Architecture Portfolio May 2022 by Bao Anh Nguyen

2022

ARCHI TECTTURE PORTFOLIO 1 | ANH BAO NGUYEN

Anh Bao Nguyen| Graduate Architect • • • • •

Been working consistently with Revit as the main tool since 2010. More than 8 years practical experience in BIM-based roles. Tertiary qualification in design / architecture from small to large-scaled projects. Background in design, documentation and rendering, focusing on detailed design and thorough documentation. Seeking full time position as architect/ BIM technician geared towards the innovation and efficiency.

EDUCATION MASTER OF ARCHITECTURE, The University Of Melbourne, Australia BACHELOR OF ARCHITECTURE, Ho Chi Minh University Of Architecture, Vietnam

08/2016 - 07/2018

INFO +84 918 816 171

08/2009 - 07/2014

EXPERIENCES

09/2019 -

baoanhnguyen.kts@gmail.com linkedin.com/in/baoanhnguyenarc issuu.com/banh_banh_nguy_n/ docs/portfolio_may2022 Ho Chi Minh city, Vietnam

PERSONAL SKILLS •

Problem-solving

• •

•

Teamwork

• •

10/2018 - 08/2019

11/2014 - 12/2015

Self-learning

Team production architect at a small-sized architecture firm. Undertake Residential projects in various Councils in the outer suburbs of Melbourne, Victoria. Supporting the needs of the company to deliver finished product on-time and in-budget. Tasked to undertake various responsibilities from Concept design, Town Planning preparation to Working Drawing documentation.

Architectural Technician at Atlas+ Industries Vietnam

• Participated in construction development phases on a number of large-scaled projects in Australia. • Gained extensive architectural experience and knowledge of the BCA as well as Revit and BIM related skills. 06/2012 - 08/2013

Architectural assistant at Lyan Co. and XYZ Arc.

• Attend to conceptualize and develop the local rowhouses, office buildings. • Assisted in design, sketches, models and full documentation for residential projects. 06/2011 - 08/2011

Architect Intern at Atlas+ Industries Viet Nam

• Interns used Revit Architecture software to specify details and visualize Abode 318 Building. • Foray into the professional workflow and workplace in practice.

CERTIFICATIONS 2015

•

Taking part in concept, schematic and detaled drawing in line with project brief as well as local codes and regulations. Liaison consistently with local and non-local colleagues/correspondants to ensure the information flow. Monitoring and reporting progress of project meetings, seminars between teams and sub consultants.

Graduate Architect at Arc Zero Pty Ltd. • • • •

Adaptability

•

Architect at Atkins Global

• • •

Revit Architecture 2014 Certified Professional, Autodesk, License 00411973

SOFTWARE SKILLS

Revit 2

Sketchup

Rhino

UE4 ArchViz

Photoshop

InDesign

2021-

High-Rises In Ho Chi Minh city - Viet Nam

Design Assistant, Documentation, Project Management and Coordination

GRAND MARINA SAIGON - Viet Nam

2019-2021

Design Assistant, Documentation and Coordination

PRAC TICAL

WORKS

Professional Projects: A range of live design and document schemes across the globe, working in primarily the residential and high-rise sectors. Design work here involved active collaboration with a multidisciplinary team of professionals. I have worked in a range of softwares including Revit, Rhino, SketchUp, Enscape, and the Adobe Suite; producing high-quality documents with the aim of winning project work for the company, or securing planning consent. Personal Projects: A selection of projects completed outside of professional work or education, and showcase my development in a different context. These include freelance, team design and side hobby projects on Unreal Engine.

IFC ONE SAIGON’S RENOVATION COMPETITION (RUNNER-UP) - Viet Nam

2021

Design Assistant, Documentation and Coordination

Residential Houses in Melbourne - Australia

2018-2019

Design, Documention and Construction Supervision

Restaurant, Shop Interior - Australia & Viet Nam

2015-2019

Design, Documentation and Render

Mid and High-Rise in Australia - Viet Nam

2014-2015

Documention and Draft

Residential House and Mid-Rise - Viet Nam Internship, Design Assistant, Documention and Draft

2012-2013 3

HIGH RISE DESIGN ASSISTANT, DOCUMENT AND COORDINATE (2019-) at ATKINS GLOBAL, VIETNAM

• • • • • •

Assist the design intent, lead by Hongkong-based design directors Take part in model preparation and deliveries alongside project managers. Intermediary between the client, design team and construction team. Draft building plans and maintain project quality control throughout Concept to Design Developement phase. Review and make necessary adjustments on shop drawings at LOD 300. Check and report clashes between Architecture, MEP and Structure Revit models.

GRAND MARINA SAIGON

HO CHI MINH CITY, VIETNAM

HIGH RISE DESIGN ASSISTANT, DOCUMENT AND COORDINATE (2019-) at ATKINS GLOBAL, VIETNAM

• • • • •

Develope the facade ideas by Rhino and Grasshoper Design certain architectural elements such as canopy, parapet, facade details that integrate well to design intent Check through and cooperate consistently with other local consultants aiming at acceptable compromise. Organize weekly technical meeting at client office. Keep track of minutes of meeting and circulate through all parties, as well as interpret the notes to our foreign architect fellows.

