P O R TFOLIO // Anh Tran
//rĂŠsumĂŠ
Anh Tran [Alex] Nationality // Vietnamese Address // Sydney NSW Australia Mobile // 0406 832 601 Email // anhtran.891@gmail.com Linkedin // linkedin.com/in/tuan-anh-tran/ // In my opinion, every architecture has its own story and that story is always based on the project initial data which are human demand, context, culture and environment. The building should be appropriated or have a good conversation with its vicinity. Thus, every design in this portfolio is my answer for a suitable proposal for every different project. They have marked the beginning steps in my career as I am always excited and wishing to observe my own design being reality in the future. //
//experience
12.2018 - current F R E E L A N C E P ROJ ECT D ES I G N E R // Sole Trader //Sydney.NSW.Australia • Work directly with clients and collaborate with structural and civil engineers across all phases of three residential projects, two home renovations and two interior design projects. • Develop efficient time management and communication skills through managing projects and tasks including fee negotiation, schedules and budgets. 05.2017 - 05.2018 A RC H I T ECT U R A L D ES I G N E R // Ridge Designs //Canterbury.NSW.Australia • Designed and documented council submissions through different phases of multiple residential projects including villa, duplex, townhouse and apartment. Acquired understanding and practical experience of NCC, AS, NSW planning system and regulatory framework. • Continuously improved problem-solving skills and multicultural adaptation through participating new working environment, new regulations and procedures. 11.2015 - 07.2016 F R E E L A N C E A RC H I T ECT //Ho Chi Minh City.Vietnam • Participated as subcontractor in facade design and construction phase of a high rise mixed-use project. 01.2015 - 10.2015 A RC H I T ECT // CPG Vietnam //Ho Chi Minh City.Vietnam • Positioned in a multidisciplinary team within the Healthcare studio on the design and construction phases of an oncology hospital. Obtained knowledge of clinical planning and health care architecture. • Assisted with architectural drawings of many large-scale projects and design competitions. • Rapidly developed my proficiency in using Revit. • Developed interpersonal and problem-solving skills through working in a team to deliver complying design solutions with multiple intensive requirements.
//education
03.2017 - 12.2018 MASTER OF ARCHITECTURE // University of Technology Sydney //Sydney.NSW.Australia 08.2009 - 08.2014 BACHELOR OF ARCHITECTURE // University of Architecture Ho Chi Minh City //Ho Chi Minh City.Vietnam
//skills
//language //awards & honors
EXPERT // REVIT ADVANCED // Rhino, Grasshopper, Photoshop, Illustrator, InDesign BASIC // Dynamo, Python, 3Ds Max VIETNAMESE // native ENGLISH // fluent UTS Transformative Technologies + Data Poetics Group Exhibition //sydney design festival 2019 Honorable Mention //UTS:DAB student showcase First Place //UAH photography contest 2011 & 2012
4
//contents
//academic
//professional
Super Roof // masters architectural design studio
8
Resonance Chambers // masters architectural design studio
18
International Airport Terminal // bachelors graduation project
24
Recreational Centre // bachelors architectural design studio
32
Oncology Hospital // CPG Corporation
42
High-Rise Mixed-Used Development // Freelance
48
Residential Flat Building Development // Ridge Designs
52
Country House // Freelance
56
Dual Occupancy // Ridge Designs
60
Other Works
64
5
6
//academic
7
S u p e r R o o f // T r a n s p o r t H u b 2017 // UTS // masters architectural design studio RHINO - GRASSHOPPER - PYTHON tutor.Dave Pigram
// This studio was dedicated to furthering the techniques and concepts of computational design in architecture. In particular, the studio sought to dispel the conventional wisdom that serious formal investigation and serious programmatic investigation are mutually exclusive. //
