Fan Bingbing's Portfolio.

PORTFOLIO

MADE BY SELECTED WORK FROM ARCHITECTURE DESIGN

BINGBING FAN

2018-2022

Strawberrysss@163.com/+86 15517176573

No.36 North 3rd Ring Road, Jinshui District, Zhengzhou City, Henan Prov. China 450045

BINGIBNG FAN

EDUCATION

North China University of Water Resources and Electric Power,NCWU,China

Bachelor of Architecture：GPA：3.68/5.0 09/2018-07/2023

PROFESSIONAL EXPERIENCE

07/2021-09/2021

07/2022-09/2022

CSCEC Zhongyuan Architectural Design Institute CO., LTD.

CSCEC Construction Science&Technology Group CO., LTD. Intern/Full-time Intern/Full-time

COMPETITION AWARDS

11/2022

11/2022

Excellence Award in China Water Culture Product Creative Design Competition Chinece Hydraulic Engineering Society

Distinguished Award at the Henan Provincial Construction Competition

Architectural Society of Henan Province

Bronze Award in Exhibition of Architectral Design in Deleveloping Countries International Institute of Architecture

Second Prize of the Seventh BIM Competition of Henan Province 10/2021

11/2021 10/2021

Architectural Society of Henan Province

First Prize in NCWU 70th Anniversary Creative Product Design Competition

North China University of Water Resources and Electric Power

ACADEMIC HONORS

10/2022

10/2021

05/2022

05/2022

10/2021

National Inspiration Scholarship

Henan Provincial Education Bureau

National Inspiration Scholarship

Henan Provincial Education Bureau

Publication of a paper in the Journal of Architectural Practice

Architectural Practice Journal Editorial Board

Publication of a paper in the journal China Construction Informatization

China Construction Informatization Magazine

Outstanding Student Scholarship

Henan Provincial Education Bureau

LANGUAGES

Mandarin (Native), English(Fluent),Russian(Basic)

SKILLS

Modeling Skills: Revit, Rhino(Grasshopper), AutoCAD, SketchUp, ArchiCAD

Scripting Skills: C#(GH), Python(GH)

Graphic Design Skills: AutoCAD, InDesign, Illustrator, PhotoShop

RESHAPING TRADITON

RECONSTRUCTION EXPERIMENT OF TRADIONAL TAIHU STONE

Term Type Etc.

2022.3-2022.4

Academic Preject(leader)

2022The Henan Provincial Construction Competition-Distinguished Award

Our design hides the Chinese philosophical elements of yin and yang coordination. Based on the Verferen structure, combined with minimal curved surfaces to generate and optimize the shape, and combined with human behavior to modify the internal space.TThe skin design is also derived from the texture of Taihu stone.After putting this installation on the public green space, we found that different groups of people interact with this installation differently and produce different behaviors.This is basically the same as the phenomenon that people have different behaviors in the space formed by Taihu Rock.

STRUCTURE PRINCIPLE

Weaire–Phelan Structure

In geometry, the Weaire–Phelan structure is a three-dimensional structure representing an idealised foam of equal-sized bubbles, with two different shapes. In 1993, Denis Weaire and Robert Phelan found that this structure was a better solution of the Kelvin problem of tiling space by equal volume cells of minimum surface area than the previous best-known solution, the Kelvin structure.One is a Pyritohedron, the second is a form of Truncated hexagonal trapezohedron.

An irregular dodecahedron with pentagonal faces, possessing tetrahedral symmetry.

A species of tetrakaidecahedron with two hexagonal and twelve pentagonal faces.

STEP 3 Behavior-based Shape Optimization

Taking into account the scope of the action space, reduce the body blocking the space.

Considering the scope of vision, reduce the form that blocks the space.

STEP 4 Skin Design

Skin Design Concept

When Chinese people talk about nature, "mountain" and "water" must appear at the same time.In Chinese gardens, Taihu stones and pond water systems are often used to express the landscape and reflect the harmony of yin and yang that is both rigid and soft.So, we expressed this idea through different ways of opening holes.

The first classification of different surfaces

The first type of epidermis is formed

The second classification of different surfaces

The second type of epidermis is formed

The third type of epidermis is formed

Based on the irregular shape of Taihu stone, we designed the skin of the building. There are three forms of basal epidermis. Through the combination of holes of different sizes on the skin of a single sphere, echoing the skin of Taihu stone.

Epidermal type1

Epidermal type2

Epidermal type3

Construction Process

We selected a 5mm thick plastic hollow sheet for machining, laser engraving and hand cutting to get the expansion plane, and then punched and braided the fabrication unit by using strapping rope. After the completion of the unit, we began the formal establishment. Attach units with bolts and nuts. This is the way we build the device.

Laser Cutting Hollow Plate

Attach

Bind With Strapping Tape

Units With Bolts And Nuts

Design the Process of Construction

Construction Photos

After placing this installation on a public green space, we found that different groups of people interacted with the installation in different ways. This is essentially the same phenomenon as people behaving differently in the space formed by the Taihu stone. We consider this experiment to be a success.

GRAGON DANCE

FUJIAN QUANZHOU ANXI COUNTY NON-FOREIGN HERITAGE EXHIBITION HALL DESIGN

Term Type Etc.

2020.9-2020.10

Academic Preject(dividual)

Student Work

The dragon and the snake are often described as having a strong and vigorous brushwork, as if the dragon is soaring in the sky and the snake is swimming in the water. The gentle flow of the Xixi River through Anxi County has nourished this small town and its splendid non-traditional culture. Anxi is home to a number of unique non-traditional cultures such as the art of brush making, the art of oolong tea making and the art of bamboo weaving.