IFC SAIGON TOWER (RUNNER-UP)

HO CHI MINH CITY, VIET NAM

RESIDENTIAL HOUSE DESIGN, DOCUMENTATION AND CONSTRUCTION SUPERVISION (2018-2019) at ARC ZERO, AUSTRALIA

• • • • •

Familiarize with the Australia code of residential building, complying with various council’s planning scheme. Prepare Revit models, completing document packages and related paper works for town planning permit submission. Revise the construction phase feedbacks afterwards (RFI responses, condition 1 revision) Render using Enscape with approriated material and design intents. Occassionally visit the sites as author supervision responsibility, checking clashes between drawings and construction in practice

RESIDENTIAL HOUSE DESIGN, DOCUMENTATION CONSTRUCTION SUPERVISION (2018-2019) at ARC ZERO, AUSTRALIA RESIDENTIAL DESIGN, DOCUMENT (2018 - )AND AUSTRALIA

PROPOSED 4 DWELLINGS CONCEPT

PROPOSED 3 DWELLINGS CONCEPT

Janson St 14 Maidston

53 Devonshire st West Footscray

PROPOSED 5 DWELLINGS CONCEPT

58 Railway Parade Deer Park

TOWN PLANNING PERMIT DRAWINGS

T: 0403 563 815

E: info@arczero.com.au

W: www.arczero.com.au

ACN: 139 748 128

ISSUE: TOWN PLANNING PERMIT

Easement 1.83m

6000

3510

KITCHEN

2575

2000L RWT

3665

2000L RWT

KITCHEN

3510 2575

2000L RWT

SHED 3m³

5400

3000

Proposed 1.0m Iron Wrought Fence 4300

4300

6000

6000 SHED 3m³

3665 POS 5 13.9 m²

2700 CL1

Proposed 1.0m High Iron Fence

As indicated @ A1

5400

2910

T RW

5400 KITCHEN

4670

1200

6322 6384

7538 600

6031

321

1700

2700

BOUNDARY LINE

600

POS 4 13.9 m²

POS 3 13.8 m²

BR1

1.8m High Timber Fence

1.0m High Timber Fence

1.8m High Timber Fence

Elevation WEST - Internal

1 : 100

North

ARC ZERO PTY LTD A: Suite 209, 1 Thomas Holmes St, Maribyrnong 3032

PROJECT: 53 DEVONSHIRE ST, WEST FOOTSCRAY

Dwelling 02

Elevation EAST - Internal

SPOS 2 23.5 m²

T: 0403 563 815

E: info@arczero.com.au

W: www.arczero.com.au

ACN: 139 748 128

SPOS 3 23.0 m²

SPOS 4 23.0 m²

SPOS 5 23.6 m²

1 : 100

Elevations ISSUE: TOWN PLANNING PERMIT

DATE: 03/DEC/2018

DW 01 BALCONY DW 01 FIRST DW 01 GARAGE DW 01 GROUND Site POS 1 SPOS 1

EXTERNAL AIR-CONDITIONING UNIT

TP 05

Proposed 1.0m Iron Wrought Fence

3000

ou n Wr po

sed

1.0 m Iro POWER STAY

Proposed 1.0m Iron Wrought Fence

1075

1100 2800

BOUNDARY LINE

1800 6944

3000

860

L 00

500

gh t Fe nce

860

600

6031

760

600 6031 3200 MAX

500

6181

7688

1700

2700 321 2700

2700

1800

BOUNDARY LINE

2700 600

321

5881 3200 MAX

Pro

2700

900 321

250

500

250

2700

3600 MAX

2400

1800 1200

7388

BOUNDARY

900

500

6397

500

6247

1500 500

BR1

DATE: 03/DEC/2018

POS 2 13.9 m²

POS 1 65.9 m²

METER BOX

Ground Floor Plan

3500

Lin e Setba ck Re sC ode

BOUNDARY

Lin e Setba ck Re sC ode

BOUNDARY

2700

900 321 2700

2400 1700

1700 6955

5969

3215

6371

Proposed 1.0m High Brick Fence

3170

3505

BOUNDARY LINE

6397 500

321 2700

1510 1310

5500

Proposed 1.0m High Brick Fence

1215 1200 KITCHEN

4600

PROPOSED CROSSOVER

3505 KITCHEN

4200

SEWER PIPE. TBC

245 5355 245

3340

3100

68 5735

5500

BINS

4690

1065

1829

760

1950

500 BOUNDARY LINE

2700

1800

GROUND 36.20

TP 07 1 : 100

@ A1

DWELLING AREA SCHEDULE

Dwelling 01

1 : 100

GARDEN AREA PLAN

Site POS 2 SPOS 2

1 : 200

ARC ZERO PTY LTD A: Suite 209, 1 Thomas Holmes St, Maribyrnong 3032

DW 02 BALCONY DW 02 FIRST DW 02 GARAGE DW 02 GROUND

65.9 m² 18.5 m² 84.4 m²

3.6 m² 57.8 m² 22.4 m² 45.5 m² 129.3 m² 13.9 m² 23.5 m² 37.3 m²

DW 03 BALCONY DW 03 FIRST DW 03 GARAGE DW 03 GROUND Site POS 3 SPOS 3 Dwelling 04

DW 04 BALCONY DW 04 FIRST DW 04 GARAGE DW 04 GROUND Site POS 4 SPOS 4

PROJECT: 58 RAILWAY PDE DEER PARK T: 0403 563 815

E: info@arczero.com.au

DWELLING AREA SCHEDULE

Dwelling 03

7.3 m² 60.1 m² 22.7 m² 61.6 m² 151.7 m²

RIDGE RL61.27

A/C

P.O.S

A: Suite 209, 1 Thomas Holmes St, Maribyrnong 3032

PROJECT: 53 DEVONSHIRE ST, WEST FOOTSCRAY

