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01. STA
01-1 Tra
01-2 Ve
02. ARC
02-1 Sa
CONTENTS
Me
02-2 Int
Urb
02-3 Pu
Ope
03. PRA
03-1 Em
Sum
03-2 Co
Inte
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ART MOTION
ansformable Pocket
ertical Factory
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CHITECTURAL DESIGN
acred VS Secular
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emorial on Hillside
terior VS Exterior
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ban Theatre Design
ublic VS Private
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en Community Design
ACTICE IN ARCHITECTURE
mergent Construction
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mmer Session Studio
ourtyard Beside Canal
62-67
ernship in FCJZ
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01. START MOTION 2013.8-2014.6
The suprastudio investigate the implications of both moving and intelligent structures. In the last decade, our environments have become ever more mobile with increasing sensing and processing capability, and therefore with greater intelligence. I believe that in the next generation, transformable structures are inevitable, in an effort to reduce the real estate as well as energy footprint of buildings. The next frontier in architectural innovation is not shape and complexity but spectacular motion. I spend a whole year studying in Greg Lynn Studio, in which we have studio and tech seminar. our focus is to explore the relationship between movement and stability, which can be translated architecturally as moving room and stable envelope. In order to precisely and perfectly control the movement, we use Kuka Robot as a means to develop the movement and also a way to present the moving scene.
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01-1 Transformable Pocket Tech Seminar of Fabrication in UCLA Time: 2014.1-2014.3 Collaborator: Eric Yan, Xiran Zhang, Yun Yuan Tutor: Julia Koerner 8
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The prototype of this geometry and fabrication design is "Oloid"- which is a symmetric geometry and can be unfolded to a piece of whole sheet. What I try to derive from the classical geometry is not about its form but the endless rotation because of its special characteristic. I use Robot to simulate the rotation, the simulating model is made by flexible wire which can be transformed. In this process, I found an changing intersecting space which is called " pocket space. In order to make these instant pockets, we use a transformable jig and use the fabrication of lamination to make these specific intersecting surfaces.
Oloid
Surface inside oloid
Transformation from surface to volume
Transformered Pocket Space
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Intersecting Surfaces
Weaving the Surfaces
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In order to make the transformable surface physical,we design a transformable jig, and choose the way of lamination to fabricate these surfaces. We use the line as an inside structure, and laminate on the line from 2 opposite sides in order to make a "sandwich structure", which be valued a economic and revolutionary way to make a double intersecting surface.
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01-2 Vertical Factory Studio Design in Greg Lynn Studio Time: 2014.1-2014.3 Tutor: Greg Lynn, Julia Koerner 16
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Exsiting Factory Layout
Vertical Factory Layout
Rotating Assemble Sphere
Contineous Ramp
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Storage Plan
Office Plan
Roof Plan
The exsiting plane factory expended horizontally, assemble stations are scattered around on the floor. The proposal is revolutionally making a vertical factory, every assemble station is a multi-fuctional units, which is mainly consisted of storage, assemble and office. The main assemble sphere in which the plane nose assembled roated in order to be assembled from 360 direction. Activities from different levels can be seen and perceived through the apertures on the spheres. The benefit of vertical factory is that every function connected with each other. Assembly Plan
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02. ARCHITECTURE DESIGN 2008.9-2013.6
This part of works include my design in the period of bachelor University-Southeast University, whose architectural education focuses on the relationship between space and structure, inside and outside. The site of every project is located in real site, hence, program of function and feasibility of building design comes into the first consideration. For me, architect is assigned to deal with the contradictions between public and private, international and regional, communal and individual and so forth. even some underlying contradictions. Thus, no matter how complex the function, I tend to explore the contradiction underlying different circumstances, because architecture for me is in fact dealing with different relationships.
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02-1 Sacred VS Secular Memorial on Hillside
Curriculum Design of Grade 3 Time: 2010.2-2010.4 Tutor: Li Bao Site: Pipa Lake, Nanjing
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Site Plan The site is located in a historical natural park. This project is aimed to provide a memorial place for people to pray, and it also contains some other functions such as exhibition and office.Therefore, the building is conceived as a collection of multi-functions, it has to coordinate the contradictory relationship between the space for pray and the space for common daily activities. This proposal is aimed to “create a sacred space with secular characteristic� , thus how to deal with the following 2 pair of contradictions, one is sacredness and secularity , the other one is natural site and artificial building, becomes a significant part in my design. OperationProcess
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-3.6m Plan
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Âą0.0m Plan
+5.4m Plan
+10.8m Plan
+12.0m Plan
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02-2 Interior VS Exterier Urban Theatre Design Curriculum Design Of Grade 3 Time: 2011.4-2011.6 Tutor: Hui Zhang Site: Gulou, Nanjing 38
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As a performing building, the design is attempted to escape from the tyranny of the notorious "shoe-box", shaped concert hall, and to response actively to the surroundings. I addressed the relationship between the Concert Hall and the public inside as well as outside the building. The building reveals its contents by enfolding itself in semi-transparent material; at the same time the city is exposed to the public inside in a fresh way. In order to make the building more actively to the city, I covered a "green carpet", under which contains other serving spaces, such us loft, restaurant and technical spaces.