8
9
// The proposal is organised based on the various types and speeds of motion. The roof is structured by a truss system, which is coded and tailored with various configurations and scales to match the distinct character of vehicle or motion type below. All service functions are occur within the waiting room as a transformation of skylight element, which is formed exceptional by inhabiting the truss where it touches down. The roof form and structure works as a primary wayfinding and spatial element of the station architecture. //
10
Circulation
Waiting Area
Train
Bus/Taxi
11
// The design tectonics employed the technique of Python coding to define and develop sufficient geometry of the truss cell for different spaces. The truss system is configurated and scaled to emphasise directions, speed and type of vehicles, and people circulations. //
//coding algorithm. Vector Math
Point 2
Point 2 Point 2
b c Point 1
Point 0 Point 0
Point 1
b
a
a + b = ab
Point 0
Point 1 b
a
Origin Point
Origin Point
ab + c = oc
c
c
Point 2
Point 2
Point 2 Centroid
ab
Centroid
c Point 1
Point 0
Point 1
Point 0
Point 1
Point 0
b
a
Origin Point
Origin Point
Point 1
Point 2
Point 2
Centroid
Mid_Point 1 Point 1
Point 0
Point 1
Point 0
Centroid
Centroid
12
Mid_Point 0
Point 2
Point 0
Mid_Point 0
Mid_Point 1
Mid_Point 2
Mid_Point 2
Point 1
Point 1
Point 1
Point 0
Point 2
Point 0
Mid_Point 1
Point 2
Point 0
Point 2 Mid_Point 0
Mid_Point 2
13
14
// It is a powerful of motion and still, people and trains, structure and light. The project resolve the many complex/competing elements of a transport hub, as well as meeting the programmatic demands of a transport interchange. The ambition for an iconic station led to the roof geometry and structural variation, which were generated to let the wayfinding more friendly for people. //
15
16
17
18
Resonance Chambers // Nuremberg Concert Hall 2018 // UTS // masters architectural design studio REVIT - RHINO - GRASSHOPPER tutor.Dr Tim Schork
// The studio sustains that innovations in architecture and transformations in its practices are closely linked to technological change, advances in materials and practices of representation and making. Developments in computational design methods, simulation and computer-controlled fabrication techniques have opened up new possibilities and narrowed the gap between what can be designed and what can be constructed. //
19
// Designed as an addition to the ensemble of the Meistersingerhalle, the proposal engages the existing infrastructure and context to create a connection between the present landscape and public space. The combination of the existing building and the new exterior envelope provide “a charming veil� that engages the surrounding landscape on all sides. It combines architecture, program and urban development into a specific entity, suitable only to this particular location. //
20
LEFT 1st & 2nd floor plan
A
1
B
2
C D
3
LOWER ground floor plan
E F
4
G H
5
1
6 2 7 3
8
9
4
5
10 6
11 7
12 8
A B 9
C D 10
E F
11 G 12
H
A
1
A
1
B
2
B
2
C D
3
C
E
D
3
F
4
G
E
H
5
1
6
F
4
2
G
7 3
8
9
H
5
4
1
6 2
5
10
7
6
11 7
12
3
8
8 13 A
9
I
4
B C 9
D E
B'
10
13 C'
5
10
G
F
A'
H D'
E'
G'
F'
1'
6
11
11 1'
I
12
7
12 2'
2'
3'
3'
8
4'
4' A'
B'
C'
D'
E'
F'
G'
13 A
I B C 9
D
F E
G
A'
// The combination of the vineyard and shoebox type of the concert hall is the heart of the building, and structurally independent for acoustic isolation and prevent vibration transfer. //
13 B'
C'
10
H D'
E'
G'
F'
1'
11 1'
I
12
2'
2'
3'
3'
4'
4' A'
B'
C'
D'
E'
F'
G'
21
// The combination of the vineyard and shoebox type of the concert hall is the heart of the building, and structurally independent for acoustic isolation and prevent vibration transfer. //
22
23