GROUND FLOOR

No2

ARC ZERO PTY LTD

DWELLING AREA SCHEDULE

FIRST 39.22

.93

SPOS 1 18.5 m²

GAS AND WATER METERS

HH58.81 SH57.21 HW

FIRST 39.22

STOREY DENCE SINGLE D RESI BOAR WEATHER ROOF PITCHED TILED

BACK OF KERB

1.1m PICKETS

ELP TPIT

FLOOR LEVEL EAVE RL36.38 RL38.92

RIDGE RL41.95

SHED

EXISTING TREE TO BE REMOVED

MINOR BUILDING

AH VERAND

PT1

GROUND 36.20 MB

BINS

56 .04

CLOTHESLINE

55 .91

VERANDAH

CROSSOVER

DWELLING 3

RECTANGULAR CLAY PAVER

1874

PAVED FFL55.85

55 .87

TIMBER DECKING

EXISTING TREE TO REMAIN

SHED 3m³ 55 .83

1.8m PALING

APPROX SETBACK 10,6m

PT1 PT1

PAVED AREA

PROPOSED SHRUB

45.72

CLOTHESLINE CLOTHESLINE

SHED 3m³

3500

DINNING

STORE

PAVED FFL55.85

55 .80

DWELLING 2 PT1

LEGEND PROPOSED TREE

FFL55.90

LEVEL FLOOR RL56.13

GARAGE

EAVE.81 RL58

TOTAL CAR SPACES PROVIDED

7,3m

178.8 m² (30%) 210.6 m²

TOTAL CAR SPACES REQUIRED

APPROXK SETBAC

34.5%

REQUIRED GARDEN AREA PROVIDED GARDEN AREA

1200

STORE

SPOS

S PICKET

HOUSE GARDEN

% SITE PERMEABILITY

CLOTHESLINE

55 .84

1.3m

.61

PATH FOOT STEEL

CARPORT

DINNING

PAVED FFL55.85

.87

SHED

FFL55.85

RETE CONC

.81

.95

15.24

55 .96

DINNING

STORE

PAVED SPOS

55 .83

2.0m ALUMINUM SHEET

BINS

55 .63

100°20'

TPIT

TILED PITCHED ROOF

VERANDAH

SHED

WEATHERBOARD RESIDENCE

SINGLE STOREY

No45

P.O.S

VERANDAH

P.O.S

No46

TILED PITCHED ROOF

DOUBLE STOREY RENDERED BRICK RESIDENCE

SETBACK 6.0m

.86

L'DRY

3780

DINNING

STORE

FFL55.85

VER CROSSO

.83

L'DRY

1.83m EASEMENT

4380

55 .65

55 .81

P.O.S

Proposed 1.0m High Iron Fence

FFL56.00

4380

FFL55.90

.83

LIVING

DWELLING 5

FFL56.00 3500

GARAGE

FFL55.90

ENTRY LIVING

DWELLING 4 3500

GARAGE

SEP

55 .92

PORCH FFL55.90

ENTRY

55 .66

letterbox

PORCH FFL55.90

3780 3500

GARAGE

190°20'

1 : 100

L'DRY

BINS

5531

ENTRY

FFL56.00

L'DRY

55 .59

55 .80

Proposed 1.0m Iron Wrought Fence

DWELLING 3

BATH

BED 1

6000

APPROX SETBACK 8,3m

Elevation EAST

letterbox

BINS

1.0m High Timber Fence

390.5 m²

1.0m High Timber Fence

1.8m High Timber Fence

1 : 100

.73

55 .77

LIVING

4380

FFL55.90

STOREY E SINGLE RESIDENC BRICK ROOF PITCHED TILED

GROUND 36.20

BR1

1.8m High Timber Fence

Elevation WEST

42.67

CAR SPACE

1200

3000

55 .71

55 .74

No56

TOTAL IMPERVIOUS AREAS

CONCRETE AREA

Grass strip

285.8 m² (48%) 104.7 m²

letterbox

PORCH FFL55.90

GARAGE

3500

L R LEVE FLOO.53 RL56

GROUND 36.20

BR1

1.0m High Timber Fence

596.1 m²

BUILT ON AREA/SITE COVERAGE PAVED AREA

10°20'

55 .75

Proposed 1.0m Iron Wrought Fence

3000

BACK OF KERB 55 .53 55 .57

RIDGE RL61.26

4860

CROSSOVER

6090

FIRST 39.22

WALL ON BOUNDARY

SITE COVERAGE

PORCH FFL55.90

6588 55 .90

APPROX SETBACK 1m

36.0

FFL 36.05

ob.

55 .89

PORCH FFL55.90

LIVING

EAVE.85 RL58

CAR SPACE 2.7 x 4.9m

CARPORT

180°12'

CL1

BINS

FIRST 39.22

.77

letterbox

FFL56.00

L'DRY

55 .82

55 .70

CAR SPACE

ENTRY

BIR

CAR SPACE 55 .80

1200 55 .56

Vehical visibility splay (2mWx2.5mD). No 55 vegetation or obstacle more .56 than 1.2m in height

ENTRY

NOT FENCED

BR1

letterbox

55 .74

.77

DINING

6490

PT1

1200 55 .51

KERB

BACK 6000

Vehical visibility splay (2mWx2.5mD). No vegetation or obstacle more than 1.2m in height

DWELLING 2

FFL56.00

PAVED FFL55.90

12.19 FOOTPATH

35 5

32.61

ob.

PT1

55 .70

1200

KERB

BACK

SEP

DWELLING 1

55 .83

280°20'

10.2 m² 36.4 m² 46.6 m²

SITE AREA

CONCRETE

FOOTPATH

9510

DWELLING 1 PT1

LIVING

5498

1200 55 .54

SHED 6m³

SPOS

PAVED FFL55.85

SEWER PIPE. TBC

1.9m PALING FENCE

STREET

EASEMENT

1.83m

6606

FIXED OBSCURED GLAZING @ 1.7m

PT1

RF1

55 CLOTHESLINE .94

32 5°2

Vehical visibility splay (2mWx2.5mD). No vegetation or obstacle more than 1.0m in height

55 .81

Proposed 1.8m Timber Fence

4.3 2

letterbox

1 : 100

DWELLING 3 RF1

58.7 m² 77.1 m² 135.8 m²

Site POS 2 SPOS 2

O F

6000

B KE AC RB K

5531

ob.

