THANH LE A1814355 Checker 3 1 : 100 GROUND FLOOR PLAN 1 N

KEY

SITE

'ENSEMBLE' COURTYARD RENOVATION GROUND FLOOR PLAN 0 RIGID HEAD FLASHING DOOR HEAD ROUGH FRAMING WOOD BATTEN HORIZONTAL TIMBER CLADDING TIMBER DOOR FRAME GLASS PANEL TIMBER DOOR FRAME SEALANT MOLD FIRST FLOOR PLAN 3200 BATTEN LAST BOARD NEWTECHWOOD WALL CLADDING BOARD (US31) CLIP (AW08) RUBBER STOPPER (T-07) *8G x 20 SS304 (PAN HEAD) SCREW TO FIX CLIP TO BATTEN *8G x 50 SS304 (Colour Head Composite Screw) FINE WHITE PREFABRICATED CONCRETE PLANTER. AND DEMOLDING FIXED ON CONCRETE SLAB VAPOUR PERMERABLE OVERFLOWING BALCONY & GARDEN DRAINAGE DOWNPIPE WATERPROOF MEMBRANE VEGETABLE SOIL NATIVE PLANT DRAINAGE FOR TEMPORARY WATER DETENTION FILTRATION LAYER 2-4 BORROW DRIVE, 1 : 10 SECTION DETAIL - DOOR 3 1 : 10 DETAIL - FIRST 4

'ENSEMBLE' COURTYARD RENOVATION 45 1 CONCRETE ON BONDEK STRUCTURAL DECKING TIMBER FLOORING 112MM PLASTERBOARD DUCKWORK LIGHTS AND SPRINKLERS REBATE BOX FOR BLINDS CEILING FINISHING

POLYTHENE DPM 0.3MM THICK ARCHITRAVE GYPSUM PLASTERBOARD 12MM ELECTRICITY CAVITY Scale Checked by Drawn by Date Project number DRIVE, BURNSIDE SA 1 : 10 6/15/2022 12:57:39 AM SECTION DETAIL Issue Date HA THANH LE A1814355 Checker 21 FIRST FLOOR SLAB

GARDEN

BUILDING SIMULATION DESIGN FOR

THERMAL COMFORT

The unit is fully shaded in the summer, ...while fully exposed to sunlight in the winter.

10:00am 10:00am

12:00pm 12:00pm

03:00pm 03:00 pm

ORIGINAL BUILDING IMPROVED BUILDING

Annual Electricity Usage 60.64kWh 156 kWh

Annual Solar Production (kWh) 0 kWh 1466 kWh

Net Annual Usage 216 MJ 0 MJ 30-Year Net Energy Usage 568376 MJ 0 MJ

Life-Cycle Energy Reduction

Category: Design for Energy Efficiency

Orientation: North

The small structure in a backyard of an existing house in Adelaide, South Australia is to be used as an AirBnb (see Site Plan). As Adelaide is a very competitive area for AirBnb with an averag occupancy rate up to 66% (Lodgify 2019), we aim at creating a unique staying experience in this AirBnb design. When staying in this AirBnb, the occupants can stay away from the hustle and bustle of the city and feel the natural thermal comfort and feel really connected with the nature thanks to the greenery coverage (see site plan), huge window for better view. Meanwhile, we also aim at saving for the AirBnb owner through different strategies to make this unit

Skill Set: Design Builder Simulation, Grasshopper Ladybug Analysis

totally offgrid. The owner will only have to make one worthwhile investment and the building can support itself in terms of water, electricity and energy. The shading device is carefully design to fully shade the building in the summer and allow full sun into the building in the winter. To the west and east facade of the building, two inground raingarden is constructed utilizing the recycled building waste from the reverse brick veneer construction as the garden boundary. All of the vegetation in the garden are native to Adelaide Plains to minimize the need of water for gardening. In this project, I was responsible for designing and reducing the life-cycle carbon of the airbnb unit.

BUILDING SIMULATION 46

47%

CONCRETE TILE

CONTINUOS CELLULOSE INSULATION

FASCIA

AIR GAP WOOD 2X4 WITH R-1.25 INSULATION

Roof to Wall Section Detail (continuous insulation)