D a N a n g I n t e r n a t i o n a l A i r p o r t Te r m i n a l 2014 // UAH // bachelors graduation project REVIT - 3Ds MAX // The proposal is defined by its unique landscape; with long-curved coast, high mountains, and rapidly changing weather. Da Nang Airport had to adopt the feel of the region’s landscape and in itself become an interesting part of the journey. The idea of flight meeting the shape of the local landscape resulted in the concept of folding roof. //
24
// The new terminal houses all service facilities and is used for international flights, while the old terminal serves domestic traffic. The new terminal includes: A new pier composed of eight gates designated for international travel, separated arrival and departure levels, eight security lanes for departing passengers, large commercial areas, modular concept allows for easy future expansion. //
25
// A bright, harmonious and double height space connects the arrival and departure halls. The arrival hall is characterised by four dominant design elements: the hanging veil of the structural glass facade, the grand steel columns of the support structure and the dramatic entrance bridges spanning over the space. //
A
-0.300
612000 18000
18000
17500
17500
1000
18000
1000
17500
17500
17500
18000
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
17500
18000
17500
1000
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
18000
17500
18000
18000
J
6000
B
-0.300
-0.300
-0.300
10000
K -0.300
H
12000
-0.150
-0.150
B'
18000
G -0.150
±0.000
136000
18000
18000
F
E
18000
D
±0.000
±0.000
±0.000
18000
C
±0.000
B 18000
-0.300 -0.300
A
±0.000 -0.150
1
2
3
4
4'
5
6
7
7'
9
8
10
10'
11
12
13
14
13'
15
16
16'
17
18
19
20
19'
21
22
22'
23
24
25
25'
26
27
28
28'
29
30
31
31'
33
32
34
35
A'
A
612000 18000
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
18000
18000
10000
K J
6000
B
+4.500
H
12000
+4.500
B'
18000
G
+4.500
+4.500
136000
18000
18000
F
E
18000
D
+4.500
+4.500
18000
C
+4.500
+4.500
18000
B
A
+4.500
1
2
3
4
4'
5
6
7
7'
8
9
10
10'
11
12
13
13'
14
15
16
16'
17
18
19
19'
20
21
22
22'
23
24
25
25'
26
27
28
28'
29
30
31
31'
32
33
34
35
A'
UPPER arrival ground level 26
LOWER arrival mezzanine level
A
612000 18000
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
18000
18000
10000
K J
6000
B
+9.000
+9.000
+9.000
+9.000
H
+9.000
12000
+9.000
+9.000
B'
18000
G
F
136000
18000
18000
+9.000
E
18000
D
C +9.000
+9.000
+9.000
18000
+9.000
18000
B
A
+9.000
-8.750
1
2
3
4
4'
6
5
7
7'
8
9
10
11
10'
12
13
14
13'
15
16
17
16'
18
19
20
19'
21
22
22'
23
24
25
25'
26
27
28
29
28'
30
31
32
31'
33
34
35
A'
A 612000 18000
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
18000
18000
10000
K J
6000
B
H
12000
+13.500
B'
G +13.500
18000
+13.500
F
18000
136000
18000
+13.500 +13.500
E
18000
D
18000
C
18000
B
A
1
2
3
4
4'
5
6
7
7'
8
9
10
10'
11
12
13
13'
14
15
16
16'
17
18
19
19'
20
21
22
22'
23
24
25
25'
26
27
28
28'
29
30
31
31'
32
33
34
35
A'
UPPER departure level LOWER transit level
27
// The departure hall is the architectural centrepiece of the terminal. The identity of the room is defined by the folded ceiling connecting the central building and the pier. Welcoming arriving passengers, this canopy starts outside the building and passes through the minimalistic glass facade, giving the interior of the terminal a warm glow. The direction of the building’s main structure, emphasised by majestic skylights, lead travellers towards the entrance to security control. //
+30.000
+13.500 +9.000 +4.500 Âą0.000 -4.500
18000
18000
18000
18000
18000
18000
12000
6000
10000
136000
A
18000
18000
17500
1000
17500
B
18000
17500
C
1000
D
17500
E
18000
17500
F
1000
G
17500
H
18000
17500
J
K
1000
17500
18000
17500
1000
17500
18000
6120
1
2
3
4
4'
5
6
7
7'
8
9
10
10'
11
12
13
13'
14
15
16
16'
17
TOP LEFT glass facade detail 28
ABOVE section
18
+30.000
+13.500 +9.000 +4.500 ±0.000 -4.500
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
17500
1000
17500
18000
18000
18000
000
8
19
19'
20
UPPER glass lift detail
21
22
22'
23
24
25
25'
26
27
28
28'
29
30
31
31'
32
33
34
35
29
30
ABOVE airside elevetion main elevation perspectives
31