41.4 m² 40.3 m² 81.7 m²

55 .80

PATH TBM NAILRETE FOOT IN CONCm AHD RL 55.81

CAR SPACE 2.7 x 4.9m

ENTRY

DW 02 FIRST DW 02 GROUND

Site POS 3 SPOS 3

Vehical visibility splay (2mWx2.5mD). No vegetation or obstacle more than 1.2m in height

Elevation SOUTH

WINDOW NOTE

SIGN

pty

37.6 m² 44.8 m² 82.4 m²

Dwelling 02

55 .84

ELP

Grass strip

PORCH FFL36.20

3240 BED 1

Site POS 1 SPOS 1

1.8m High Timber Fence

BR1 BRICK TYPE_Homestead Tan by Austral CL1 New techwood exterior composite timber cladding_Teak PT1 Matrix panel_PAINT FINISH_Twisted Rope by British Paints RF1 ROOF TYPE_Metal Deck_Colorbond finish_Shale grey

1 : 100

67.8 m² 23.6 m² 84.8 m² 176.1 m²

KERB

STUDY ENTRY

FFL 36.20

1.8m High Timber Fence

Elevation NORTH - Devonshire Streetscape

55 .73

55 .71

55 .72

BR1

MATERIAL SCHEDULE

SEP

55 .60

55 .65

3000 55 .55

55 .53

55 .63

55 .73

FIRST 39.22

GROUND 36.20

DINNING

2 1

BATH

SECTIONAL GARAGE DOOR

BR1

PROPOSED 1M IRON FENCE

DW 03 FIRST DW 03 GARAGE DW 03 GROUND

CL1

PT1

CL1

4 3

L'DRY

FIRST 39.22

BACK

6 7 8 9 10 11 12 13 14 15 16

PT1

SEP

3 2

PT1

1200

55 .56

55 .55

55 .56 55 .60

FFL36.20

11 12 13 14 15 16

DWELLING 2

6971

letterbox

CLOTHESLINE .8

CONCRETE

Concret driveway, river pebble colour

3820

SETBACK 2,9m

BRICK BUILDING

SECTIONAL GARAGE DOOR

DWELLING AREA SCHEDULE Dwelling 03

21.3 m² 77.8 m² 79.1 m² 178.2 m²

DWELLING 1

PT1 PT1

GROUND 36.20

1 : 200

DWELLING AREA SCHEDULE Dwelling 01

RF1

DWELLING 2

Lin

9 8

NEW SEWER TIE

RF1

L'DRY

BATH

ref

LIVING

Grass strip

CAR SPACE 2.7 x 4.9m

GARAGE

pty

DINNING

DWELLING 1

PAVER

DWELLING 3

No. 55

PT1

glass balustrade

GARDEN AREA PLAN

DW 01 CARPORT DW 01 FIRST DW 01 GROUND

letterbox

6295

FFL36.05

FFL 36.10

FFL36.20

CL1

tba e Se sCod Re

TANK 2000L RAINWATER TANK

(18.29) 89°57'

SHED

ref

SIP

SETBACK 5,1m

1.9m PALING FENCE

18.29

RIDGE RL42.71

HH41.42 SH40.17 HW

LIVING

2000L RAINWATER

6606

6280

11 8

PROPOSED 1.8M FENCE

SHED 6m³

36 3240

ENTRY

FFL 36.20

PAVER FFL36.05

6606

SHED 6m³

pty

FFL36.20

1.0m High Timber Fence

BED 1

14 13

PROPOSED 1.8M FENCE

BIR

BATH

L'DRY

DWELLING 3 15

Lin

ref

BINS

PAVED FFL36.05

DWELLING 3

1.83m EASEMENT

269°57'

HH41.42 SH40.17 HW

P.O.S

SHED

1.9m PALING FENCE

1 2 3 4 5

RF1

DWELLING 2

POS 1 18.3 m²

DEVONSHIRE

SHED 6m³

SHED

DINNING

KITCHEN

35 5467

DWELLING 1

tba e Se sCod Re

POS 1 19.4 m²

SPOS 1 44.8 m²

TBM NAIL PLACED IN CONCRETE PATH RL 36.03m AHD

LIVING

9660

No. 51 POS 2 3.4 m²

CROSSOVER

7320.1

TANK

PAVER FFL36.05

FOOTPATH

2000L RAINWATER

6670

BACK OF KERB

1.0m PICKETS

HH41.42 HH41.42 SH40.17 SH40.17 HW HW

TIN PITCHED ROOF

BRICK RESIDENCE

No48

DOUBLE STOREY

PORCH

CLOTHESLINE

0°12'

(32.61)

POS 2 6.8 m²

STREET

VINCENT

POS 3 41.4 m²

FLOOR LEVEL RL36.24 EAVE RL38.96

SHED 6m³

35 .8

.0 36

SHED

1.7m COLORBOND

3150

SPOS 2 36.4 m²

SETBACK 3,7m

SHED

BRICK GARAGE

7650

PORCH

EAVE RL41.65 6670

SETBACK 4,9m

CONCRETE

No55

VERANDAH

RIDGE RL44.10

SINGLE STOREY RIDGE WEATHERBOARD RESIDENCE RL41.37 TILED PITCHED ROOF

P.O.S

VERANDAH

No50

TILED PITCHED ROOF

BRICK RESIDENCE

DOUBLE STOREY

SHED

SPOS 3 40.3 m²

W: www.arczero.com.au

KEY

Dwelling 05

3.7 m² 63.4 m² 22.4 m² 46.2 m² 135.7 m² 13.8 m² 23.0 m² 36.8 m²

DW 05 BALCONY DW 05 FIRST DW 05 GARAGE DW 05 GROUND Site POS 5 SPOS 5

PAVING_ Thornbury (Sycamore) by UNILOCK_ 450mmx350mmx7mm

3.6 m² 57.8 m² 22.2 m² 45.5 m² 129.1 m²

SITE COVERAGE

EXISTING TREE TO REMAIN

SILVER ASH COLOURED PEBBLE PAVE PERMEABLE PAVING

EXISTING TREE TO BE DEMOLISHED

GARDEN EDGING, 70X19 TREATED PINE

13.9 m² 23.6 m² 37.5 m²

3.7 m² 63.4 m² 22.4 m² 46.2 m² 135.7 m²

SITE AREA

691.9 m²

BUILT ON AREA/SITE COVERAGE

357.2 m² (52%)

PAVED AREA

131.4 m²

'HYDRAPAVE' CONCRETE PERMEABLE PAVERS

PROPOSED PLANTS

75MM DEEP ORGANIC MULCH

TOTAL IMPERVIOUS AREAS

488.6 m²

LAWN (buffalo grass)

