2019-HS2-ARC30004-Professional Practice 1: BIM
L7 GA 58450 mm
BIM
Mehrnoush Latifi | Unit Convenor Sergio Sotelo | Studio Leader Peter Vogiatzakis | Student Shengye (Sean) Yu | Student
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
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2019-HS2-ARC30004-Professional Practice 1: BIM
2019-HS2-ARC30004-Professional Practice 1: BIM
The brief from our client was to redesign the facades of Swinburne`s AMDC building using the BIM design process.. The facade must be innovative and practial in building envorment ; By data/performance driven design approach. It will be unique and tailor-fit for the project location and surrounding contect. Sean Y
Construction
Our content:
Instructor: Canhui Chen Edition: #1 Content: Sean Yu
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Site Analysis & Pre Design
Concept & Iterrations
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Data Feedback & design development
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Design Outcome
Appendices
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Documentation
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
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2019-HS2-ARC30004-Professional Practice 1: BIM
2019-HS2-ARC30004-Professional Practice 1: BIM
Our design process used many different software packages and plugins to achieve the final design of redesigning the facade of Swinburnes AMDC building. Our approach was to combine the old and new to achieve the final design. We used hand sketching to basic ideation, followed by Revit, Rhino, Grasshopper and it’s plugins which include Mesh -plus, Ladybug as well as Lunchbox. We had a second round of concept development after the mid semester critique. We used the same design process for this round. Once we had to final design finished, we used Revit to document the new facade design. Revit was used for the renders of the facade as well as the interior room views. The design solution was achieved by combining iterations from the first and second round of design iterations. Our design mainly focused on controlling solar radiation. The final design outcome is a innovative, interesting and high performance design that was driven by the solar radiation analysis data, to achieve solar radiation control yet not disrupt the desired views of occupants.
BIM WORKFLOW Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
01.
SITE ANALYSIS - PRE DE
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ESIGN
2019-HS2-ARC30004-Professional Practice 1: BIM
าด SOL AR ACCES S าด SOL AR R AD I AT IO N าด VIEW AN ALYS IS าด ROOM F U N C T IO NS Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
Ҵ SOLAR ACCESS
2019-HS2-ARC30004-Professional Practice 1: BIM (Building Information Management) (Semester 2)-H
ANALYSIS ANALYSIS [Solar access + view shed]
TOOLS rhino+grasshopper (ladybug)
GOAL explore possibilities of shading form and maximize the view shed (according with human eye prespective angle)
75 ° sunnmer sun
29 ° winter sun
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50°up Visual field limit
70°dn Visual field limit
25°up Visual field
30°dn Visual field
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sote
` 2019-HS2-ARC30004-Professional Practice 1: BIM
าด SOLAR RADI ATIO N
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
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าด ROOM FUNCTIONS 10
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2019-HS2-ARC30004-Professional Practice 1: BIM
าด VIEW ANALYSIS
H1 L7 GA 58450 mm
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Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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LL.11 11 SSL 73600 73500 mm mm
2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
L10 SSl 69650 mm
L9 L9 SSLmm 66150 65800 mm
L3 Z L8 L8 SSLmm 62322 62300 61950 mm L3 Z 61049 mm
H8
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H7 L7 SSL 58100 mm
L6 GA L6 SSLmm 54600 54250 mm
L5 GA L5 SSLmm 50750 50400 mm
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2019-HS2-ARC30004-Professional Practice 1: BIM
CONCEPT & ITERRATIONS
02. L7 GA 58450 mm
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM (Building Information Management) (Semester 2)-H1 Studio coordinator: Mehrnoush LatiямБ Khorasgani & Sergio Sotelo
SKETCH DESIGN FACADE - GEOMETRY
RESPONSIVE SHADDING
MODULAR GLAZING
CANOPY CONCEPT (BATTERNING)
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2019-HS2-ARC30004-Professional Practice 1: BIM
2019-HS2-ARC30004-Professional Practice 1: BIM (Building Information Management) (Semester 2)-H1 Studio coordinator: Mehrnoush LatiďŹ Khorasgani & Sergio Sotelo
SKETCH DESIGN FACADE - CUTTING EDGE
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
2019-HS2-ARC30004-Professional Practice 1: BIM (Building Information Management) (Semester 2)-H1 Studio coordinator: Mehrnoush LatiďŹ Khorasgani & Sergio Sotelo
SKETCH DESIGN FACADE - OPTICAL
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2019-HS2-ARC30004-Professional Practice 1: BIM
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
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2019-HS2-ARC30004-Professional Practice 1: BIM
2019-HS2-ARC30004-Professional Practice 1: BIM
FACADE PANELS EXPERIMENTATION
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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LL.11 11 SSL 73600 73500 mm mm
2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
L10 SSl 69650 mm
L9 L9 SSLmm 66150 65800 mm
L3 Z L8 L8 SSLmm 62322 62300 61950 mm L3 Z 61049 mm
H8
10
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H7 L7 SSL 58100 mm
L6 GA L6 SSLmm 54600 54250 mm
L5 GA L5 SSLmm 50750 50400 mm
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2019-HS2-ARC30004-Professional Practice 1: BIM
L7 GA 58450 mm
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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03.
Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
DATA FEEDBACK & DESIGN DEVELOPMENT
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2019-HS2-ARC30004-Professional Practice 1: BIM
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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LL.11 11 SSL 73600 73500 mm mm
2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
DATA FEEDBACK L10 SSl 69650 mm
L9 L9 SSLmm 66150 65800 mm
L3 Z L8 L8 SSLmm 62322 62300 61950 mm L3 Z 61049 mm
H8
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H7 L7 SSL 58100 mm
L6 GA L6 SSLmm 54600 54250 mm
L5 GA L5 SSLmm 50750 50400 mm
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Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
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Author : Shengye (sean) Yu
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LL.11 11 SSL 73600 73500 mm mm
2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
FACADE CONCEPT DEVELOPMENT L10 SSl 69650 mm
THE SUPPORT SYSTEM OR CONNECTION OF THE BUILDING IS FIMILAR OF A SPACE FRAME AND WILL BE CONNECTED TO THE EXTERNAL WALLS OF THE AMDC VIA
L9 L9 SSLmm 66150 PLATES 65800 mmAND
BOLTS CONNEC-
TIONS. SPACE FRAMES SATISFY THE REQUIREMENTS FOR LIGHTNESS, ECONOMY AS WELL AS A FRAME WHICH CAN L3 Z BE CONSTRUCTION L8 L8 SSLmm 62322 62300 61950 mm L3 Z 61049 mm
PROMPLY. H8
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L6 GA L6 SSLmm 54600 54250 mm
L5 GA L5 SSLmm 50750 50400 mm PERSPECTIVE VIEW OF THE CONNECTION FRAME BRIDGING WALL AND FACADE
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2019-HS2-ARC30004-Professional Practice 1: BIM
FACADE SKIN OVERVIEW
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Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
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Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
EXTERNAL ELEVATIONS EAST ELEVATION
NORTH ELEVATION H13
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Roof Atrium 79820 mm Plant Roof 78350 mm L11 - WALKWAY 77300 mm
LL.11 11 SSL 73600 mm mm 73500
L10 SSl 69650 mm
L9 L9 SSLmm 66150 65800 mm
H8
H7
H6
L3 Z L8 L8 SSLmm 62322 62300 61950 mm L3 Z 61049 mm
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L7 SSL 58100 mm
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L6 GA L6 SSLmm 54600 54250 mm
L5 GA L5 SSLmm 50750 50400 mm
L3 X 44488 mm L3 L3. L3 SSLmm 43400 43050 mm SOFFIT L3 42350 mm
L2 39200 mm
L.1SSL L1 35000 34850 mm mm
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L7 GA 58450 mm
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2019-HS2-ARC30004-Professional Practice 1: BIM
WEST ELEVATION H7
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L4 L4 SSL 47075 mm 46725 mm
LEVEL 0 34050 mm
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
04.