Ph u Quo c Island Recreat io nal Ce n t re 2013 // UAH // bachelors architectural design studio REVIT - SKETCHUP - 3Ds MAX
32
// The proposal consists of flexible functional spaces for multi purpose use, which are used to provide a large number of recreation, tourism, exhibition purpose for replicating coastal living area in Southern Vietnam, but still retain the characteristic of locality by creating an open space with nature ventilation. //
33
34
// Landscape elements are considered necessary for a recreation and cultural centre, such as the combination of water and green space. They are also not only used to cool the building, but also help to create more flexible spaces, which are suitable with the land shape and functional layout. //
35
UPPER level 1 floor plan LOWER level 2 & 3 floor plan
36
37
38
39
40
//professional
41
Oncology Hospital 2016 // Healthcare // Ho Chi Minh City.Vietnam // CPG Vietnam REVIT // Positioned as a Revit architect of a multidisciplinary BIM team, I was responsible for designing and documenting of the two nursing unit towers in Revit to comply with the approved concept design; proposed the canopy designs for main entry and ambulance entry, as well as documented drawings of floor plans of the Medical Radiology Department for construction and tendering stages. //
42
// The project for the new Oncology Hospital in Ho Chi Minh City follows a high specialization, teaching and research hospital model, in which the patient is at the centre of all care. A compact building has 1000 beds, 16 operating theatres, 8 linear accelerators for oncological treatments, 119,876m2 floor area dedicated to healthcare purposes and another building services and parking facilities. //
43
15
16
17
18
19
LEFT floor plans
20
9 CC 8 BB
7
6
Z'
5
LOWER radiotherapy unit plan
LL Y
4
KK
JJ
II
E
F
G
R
31
H
32
LL
Q
33
P
34
35
O
36 N
37 19
14
15
16
17
18
19
20
20
21
21
22
22
23
23
24
24
24'
24'
25
26
27
29
28
30
13
12
GG
11
10 FF
9 EE
8
7
DD
6 CC 5
BB
4
AA
3 Z Z'
2
Y
1 LL
X KK
U
A JJ
B
II
C
D
T
S
31 E
32
R
F
33 LL
G
Q
34 H 35
P
I
36 O
J
37
K
N L 14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
M
13
12
GG
11
10 FF
9 EE
8
7
DD
6 CC 5
BB
4
AA
3 Z Z'
2
Y
1 LL
X KK
U
A JJ
B
II
C
D
T
S
31 E
32
R
F
33 Q
G
34 H 35
P
I
36 O
J
37
K
N L 14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
M
13
12
GG
11
10 FF
9 EE
8
7
DD
6 CC 5
BB
4
AA
3 Z Z'
2
Y
1 LL
X KK
U
A
D
T
300
II
C
300
JJ
B
HH
S
31 E
32
R
F
33 Q
G
34
9650
P
36
9800
35 I
9800
H
O
J
37
K
N
LINAC-2
L 14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
14
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
LINAC-2
LINAC-2
LINAC-2
LINAC-2
M
GG RC3
4040
13
GG
BW2
BW2
Kho / Store
BW2
SV1
SV1
P. Điều khiển/ Control rm
BW2
BW2 SV1
SV1
BW2
210
320
BB
BW2
P. Điều khiển/ Control rm
BW2
SV1
BW2
CC
4040
DD
6
Kho / Store
BW2
5
4
P. Điều khiển/ BW2 Control rm
BW2
BW2
Kho / Store BW2
SV1
SV1
4980
240
2800
1910
2450
2700
2550
5000
2300
4610
2650
3100
875
110
Y
1
2000
3890 475
1090
3940
4610
3610
2980
2400
3680
1210
2980
Z Z'
2
2600 4470
P. Hành chánh/ Admin office
450
5110
2990
3150
390
20
21
22
23
24
24'
25
26
27
28
P. XẠ TRỊ TRONG SUẤT LIỀU CAO/ HDR BRACHYTHERAPY
30
29
3550
HH
12
GG
11
RC7
1060
2520
CC
2100
LL
BW1
X
VS/ Toilet
KK
2080
JJ
B
II
C
BW1
BW1
VS/ Toilet
2100
240
BW1
Y
1
VS/ Toilet
Hành lang bệnh BW1 nhân nội VS/ Toilet trú SD1
D
2010
31 E 32
R
BW1 BW1
SV1
2010
SD1
BW1
BW1
SV1
P. Điều trị/ Treatment
P. Tiêm thuốc/
4700 BW1
900
1400
BW2
rm
SV4
BW1
SV1
4400
3920
Kho nguồn phóng xạ/ Radiation source store
P. Server ( máy gia tốc)
980
1120
Hành lang nội bộ/ Staff corridor
SV1
2040 SD1
SV2 BW1
BW1 Injection
BW1
BW1
SV1
2800
P. Điều trị/ Treatment
4010
SD1
2800
SD1
A
SV1
SV1
4080
Z'
2
SV4
2600
240
1910
Z
1910
SV1
AA
2080
BB
300
5
4
3
1940
4040
Kho vật tư
BW1 BW1
300
310
DD SV1
P. Điều khiển/ Control rm
SD1
Họp/ Meeting
BW2
3100
BW2
BW2 BW2
BW2
SV1
SD1
Kho / Store
BW2
3120
SD1
SD1
DB
Bếp/ Pantry
BW2
3080 SD1
BW1
BW1
BW1
VS NV Nữ/ Staff Toilet (F)
P. UPS/UPS Room
BW1
AHU
?