% SITE PERMEABILITY

29.4%

CONTROL VALVES

PROVIDED GARDEN AREA

232.9 m²

GEAR DRIVE SPRINKLER HEAD

TOTAL CAR SPACES REQUIRED

SPRINKLER RANGE

TOTAL CAR SPACES PROVIDED

TREE PROTECTION ZONE

TIMBER DECKING

CONNECTING LINES B/N SPRINKLERS AND VALVES

CONNECTING LINES B/N CONTROL VALVES

GAS & WATER METERS

SPRINKLER ZONES

13.9 m² 23.0 m² 36.9 m²

ACN: 139 748 128

Ground Floor Plan ISSUE: TOWN PLANNING PERMIT

DATE: 03/DEC/2018

TP 05 As indicated @ A1

7 North

DOCUMENTATION, DRAFTING AND MODELLING (2014 - 2016) @ATLAS INDUSTRIES, VIETNAM

• • •

Document middle to large scale projects which designed by Australia-based firms like Bates Smart, Woods Bagot, Elenberg Fraser,etc Set up the Revit templates, layout, rough inhouse renders and shop drawings. Take part in professional architectural drawing production, using Revit and facilitating by Dynamo.

ILLAWARRA INTERNATIONAL HEALTH PRECINCT

NEW SOUTH WALE, AUSTRALIA

ABODE 318 - VICTORIA, AUSTRALIA

THE CAULFIELD VILLAGE - VICTORIA, AUSTRALIA

DOCUMENTATION , DRAFTING AND MODELLING (2014 - 2016) @ATLAS INDUSTRIES, VIETNAM

• • •

‘Workset’ coordinate with the team, varying from structure, interior, facade and fitouts Familarize with relevant Australian building codes and legislation In charge of converting facade system from Sketchup to Revit, design the highly complex parametric families

KINGS DOMAIN

VICTORIA, AUSTRALIA

HOUSE AND MID-RISE DESIGN ASSISTANT, DOCUMENTATION (2013-2014) at LYAN CO. , VIETNAM

• • •

Intern and then work part-time at a small firm, exposing to the ‘design and build’ pratice, Learn to sketch, model and design residential projects, supervised by design seniors. Assist in drafting and document houses to mid-rise buildings.

HUY COFFEE - Phuc Yen, Vinh Phuc, Viet Nam

HIGHRISE APARTMENT - GOLDEN PALM - Le Van Luong st, Thanh Xuan, Ha Noi, Vietnam

INTERIOR DESIGN ASSISTANT, DOCUMENTATION AND VISUALZING (2017-2018) as Freelancer, AUSTRALIA & VIETNAM

• Collab with a 3-person team on interior Vietnam projects (houses, cafe shop,..), delivering the render images and drawing sets through dropbox platform • As a freelancer, design 2 restaurants project in Melbourne, visualzing and producing drawing sets to submit building permit

POOL DESIGN FOR A VILLA - Thao Dien, 2nd District, Ho Chi Minh city, Vietnam

LINH LANG CAFE Linh Lang st, Ba Dinh district, Ha Noi, Vietnam

“PHO XUA” CAFE 267 Glenferrie rd Malvern VIC 3144, Australia

SIDE WORKS UNREAL ENGINE 4 A R C H - V I S U A L I Z AT I O N Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual side project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .December 2014 Personal Project Location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Vietnam

I am realizing now that Unreal Engine 4 is a common language between all architecture, film, and video games. These works demonnstrate the application of UE4 into architectural practice, as Realtime Visualization and Interactive Walkthrough engaged a customer is with a product before purchase. I really believe these techniques can get more attentions in architecture and real eastate field soon.

INTERIOR RENDER AND ANIMATION EXPERIMENTING (2016-)

• • •

Optimize the model from Revit/3ds Max/Sketchup to be usable in Unreal Engine 4 platform Proficient in preparing models and setting up environment in UE4 Capable to deliver high quality 360 images and animation

CAPITAL ECO APARTMENT ANIMATION - VIET NAM

https://youtu.be/iRMgtfhf8lk

INTERACTIVE AND VR-READY ANIMATION (2017-)

• •

Create real time animation with numbers of interactive features: portal, drone/human POV, mini-map, object and material selections,etc. Capable to deliver VR- ready animation in medium to best quality.

MR. PHONG’ HOUSE INTERATIVE SHOWCASE (2020)

https://youtu.be/3PlmXXpAcsU

VR-READY ANIMATION (2017)

https://youtube.com/shorts/IE5pYMkMoXE?

ANIMATION COMMISSION IN PRACTICE (2021-) at ATKINS GLOBAL

• Import massive-scale infrastructure project into Unreal Engine 5, optimzing the 3D models that would be a part of digital twins development. • Migrate the GIS data as terrain and place the rail and station models in true location. • Produce a flythrough as a showcase demonstrating to Hong Kong goverment. • Tasked to prepare an executable demo visulazing the upcoming new HK-based Atkins firm.

ELEVATED RAIL IN HONGKONG FLYTHROUGH

EXECUTABLE SHOWCASE OF HONGKONG’S ATKINS DESIGN DEPARTMENT

G R A D U AT E

PROJECT

MAGIC MOUNTAIN P E R F O R M A N C E T H E AT E R I N T E G R AT I O N

SPOKE

AND

HUB

Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual Academic Project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .August 2016 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Studio Level C Location Main Lawn, St Kilda rd, Southbank VIC 3006

The Arts Centre belongs to a network of public spaces and civic buildings dotted along the Yarra River corridor. However, much of the Arts Centre’s current identity, activity and energy are hidden from the daily life of Melburnians behind concrete facades and deep interiors. The design challenged these existing parameters and explore the opportunities for the Art Centre activities to be liberated into the wider precinct: to engage with the street life that flows past the building on a constant basis.

The goal of the building is to create the conections with the surrounding buildings. Based on the existing level changings, people would use the building as a hub to their destinations. The form-making method is based on the exsiting topography and a basic box. By pushing down half of the box, the building create a connection to the existing level changing in landscape. The roof level is used as a playground in order to replace the demolished lawn. The next step is to create the inwards directions toward the building by pushing the surfaces against inside. Finally, the in-between part is deleted. This valley has the function as an outdoor stage, as well as allow light and views connections.