Process
1. Set Two Main Volume
2. Open Towards City
3. Cut for Secondary Entrance
4. Deformation
5. Core spaces of Hall
6. Coverd by Green Carpet
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1. Grand Hall 2. Stage 3. Back Stage 4. Small Hall 5. Cafe 6. Lobby of Small Hall 7. Lounge 8. Lobby of Grand Hall
Section 1-1
Section 2-2
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econd Floor Plan
Third Floor Plan
West Elevation
South Elevation
North Elevation
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02-3 PublicVS Private
Open Community Design Project: Open Community Competition Time: 2012.4-2012.6 Tutor: Jing Yang Site: New Developing District, Nanjing
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The site is in the development zone of Nanjing, high density is the primary requirement of this project, but providing residents comfortable living space is also the responsibility of the designers. Thus, my design starts from the survey of traditional residential which owns a more communicating space. In order to accomplish a sharing space in the air, I modulize the residential unit firstly, and abstract some modules to be sharing space.
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Facing the variety of people ‘s demands, the design is supposed to meet different needs of people, through the survey, I propose that there are 4 typical families---single , young couple, 3-person family, and three-generation family. After summerizing the characteristics of these families, I firstly modulize the residential unit to define differnet housing type
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30 square meter
60 square meter
90 square meter
150 square meter
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03. PRACTICE IN ARCHITECTURE 2012.6-2012.10
This part is mainly about my architecture practice which contains real building and constructing in my undergraduate period and in the period of Internship. There are 2 pieces of work in this section, the first one is to build a mobile cube house which can be easily made and quickly applied. It is aimed to design a applicable means. The proposal is capable to be applied easily and effective, and it has to be free from the limit of region. The other work is completed during my intern at FCJZ Atelier, the private club is aimed designing courtyards inside the house, which is significant in traditional Chinese building. . Practice in architecture inspires a lot in my study, only practice can make thinking and designing more effective.
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03-01 Emergent Construction Project: Summer Session Studio Time: 2012.9-2012.10 Tutor: Haiqing Li Site: Southeast University, Nanjing 58Role: Main Body Design
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Section Perspective
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The total space in this container is just 18.03m3 (2.3m*2.8m*2.8m), it means that every corner of this container should be elaborately designed, the whole stucture is made of stainless steel, without cement or brick, in order to make the process as easy as possibile. The whole construction process can be completed within 48 hours, which is more convenient than before. What is more, the container make use of sunlight in order to save energy and the polar energy can support the electricity energy produced by a television and a air conditioner.
Building Process
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03-02 Courtyard Beside Canal Project: Internship in FCJZ Atelier Time: 2012.6-2012.9 Site: Tongzhou, Beijing Role: Digital Model Builder Designer Assistant
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Ground Floor Plan
The project is aimed to design a holiday villa for specific person, and the villa must be capable to hold small-scale family meeting and large-scale banquet. The initial idea of this project is to follow the prototype of traditional courtyard in China---rooms draws around a main courtyard. However, how to realize it by the means of modern construction technique? In order to implement this idea, material have to be chosen elaborately, how to use traditional material in a modern way also becomes significant in this project. There are many practical problems in this project, even many exciting ideas has been given up, the project is implemented completely, and I have a precious opportunity to think about practical construction issues which are often ignored when I studied at university .
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Underground Floor Plan
Second Floor Plan
Third Floor Plan
Roof Floor Plan
Section 1-1
Section 2-2
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South Elevation
North Elevation
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Wset Elevation
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04 05
06 01-02 Moulding Board of Sloping Roof 03 Basement construction 04 The Whole Appearence 05-06 Outer Facade
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EDUCATION Bachelor of Architecture (2008-2013) Southeast University(SEU) Sipailou 2# Jinxianghelu, Xuanwuqu, Nanjing, China. Master of Architecture (2013-2014) University of California in Los Angeles 5368 S Campus Center Dr, Los Angeles, 90094
INTERNSHIP HH Architectural Design & Engineering Co.Ltd
Jun. 2009 - Sep.2009
Intern, design assistant Project: Guiyuan Villa Project, Tianjin, China -- Coordinator of team members -- Involved in sit analysis, design analysis, modeling build, report book and boards. Project: Xinshijie Commercial Complex, Beijing -- Chief designer assistant of site planning and streetscape design -- Involved in design analysis, modeling build, final presentation.
FCJZ Atelier
Jun. 2012 - Oct.2012
Intern architect Project: Courtyard at Canal Bank , Beijing, China -- Chief designer of the elevation, and material. -- Involved in conceptual design, site analysis, modeling build, final presentation. -- Research on the construction site Project: Holiday Inn Design, Jinxi, China --Designer assitant of conceptual development --Involved in diagram drawing, PPT presentation, report book
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SOFTWARE SKILLS 2D Graphics:
Adobe Indesign, Adobe Ilustrator, Adobe Photoshop
3D Modeling:
Autocad, Rhinoceros, SketchUp, Maya, Archicad
Rendering:
Maya Rendering, V-ray for sketch up
Animation:
Adobe After Effect
Application:
MS Powerpoint, MS Excel, MS Word
OTHER PERTINENT EXPERIENCE Mapping and Drawing of Vernacular Architecture Fujian, China, Sep. 2010 Research into Chinese traditional Garden Suzhou, China ,Sep.2011 Collaborative Curriculum with ETH on programming Design Nanjing, China, March,2012--May,2012 Collaborative Curriculum with La Salle ( Barcelona) for Banchelor’s Thesis Design Barcelona, March,2013 -- June,2013
CONTACT INFORMATION Aidi Ma 310-907-6853 maaidi324@gmail.com maaidiarchitect.com71
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