BW2
F
AA
300
SV1
SV1
Q
240
33 G 34 H 35
P
640
1460
2600
2080
1960
1060
3650
3280
110
3280
1180
1980
1660
1440
3120
3080
460
8100
8100
I 36
44
48600
O
J
37
400
K
7700
8100
8100
8100
8100
8100
N L 14 M
15
16
17
18
19
20
21
22
23
24
24'
25
26
27
28
29
30
24 24'
25
26
CC
SV4
BW1 FW1
1000
2000
3640
3680
1460 290
6
Uống ĐVPX liều thấp/ Radio Isotope (Low dose) Uống ĐVPX liều cao/ Radio Isotope (High dose)
2500
SV1
Sảnh chờ
SD1
P. Làm khuôn/ Mould BW1 room
BW1
1000 400
570
FF
EE
DD
P. Kỹ thuật viên
SD1
Hành lang nội bộ/ Staff corridor
RC7
10
9
8
7
BW1 BW1
SD1
210
19
240
18
600
17
BW2
BW1
2860
16
P. Kỹ thuật viên
BW1
4120
15
SV1 SD1
BW1
P. Dụng cụ cố định
BW1
SD1
SD1
4610
RC7
2150 14
13
SD1
BW1
SD1
110
P. Lập kế hoạch điều trị/ Treatment Planning/ Dosimetry
2600
BW1
30
2890
29
2640
28
EE
210
27
26
300
25
2980
24'
760
24
1460
23
7600
SV1 BW1
22
M
1800
N
21
BW2
8100
O
L 20
P. Dụng cụ cố định
P. Điều khiển/ Control rm
23370
36 37
K
BW2
BW2
8100
I
P. Trưởng khoa/ HOD
SV4
BW1
4120
Hành lang hạn chế (Xạ trong)
BW1
P
800
35
5300
34 H
2500
2500
G
19
SD1 SD1
8100
SD1
7890
SD1
Kho / Store
SV1
BW1
240
SD1
Q
8100
P. Chờ/ Waiting
240
SD1
300
R
300
32
33
18
ST4
50300
BW1
BW1
3190
Văn phòng/ Office
4740
Kỹ thuật viên ( Xạ trong)
SD1
F
17
4760
BW2
S
31 E
16
3140
SD1
BW1
910
Kho hồ sơ / Store
SD1
BW1
BW1
3700
Kho dụng cụ- vật tư/ Store
BW1
3700
Tháo dụng cụ
BW1
BW1
2500
T
BW1
5110
II
D
4800
JJ
C
BW1
Kho phóng xạ và thiết bị đo phóng xạ / Store
4740
BW1
4740
U
B
15
890
FW1 BW1
X
KK
14
4610
SV4
LL
A
J
FF
FW2 2FD1a
AA
3
8250
FW2
4060
7
P. Điều khiển/ Control rm
BW2
P. Điều khiển/ Control rm
8100
BW2
FF
EE
8
930
12
11
10
9
27
28
29
30
UPPER staircase details LOWER escalator details
45Ø 38W X 10 THK GALV. STEEL FLAT BALUSTER @ 1200 MAX C/C
45Ø X 5 THK GALV. STEEL PIPE RAILING W/ WELDED JOINTS & W/ FINISH TO SPECS
45Ø GALV. STEEL PIPE RAILING TO DETAILS
38W X 10 THK GALV. STEEL FLAT BALUSTER & INTERMEDIATE RAILS W/ WELDED JOINTS & W/ FINISH TO SPECS
FFL
38W X 10 THK GALV. STEEL FLAT BALUSTER & INTERMEDIATE RAILS TO DETAILS
10 0
STAIRCASE LANDING
38
MIN 900 (FD)
100 (FD) THK R.C. TRIANGULAR KERB TO ENGR'S DETAILS
FFL R.C. STAIRS TO ENGR'S DETAILS
75L X 60W X 6 THK GALV. STEEL PLATE WLEDED TO BALUSTER & FIXED INTO R.C. KERB H
20,
R.C. STAIRS TO ENGR'S DETAILS
EQ
30
MAX. HT= RISER HT
FFL
MŨI BẬC NẸP KIM LOẠI CÓ KHÍA 50mm BẰNG MẶT VỚI LỚP HOÀN THIỆN 50mm GROOVED METAL NOSING FLUSHED TO FINISH PLASTER
VỮA XI MĂNG CHỐNG TRƯỢT CEMENT RENDERED NONSLIP
EQ
100 (FD)
PP
24'
R.C. TRIANGULAR KERB TO ENGR'S DETAILS W/ PLASTERING & FINISH TO SPECS
25
26
4120
24
100 (FD)
W
10
38W X 10 THK GALV. STEEL FLAT BOTTOM RAIL W/ WELDED JOINTS & W/ FINISH TO SPECS
W1.1540
W2.1290