DESIGN OUTCOME WINTER SECTIONAL PERSPECTIVE
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2019-HS2-ARC30004-Professional Practice 1: BIM
SUMMER SECTIONAL PERSPECTIVE
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
SUMMER SOLSTICE SOLAR ACCESS
7:00AM
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WINTER SOLSTICE SOLAR ACCESS
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2019-HS2-ARC30004-Professional Practice 1: BIM
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4:00PM
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
PERSPECTIVE VIEWS
STREET VIEW PERSPECTIVE REN-
L7 GA 58450 mm
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2019-HS2-ARC30004-Professional Practice 1: BIM
STREET VIEW PERSPECTIVE REN-
FACADE AND CONNECTION RENDER
L7 GA 58450 mm
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
INTERNAL VIEWS
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2019-HS2-ARC30004-Professional Practice 1: BIM
L7 GA 58450 mm
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
INTERNAL VIEWS
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Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
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Author : Shengye (sean) Yu
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2019-HS2-ARC30004-Professional Practice 1: BIM
Iusse#1 NOV 2019
Architects Shengye Yu 102088723
2019-HS2-ARC30004 [Professional Practice 1: BIM ]
TOOLS Pen & paper, Revit, Rhino+GH,
CLIENT H13
[Mehrnoush Latifi] + [Sergio Sotelo]
H12
H11
H10
H9
H8
AIM OF THIS UNIT 16
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• 1. Analyse the principles of business management 12 application to the 11 development of built 10 enand their vironments, project procurement and the operation of a professional consultancy • 2. Examine professional ethics and codes of conduct as they apply to the practice of architecture • 3. Assess the potential roles for architects within an international context • 4. Assess the social context in which built environments are commissioned, and the responsibilities of architects designing them to clients, the publics, and users
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2019-HS2-ARC30004-Professional Practice 1: BIM
Thanks for everyone in the BIM studio. BIM studio (arc30004) is a studio full of challenges. For some student who has no experience about AUTODESK products or BIM software will be a definitely big task. Because Revit is such large coverage software, across from architecture, structure, MEP, to rendering. On the other hand, Rhino and GH have more difficulty to master then Revit. That software is famous for powerful function and hard to learn at the same time, the huge range of plug-in can do many simulations and tasks. But some programs are base on math and coding, which means you need to have a different way to approach your design iterations, with the way of 0 and 1, the computer language. Those are part of the software we will learn and practice in BIM studio. The design needs communication, discussion, listen, observation and your ideas need expression. Design is the outcome of the idea(s), but sometimes they did not come along with. Just having the conflict between ideas can make sparkle, can contrubuilt better design outcomes. That also the beauty of having collaboration with people as a team. Having H7 H6 H5 H4 H3 H2 H1 group work in the studio just like working in practice, in fact, no one can work as the solo in the architecture field. That requires more careful about the relation between people in the work (study) environment, a team working as one heart is the most ideal and most efficient way to finish tasks. If I said having the best result is rely on team leader then team leader relies on teamwork and their execution.
8 7 is not easy, and achieve6 a higher goal is even harder. 5 3 clear communication, 2 individual problem 1 Achieving a goal as one team It requires a team's4effort, wise decision making, solving and the capacity to contributing the team. The major difference between group work in university and collaboration in practice is, students will not have the same skillset which may not able to contribute to the team as much as others. But in practice, quality and productivity are major evaluation items for an employee, the competitively not only occur between firms and also between staff. This makes it much different when you're leading a team in practices and leading a group in university, and that may be the reason why not many people like to work as a group in uni. But I personally like to work as a group. I love different ideas and ALL ROADS LEAD TO ROME. Respect ideas with other people as you allow your ideas could be influenced and your thinking comes to a living creature, but not a stone. Again, Thanks Mehrnoush, my studio coordinator. Sergio Sotelo, my studio leader. And my teammate Peter Vogiatzakis. My deepest thanks.
Shengye Yu
Studio coordinator: Mehrnoush Latifi Khorasgani & Sergio Sotelo
Author : Shengye (sean) Yu
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Iusse#1 NOV 2019
2019-HS2-ARC30004-Professional Practice 1: BIM
Thanks for watch till the end (here :)
BIM ARC30004 professional practice 1: BIM Mehrnoush Latifi | Unit Convenor Sergio Sotelo | Studio Leader Peter Vogiatzakis | Student Shengye (Sean) Yu | Student
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