As can be seen in the Axonometric View, the external circulation can be archieved by the external ramp and amphitheater in two sides. People are able to access the St Kilda road and Sturt St. without going through the internal space. The large void has the significant advantages. It allows the light and views coming through and create the depth for buildings. It also becomes a bridge to connect three levels of the building. When you stand in one of those, you still can see the other levels and each location create different feelings for the users.

The main pattern of both ground level and 1st level is also triangular system. Two triangles in centre of public area represents for the hub where you have to access before going to other areas in building. There is an outdoor performance space for free performancers. Beside the offical event, street artists and performancers are the other main factor can attract more guests and passangers to come and use the building.

The auditorium here is the flexible performance stage. With extractable seating base, the building allows the performance space and the audience space to be re-defined each time. For example, the layout of centered stage is set up for small to medium commitment and practice. Therefore it requires less labour to operate.

G R A D U AT E

PROJECT

UNDER THE SKYRAIL TRANSFORMING M U R R U M B E E N A V I L L A G E R E V I TA L I S AT I O N

Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual Academic Project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . February 2017 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Studio level D Location . . . . . . . . . . . . . . . . . . . . . .Murrumbeena Station, Murrumbeena VIC 3163 The design proposes a new opportunity to help shape the new Murrumbeena regarding urban scheme. It comprises of two new village square, a new station, areas to eat, meet and play and new walking. My proposal reinforces the idea that corridor underneath sky rail should not only serve as a pathway, but be also the medium of said public spaces, revitalizing Murrumbeena to be vibrant again. The proposal design corridor as public spaces that by moving people and goods, they comprise and extensive network of public open spaces to facilitate social, cultural, civic and economic interaction.

DENSITY Since this area is characterize by medium density. I propose to intensify the urban center density in order to archive economically desirable density.

IDENTITY To promote the attractiveness of the village center for all generation, the area must home diversity of uses: kindergartens, playground for youth, senior and community; spaces activities/workshops around courtyard where everyone can interact to enhance a healthy neighborhood atmosphere.

URBAN SYSTEM In Murrumbeena heart, the neighbor buildings are largely in use with local businesses and services. I understand that existing identity and establish a new commercial and industrial zone to enrich the urban fabric, increase tourism and attract new visitors.

PEDESTRIAN FLOW The Corridor produces a new sense of flow by linking main spots regarding different plots and programs, by doing so this inner pedestrian street propels the flow of people, program and activity needed to activate the entire site.

01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

ENTERTAINMENT

CINEMA WORKING SPORT THEATER EDUCATION LIBRARY MARKET EXHIBITION

EATING

SHOPPING

PROPOSAL ACTIVITIES

Different programs for different social actors creates spaces for interaction. This programmatic collision is the heart of my syncopated crossing strip, it shapes a new neighborhood, densifying hybrid social housing prototypes. A new community across the infrastructure.

CONCEPT

The area will be divided in different zones according to the blocks, so different arts will become the specific character of each part. Every zone will have a symbolic color. The village core retains its peculiar image in the sloped roofs which provide a unity identity to the village landscape. To intensify the prevailing scale in center, added buildings reinterpret the existing volumes, certain units will be combined to occupy a larger functional areas.

GROUND FLOOR 1:500

FIRST FLOOR 1:500

SUMMER

PROGRAM COMPONENTS

The Corridor is a local open-air space offering a variety of activities and events. The roof of the building serves as a key architectural instrument: integrating day-lighting, lighting control and structural optimization. The building facade is designed to be a translucent face to let the natural light go through and glow inside out at night .

WINTER

INTEGRATED PROGRAMS VIA A NEW CORRIDOR

OPEN LANDSCAPE ARTICULATES ALL THE FUNCTIONS

Weekdays Activities TEMPORARY ACTIVITES

SECTIONS 1:250

Weekends Market

Beerfest

Fashion Show

Year-round Art Exhibtion

ST KILDA TRIANGLE’S MOCA

While people desire to live in nature, architecture tends to raise the wall between inside and outside. As architectural elements are recognized as solid and impenetrable, they can be much greater than simple partitions. When pursuing a circulation system, even a minor mistake that discourages interaction, spaces would immediately hidden, inaccessible and uncommunicative. What I have always seek is “movement” characterist in architecture, which is a key to abolish the boundary and reconnect the inherent fragments to integrate human into a part of nature. Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual Academic Project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .August 2017 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Studio level E Location Esplanade, St Kilda VIC 3182

Site Plan 1. Public ramp 2. Public ramp 3. Incorporate sculpture park 4. BBQ Area 5. F + B Area 6. Infinite Pool 7. Amphitheater 8. Market stalls zone 9. Play space 10. Viewing deck 11. Lawn

LUNA PARK

S EE

VE CA

ST RE ET

10 4

3 2

11 2

JACKA BOULEVARD

Embracing Beach Road - Extension of Public Amenity

ST. KILDA WEST

MELBOURNE

St Kilda beach is perhaps one of the most important of Melbourne’s public amenities, known for its foreshore, beach, night life, live music scene, restaurants and festivals. This is a huge responsibility to not only address St. Kilda but to embrace and bridge the foreshore precint into the neighbour zones to negate the sense of disconnection.