W3.1000 W3.1000
1540
ĐI XUỐNG
300
W2.1290
1540
ĐI LÊN
FFL ± 0.000
W1.1540
THÔNG TẦNG/ VOID
FFL + 5.000
FF
300
24
7800
7090
25
24'
1010
W1.1540
W1.1540
W2.1290
W2.1290
W3.1000
W3.1000
1010
26
14890
300
1100
GLASS RAILING / LAN CAN KÍNH
LEVEL 2 5000
1010
1010
LEVEL 2 5000
GLASS RAILING / LAN CAN KÍNH
3990
3990
5000
5000
GYPSUM CEILING / TRẦN THẠCH CAO
LEVEL 1 0
4720 GG
3080
LEVEL 1 0
300 FF
26
25
24'
24
45
UPPER nursing tower elevation callout
LOWER ROOF 39000
WD26
WD26
WD26
FW2
WD26
1800
WD26 FW2
FW2
FW2
FW2
LEVEL 9 35000
WD26
WD26
WD26
FW2
WD26
FW2
WD26
FW2
FW2
FW2
950
FW2
1800
WD26
4000
800
450
FW2
4000
WD26
950
800
450
950
1200
LOWER main elevation
WD26
WD26
WD26
FW2
WD26
FW2
FW2
950
FW2
FW2
LEVEL 7 27000
WD26
WD26
FW2
WD26
WD26
FW2
WD26 FW2
FW2
FW2
950
FW2
1800
WD26
4000
800
450
FW2
1800
WD26
24000
WD26
4000
800
450
LEVEL 8 31000
WD26
WD26
WD26
1800
WD26 FW2
WD26
FW2
FW2
FW2
FW2
LEVEL 5 19000
FW2
WD26
WD26
FW2
WD26
2600
1400
2600
WD26
1800
WD26
WD26
FW2
4000
800
450
FW2
950
WD26
4000
800
450
LEVEL 6 23000
200 2600
1400
2600
750
750
750
750
2600
1400
2600
550
1200
750
LEVEL 4 15000
8100
8100
8100
24300 23
22
20
21
ROOF PLAN 43000 LOWER ROOF 39000 LEVEL 9 35000 LEVEL 8 31000 LEVEL 7 27000 LEVEL 6 23000 LEVEL 5 19000 LEVEL 4 15000 LEVEL 3 10000 LEVEL 2 5000 LEVEL 1 0
46
30
29
28
27
26
25
24'
24
23
22
21
20
19
18
17
16
15
14
47
T h e Pa r k A ve n u e Co m p l ex Pro j e c t 2016 // Mixed-Use // Ho Chi Minh City.Vietnam // Freelance REVIT // Worked as a subcontractor for a BIM team, incorporate with a senior architect from CPG Vietnam. My role is designing and documenting of the facade of two residential towers in Revit for construction stage. // // The construction includes 2 blocks with 32 levels height and 3 car-parking basements, which are designed with 4 airy facade in order to meet the demand of the residents living in the building. It is acquired many modern facilities such as park and children playground, luxury shopping mall and gymnasium, cafeteria and restaurants with the shop houses are located in the ground floor and swimming pool in the top of the podium. //
48
49
MÁI
5000
+119.900
TẦNG KỸ THUẬT 4000
+114.900
TẦNG 32
3300
+110.900
TẦNG 31
3300
+107.600
TẦNG 30
3300
+104.300
TẦNG 29
3300
+101.000
TẦNG 28
3300
+97.700
TẦNG 27
3300
+94.400
TẦNG 26
3300
+91.100
TẦNG 25
3300
+87.800
TẦNG 24
3300
+84.500
TẦNG 23
3300
+81.200
TẦNG 22
3300
+77.900
TẦNG 21
3300
+74.600
TẦNG 20
3300
+71.300
TẦNG 19
3300
+68.000
TẦNG 18
3300
3300
3300
3300
3300
3300
3300
3300
3300
3300
119000
3300
3300
+64.700
TẦNG 17
+61.400
TẦNG 16
+58.100
TẦNG 15
+54.800
TẦNG 14
+51.500
TẦNG 13
+48.200
TẦNG 12
+44.900
TẦNG 11
+41.600
TẦNG 10
+38.300
TẦNG 9
+35.000
TẦNG 8
+31.700
TẦNG 7
+28.400
TẦNG 6
6400
+25.100
TẦNG 5
3300
3300
3300
2400
+18.700
TẦNG KỸ THUẬT
+16.300
TẦNG 4
+13.000
TẦNG 3
+9.700
TẦNG 2
5500
+6.400
TẦNG 1
+0.900
CAO ĐỘ VỈA HÈ
+0.000
50
BA
BB
BC
BD
BE
BF
6201
4500
2400
4150
600
3550
3550
4750
850
3450
400
2100
4700
TẦNG 2
3000
5500
2500
+6.400
+0.900
900
900
TẦNG 1 CAO ĐỘ VỈA HÈ
+0.000
3100
5250
BF
5150
AG
1800
BE 5400
AF
4405
100
1050
6950
1050
AE BD
750
AD BC
7530
400
7620
6750
500
AC 200
AB 1900
200
3450
506
3150
5300
BB
BA
AA
1400
3069
3375
TẦNG 2
3000
5500
2500
+6.400
TẦNG 1 900
900
+0.900
CAO ĐỘ VỈA HÈ
+0.000
5300
3150
BA
AA
500
6750
750
BB AB
AC
1050
6950
1050
1800
BD AE
BC AD
5150
AF
5250
BE
3100
AG
BF
MÁI
5000
+119.900
TẦNG KỸ THUẬT 4000
+114.900
TẦNG 32
3300
+110.900
TẦNG 31
3300
+107.600
TẦNG 30
3300
+104.300
TẦNG 29
3300
+101.000
TẦNG 28
3300
+97.700
TẦNG 27
3300
+94.400
TẦNG 26
3300
+91.100
TẦNG 25
3300
+87.800
TẦNG 24
3300
+84.500
TẦNG 23
3300
+81.200
TẦNG 22
3300
+77.900
TẦNG 21
3300
+74.600
TẦNG 20
3300
+71.300
TẦNG 19
3300
+68.000
TẦNG 18
3300 3300 3300 3300 3300 3300 3300 3300 3300 3300 3300
119900
3300
+64.700
TẦNG 17
+61.400
TẦNG 16
+58.100
TẦNG 15
+54.800
TẦNG 14
+51.500
TẦNG 13
+48.200
TẦNG 12
+44.900
TẦNG 11
+41.600
TẦNG 10
+38.300
TẦNG 9
+35.000
TẦNG 8
+31.700
TẦNG 7
+28.400
TẦNG 6
6400
+25.100
TẦNG 5
3300
3300
3300
2400
+18.700
TẦNG KỸ THUẬT
+16.300
TẦNG 4
+13.000
TẦNG 3
+9.700
TẦNG 2
900
5500
+6.400
TẦNG 1
+0.900
CAO ĐỘ VỈA HÈ
+0.000
A1
A2
A4
A6
A8
A10
A11
A12
P2
P3
P4
B1 B2
B3
B4 B5
B6
B7
B8
B9
51
Residential Flat Building & Future Development 2018 // Mixed-Use // Sefton.NSW // Ridge Designs REVIT
52
// I involved in this project as an architectural designer for a real estate investor. My role was responsible for designing and documenting most of the plans, rendering and facade for the project from the concept, DA submission to construction stage, under the supervison of design manager and director.//
53
TOP TO BOTTOM ground floor plan 1st & 2nd floor plan 3rd floor plan
54
UPPER main elevation LOWER rear elevation
55
Cou ntr y Ho use 2019 // Residential // Murrays Run.NSW // Freelance REVIT - ENSCAPE // I worked directly with clients and collaborate with structural and civil engineers across all phases of this project. Designed and documented the entire project from the concept design to DA submission, including BASIX certificate and Statement of Environmental Effect.//
56
// The architectural design is a unique response to a unique site. It aims to deliver contemporary minimalist architecture which minimizes environmental impacts, takes advantage of the site’s unique attributes, responds to the verticality of the forest in which it is embedded and creates a sense of lightness and delicacy which is appropriate to the bushland setting; and no, or minimal, visual impacts from public roads and neighbours’ dwellings. //