STONNINGTON PORT PHILLIP

Alber Park Middle Park Beach

ST. KILDA

Jewish Museum of Australia St Kilda Esplanade Market

St Kilda Pier

ST. KILDA EAST

St. Kilda Triangle Port Phillip Bay

St Kilda Square

GLEN EIRA St Kilda Foreshore

Palais Theatre

St Kilda Botanical Gardens

NORTH BRIGHTON

Luna Park

10m

20m

30m

40m

1/F Plan 1. Exhibition Zone 2. Exhibition Rooms 3. Exhibition Ramp

50m

G/F Plan 1. Outter Courtyard 2. Cafe 3. Information Hub 4. ACMI 5. VR 6. Conference Hall 7. Conference Room 8. Operation office 9. Design Library 10. Children Library 11. Learning Common 12. Food court 13. Exhibition entrance 14. Information/Ticket center 15. Exhibition lounge 16. Souvernir shop 17. Office 18. Exhibition gallery 19. Exhibition ramp 20. Lawn

2 3 1

40m

50m

30m

20m

11 10

10m

8 2

1 20

7 5

15 16

Level Changing

Existing heritage

Current access conditions & Traffic

Maximise views and Sea Connection

KEY DESIGN CONCEPT

Forming concept - Erosion and Flow One of the unique features of MOCA is the sculptural coastline and the rock formations created by the movement of the water, wind and the tides. Like the coastal forms the building has also been sculpted but by the movement of people not the elements. Expected movement from both the Jacka Boulevard and the city sculpts both the external and internal form in the same way that the elements have sculpted the rock forms over time. The sculpting of the building is by both projected vertical and horizontal circulation provides a sculptural but informed building form.

City

Water Invade

Erose

Collide

Abrasive

B1/F Plan 1. Parking facilities 2. Amphitheater 3. BOH 4. Storage 5. Loading Dock 6. Storage 7. Special Exhibition 8. High Gallery 9. Computer Lab 10. Conference Room 11. M&E 12. Water Tank 13. Public Area 14. Elevator Hall 15. Wating Area 16. Seminar Room 17. BOH 18. Truck Parking

11 12 13 10 14

16 15

17 4

9 18 5

Building form sculpted by tides coming from the shore and people coming from the city

Building circulation becomes a continuation of the boulevards

The public areas in the building are accesible 24/7, merging with the public realm of the city

View frames are formed within the building architecture, maximising views to the key parts of the city and its context

There are several water pools in the museum, creating external exhibition spaces that connects the building to the water front

The main entrace of the museum faces southwest, towards Jackal boulevard and the beach. The service entrances are on the south side, adjent to the Luna Park’s car park

A living platform elevated and Activated Cultural Plaza There are 3 elevated decks that interact with the external boulevard and water front. The first is a contemplative reflection pool that is also viewed form the permanent exhibition halls. Secondly is a waterfront amphitheater that is semi covered providing and external learning area that extends the convetion room and cafe facilities. The third is the elevated plaza that provides views of both City and the beach.

SECTIONS 1:500

32 ELEVATION

ENVIRONMENTAL STRATEGY

Design in response to the climatic conditions of MOCA allows for intercative and efficient sustainalble strategies. The carved form enables cross ventilation through two main atria. Rainwater collection reduces need for potable water irrigation while create a landscape feature itself. Strategically placing glazing in areas of function allows deep penetration of natural daylight thoughout. Daylighting Water channel Cross Ventilation

Atrium

Rainwater collection

Summer Sea Breeze

liquidfied city WATERSCRAPER Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual Academic Project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . February 2018 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Thesis Location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . St. Kilda, VIC Rather than constituting the city as an array of additive elements the project proposes a coherent urban surface system allowing for horizontal as well as vertical urban conditions. The proposed geometry of the new urban center is able to react adaptively to the existing city fabric as well as to accommodate different programmatic requirements.

The primary attemp is to bestow life to the building by attracting the users to itself in the urban setting of Melbourne, blending sea and land together into one elegant element. The proposal is a fluid space between water and city, nature and human, creating a new narrative to reinterpret the role of water in the city. Based on Melbourne’s points of interest, the urban grids are liquidfied to be integrated with water and nature itself. Dockland

Sporthall Retail & MCC Residential

Education Offices

Administration Luxury Tower Terminal Art & Theater Playground Botanical Garden Residential

Building Components

Sky Bridge

Concrete foundation base

Prestrussed Concrete Pipes

Dockside

Activity Quay

Water Park and Spa Beach

10m

20m

30m

40m

50m

9 7

12 15

2 1

25 21

G/F Plan 1. Waterpark and Playground 2. Square and Boadcast Studio 3. Bus Station 4. Fitness Club 5. Restaurant and Terminal Dock 6. Jetty and Transient Boat Slips 7. The Hub 8. The Reef and Intertidal Pathway 9. Dockside 10. Apartment 11. Retail 12. Foodcourt 13. Drawbridge to Upper Level 14. Administration Office 15. Offices 16. The Promontory 17. Luxury Apartment Tower 18. Exhibition Centre 19. Gallery 20. Wetland Forest 21. Aquaponics 22. Marina Dock 23. Ocean Hotel 24. Marina Hotel 25. Energy Groves 26. Energy Island

22 26 23

The Amphitheater Activity Edge

Arrivals Plaza and Pavilions

The Promontory

PROGRAMME APARTMENT

ENERGY GENERATOR ENTERTAINMENT TRANSPORT STATION GREENHOUSE

HOTEL COMMERICIAL PUBLIC SPACE INNER PUBLIC SPACE

ART & CONVENTION

ADMINSTRATION & OFFICE

PHOTOVOLTAICS/ SOLAR HEAT PANELS

IRRIGATION WATER

DESALTINATION PLANT

ENERGY ISLAND

DRINKING WATER

WASTE WATER

WASTE WATER TREATMENT

WATER COOLING/ HEATING HEAT PUMP

TIDAL MICROTURBINE

WIND TURBINE

ENVIRONMENTAL STRATEGY

The design represents more than a factory for food production, creating a robust public realm, celebrating agriculture as a key component of urban growth. This approach actively supports a more sustainable food network while increasing the quality of life in the city through a community program of restaurants, markets, a culinary academy, and pick-yourown experience.

Tropical Wetland Forest

Aquaponics Room

AQUATIC

GARDEN

FLEXIBLE URBAN MODELLING

Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Individual Academic Project Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .August 2017 Elective Project Location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Lauceston, Tasmania Located near Tamar River in Northern Tasmania, Launceston has experienced over 35 significant flood events since first European settlements in the early 1800s. Many residential areas in the city, especially Invermay area in the low ground are prone to be inundated. The project aims to achieve flood resilient, as well as water management efficiency for the city. On the one hand, the flood capacity is increased by creating new river. On the other hand, water towers and dams are built to control and manage the water

The neural tree - known as Yggdrasil tower, besides being a connection to Launceston, also works as a way to directly interact with the world through the artificial neural system located through the spinal cord. Taking inspiration from human nervous system, the tree has the capability to connect directly to the city database system. The roots are capable of initiating a neural link with the local buildings. This allows all residence to unite as one

HOW THE WATER TOWER WORKS?