57
4500
W2
W3
4500
4500
100
4500
MASTER BEDROOM
1100
2550
900
100
WARDROBE W5
1000
100
DINING AREA
900
7900
50
FFL +127.0
BALCONY FFL +127.0
700
2600
MAIN HOUSE 104 m²
W1
HATCH OPENING ABOVE
1800
2500
1100
700
W4
LIVING/FAMILY AREA
3500
3000
BALCONY FFL +127.0
L'DRY
W7
1850
100
3000
P
KITCHEN
2550
FOYER FFL +127.0
ENS
OUTDOOR SHOWER
W6
2550
4500
WC
1000
1900
F
100
1850
4100
400
400
4100
4500
1200
18000
ROOF 130.61 m
610
ROOF 130.61 m
CEILING 130.00 m
3000
3610
CEILING 130.00 m
3610
3000
610
2000
BRIDGE TO CARPORT / GATE HOUSE TIMBER DECKING ON TIMBER JOISTS TWIN STEEL C CHANNEL STRUCTURE
FFL.
FFL.
127.00 m
4500
4500
127.00 m
4500
4500
4500
4500
4500
4741
4741
8000
8000
3259
3259
4500
NGL.
NGL.
119.00 m
119.00 m
UPPER main house floor plan 58
LOWER main house elevations
59
Dual Occupancy Dwelling 2018 // Residential // Padstow.NSW // Ridge Designs REVIT
// I was in charge for architectural design package and documentation of this project entirely, with the coordination of the director with the client to figure out the design brief.//
60
61
UPPER ground floor plan LOWER first floor plan
ENTRY
DINING LOUNGE
UNIT 2 PATIO
PATIO W1 800x600
ENTRY KITCHEN GARAGE
LOUNGE
BATH
F
L'DRY
UNIT 1
L'DRY
STUDY
STUDY
DINING
BATH
KITCHEN
GARAGE F
BALCONY SD 1 1800x2100
BALCONY BED 2
W3 1800x1100 BALCONY
BED 3 ROBE
BED 4
UNIT 2
ROBE ROBE
4 5 6
7
10 9
WIR
BATH
BED 4
UNIT 1
BATH
8
BED 3
1 2 3 4 5 6 7 8 9
10
62
16 15 14 13 12
11
BED 2
BALCONY
ENS
1 2 3
BED 1
ENS
ROBE
ROBE
WIR
16 15 14 13 12 11
ROBE
BED 1
UPPER side elevation LOWER main elevation
U1- RIDGE +11.78
U1- FIRST FL +8.45
UNIT1-GFLOOR +5.50
U1- RIDGE +11.78
RIDGE +11.21
U1- FIRST FL +8.45
U2-FIRST FL +7.90
UNIT1-GFLOOR +5.50
U2-GFLOOR +4.95
63
// District 5 Cultural Centre // Ho Chi Minh City.Vietnam // Government // CPG Corporation
2015
2016
//other works
// Youth Cultural House // Ho Chi Minh City.Vietnam // Government // CPG Corporation
// HBI Imperia Garden // Hanoi.Vietnam // Mixed-Use // CPG Corporation
// Integrated Political & Administration Centre // Can Tho.Vietnam // Government // CPG Corporation
// FPT Office Tower // Hanoi.Vietnam // Commercial // CPG Corporation
64
// Two Storey House // NSW.Australia // Residential // Freelance
// Apartment // NSW.Australia // Multi-Residential // Ridge Designs
2019
2018
2017
// Dual Occupancy Dwellings // NSW.Australia // Residential // Ridge Designs
// Townhouse // NSW.Australia // Multi-Residential // Ridge Designs
65
THE END. // Thank you