Water Irrigation strategy The location of the new river and the tower is based on the topography and local context analysis. From an urban design scale, the project is expecting to create new residential/commercial area with water treatment facility as the new center. Wetlands and parks are also created along the river as public

Low

High

URBAN TYPOLOGY

Flooding

Increase Flood capacity by constructing new river

Build Water Management Center

Rearrange buildings around

Decentralization

Radial Network

Building blocks

Open space

Combination

EMBODIMENT OF NEURAL SYSTEM MATERIAL PROPERTIES

MIXED-USED PROGRAMS / FUNCTIONS Only riverfront is not suffcient to connect the people with river, because people come and relax in the parks and open spaces only at free times and in weekends. If we put some Daily and Regular Urban Activities on the river then we can physically connect the people with the river. That is the reason it its proposed to designed a mixed use habitable building tower.

CONSTRUCTION FORM ANALYSIS

Besides water management function, it has various programs like residents, office, shopping, commercial, hotel, restaurant, cinema, cultural events and vertical courtyards for commnunity activities. It costs huge amount of money as well as construction materials and labours for buildings a river bridge only for single use - transportation. Why not this tower can be a structure of mixedused?

Tree-shaped tower

Transformation by distorting the grid

Insetted Frame

Acute end angle

Transformed Lattice

Base structure works as the roots which have numerous functions. One of the most important is to uphold the tower and ensure its growing space. The tides are rough, huge waves, strong winds, tropical storms such as typhoons and hurricanes do not make it easy for root structure. There roots could habitable for fish and river creatures.

A LEVEL PLAYING FIELD

D E S I G N F O R H E AT IN PUBLIC DOMAIN

Project Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Groupwork Academic Project . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . December 2017 Time Elective Project . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Lauceston, Tasmania Location Our proposal for the new Melbourne University Student Precinct brings life back into the space. Where once there were thermally uncomfortable spaces that people did not want to occupy for periods of time, there is now light, wind and shading being brought into all spaces across the site. Where there were hard and harsh spaces there is now vegetation and water, aiding in the theory of biophelia, important in a space where people are prone to stress. And where once there was a series of disjointed spaces, there is now a communal spaces, a place where people can congregate and socialise.

EXISTING CONDITION

KEY STRATEGIES

We wished to provide mostly for spaces where students could study outside in the small microclimates we have created. Different areas of the site have been designed for specific times of the day. The artificial topographic area is good for summer afternoons when the site heats up. However it is a little shady for Winter so the right side of the hill would be better for relaxing in the sun. The platform is also perfect for hot summer afternoons as it provides shade and the vegetation cools down the air. It is also a pleasant space in Winter mornings when the sun is shining through.

DESIGN FOR TIME AND SEASON Summer

9am

1pm

Summer

11am

3pm

Summer

9am

11am

3pm

Winter

11am

3pm

HEAT ANALYSIS

Winter

11am

9am

3pm

Winter

11am

3pm

THERMAL COMFORT ANALYSIS

Summer noon

After- Winter Morning

Summer noon

After- Winter Afternoon Summer noon

After- Winter Morning

Summer Morning Winter Morning

DESIGN RADIATION TEST

Summer Solstice Shadow (22nd December)

Winter Radiation Analysis of Proposed Site (21st June)

DESIGN WIND FLOW TEST

Summer Radiation Analysis of Proposed Site (22nd December)

Summer Sun Hour Analysis of Proposed Site (21st June)

Winter Sun Hour Analysis of Proposed Site (21st June)

Summer Radiation through structural tree columns (22nd December)

Original Site Wind Analysis

Proposed Site Wind Analysis tests after opening Alice Hoy and adding the platform

Winter Solstice Shadow (21st June)

Winter Radiation through structural tree columns (21st June)

Diagram 03: The new design directly shades the area, while also addressing the level change from Swanston street. Wind has been directed through the space where it once wasn’t able to reach, and the open steel columns allow wind to move upwards through and over the platform. Underneath the platform is mainly used in Summer to shelter people from the harsh afternoon sun while in Winter the platform itself is a welcome warm and sunny spot to relax and study.

Proposed Site Wind Comfortable Zone

PLATFORM OPTIMISATION

Option 07

Option 01

Option 02

Option 03

Option 04

Option 05

Option 06

3.0 metres

Summer Solstice Sun Hour Analysis (22nd December)

Winter Solstice Sun Hour Analysis (21st June)

Summer Solstice Radiation Analysis (22nd December)

Winter Solstice Radiation Analysis (21st June)

5.0 metres

Diagram 01: Form finding through use of Grasshopper plug-in Octopus. The script took Summer and Winter total sun hours and Summer and Winter total radiation from Ladybug analysis, and used this data as the fitnesses to optimise the curves of the platform. The aim of the platform design was to maximise sun hours and radiation in Winter and minimise in Summer. The best 7 options which satisfied all fitnesses were picked from Octopus and we chos e Option 2 as the starting concept for the main platform of our site.

5.0 metres

SECTION B-B’ 0m 3m 10m

SECTION C-C’ 0m 3m 10m Sunlight hours (winter solastice)

SOLAR RADIATION (SUMMER SOLATICE)

COMPARISON OF RADIATION BETWEEN OPIONS

Balance Zone

9am 9am

1pm

1 pm

5pm

Less radiation in Summer More radiation in Winter

1pm (Winter)

5pm

Based on Radiation analytics in Summer period, the significant thermal difference have occured around the rear sides of corridor because of the changing in shading time. The solution herein is to create a more stable walkway to avoid the inbalance of thermal. The hot spot would be used as a undercover idle area. The Lot6 would be reoccupied as a garden, proving the comfort spots for sitting and picnic throughout the time of a day.

Solar radiation (summer solastice)

Solar radiation (winter solastice)