Background information

Anxi County is located in the southeastern part of Fujian Province, China, which is a subtropical region. The region is famous for its bamboo weaving, which is an intangible cultural heritage in China. Bamboo is abundant in the region and many villages have bamboo weaving workshops. In recent years, Anxi County has made great efforts to develop the protection and promotion of intangible cultural heritage in an attempt to revitalise the village economy. The open square on the north bank of the West River in Anxi County, with its beautiful natural environment and convenient transportation, is an ideal place to build a bamboo weaving exhibition hall to showcase the local bamboo weaving culture

Anxi has a unique local bamboo weaving technique, and rural bamboo weaving workshops can produce exquisite bamboo products, and local villagers hope that the government will vigorously promote the art and culture of bamboo weaving, which will lead to an increase in orders for the workshops and increase villagers' income.

The Fujian province of China is world famous for the World Heritage Site of Fujian Tulou, an architectural form that is representative of this region in line with the interesting spatial form of the courtyard inside the Tulou. The introduction of this spatial form in the design of the exhibition hall will give the building a regional character.

Level 7.000m-12.000m

Roof People can sit on the rooftop stairs and watch the view.

Level 5.300m-10.300m

Plywood base frame

Wooden beams to carry roof loads.

Level 5.700m-9.700m

Wooden beam

Undulating beams, sourced from bamboo weave design. Carry the top weight and beautify the interior space.

Level 7.000m-7.500m

Wooden ceiling of lecture hall

The undulation of the ceiling continues the undulation of the wooden beams.

Level 0.000m -5.000m

Using the space along the riverside of the park, a circular museum building with a wooden structure is placed. Each building function space can directly lead to the outside. Undulating beams are used in the structural part to enrich the interior space of the building. The folding line staircase on the roof considers the scale of people sitting down, so that people can sit down and enjoy the view of the opposite river.

1.Ballustrade

2.Cravat

3.Water block seal

4.Baseplate secured as per supplier

5.Existing EPDM waterproofing

6.Plank

7.Insulated

8.Vapor barrier

9.Boards Th=20mm

10.Roof:plywood

11.Board

12.PL

13.Right angle steel

14.Plywood base frame:170*300mm

15.Fixing bolt

16.Lintel:170*300mm

17.Wooden wall

18.laminated timber

19.Fix glass window@double glazing

20.Threshold@Laminated pine

21.Sealing:Light grey color

22.Plate anchoring to reinforced concrete

23.Foundation

24.Floor 10mm cedar flooring

25.Wind outlet for the corridor

26.Joist:60*60mm

27.Air conditioner

2.anchored

3.Screw

7.Reflector

1.Flange beam

4.Wooden ceiling

5.Steel wire rope

6.Stainless steel anchor container

8.Wooden wall

coatings

brace

beam

veneer

bolt

In the center of the building is a sunken courtyard where people can gather to rest, play, and view the entire functional space of the building

Visitors can listen to bamboo crafts in the lecture hall. At other times, it hosts performances and academic lectures.

Sunken courtyard

conference hall

People reach the roof staircase via the interior staircase and can sit on the staircase and look out over the river.

People admire the bamboo handicrafts in the large space facing the river view to the south.

Roof stairs

Exhibition Hall

ROOT

THE RECONSTRUCTION AND OPTIMATION EXPERIMENT FOR THE TRADITIONAL UNDERGROUND RURAL SETTLEMENTS OF CHINA

Term Type 2021.6-2021.9

Competition Preject(leader)

In the process of transforming and optimizing the courtyard of Miaoshang Village on the Loess Plateau, we used self-developed fractal ideas, combined with ant colony optimization and contextual algorithms, to deconstruct and reconstruct the original texture of the village. Fully consider the complexity and high efficiency of the village's spatial layout, let the villagers choose the space according to their own needs, and improve the production and marketing efficiency by optimizing the route, so as to increase the economic income of the area after the electricity is turned on. Bring new vitality to rural life.

Inhabited arable land

Regional rural form Sustainability

The loess layer in the western Henan area is deep and thick, generally about 100 meters.And the groundwater level is low, generally below 30 meters, all of which provide unique conditions for the "underground digging and four-wall digging" type of residential housing.

The development strange phenomenon of traditional villages

haveNowthatthevillageisrich,we highertobuildtallbuildings,the thebetter.

Soil quality

pit courtyard Climate

Question 1 Economic marketing efficiency is low

Question2 Disappeared pit courtyard

Question 3 Traditional villages cannot satisfy modern life

The

is old and the entertainment programs are single, it's really boring to come here to travel!

Traditional textile industry Shanzhou Chengni inkstone The special wedding show Rural tourism

Construction Gonggushu ——an ancient traditional opera art

Shanzhou papercutting

Agricultural products Apple cultivation Chop grass printing—— dyeing technique

Algorithm generation

Determine the original texture of the village path. Mark the village's points of interest to form an ant colony path.

Analyze the vitality of the path.

Determine the size and number of layers of different nodes based on the degree of vitality.

The leaf vein path enables each higher node to handle more complex technological processes, standardizes the traditional industrial steps, and industrializes them, thereby creating more economic income.

The ant colony path enables nodes of the same level to be efficiently connected, which can bring convenience to tourists and users.The ant colony path enables nodes of the same level to be efficiently connected, which can bring convenience to tourists and users.

Generate leaf vein paths based on ant colony points.

Simplify and optimize the path.

The leaf vein path find the optimal economic production path

The ant path looks for the optimal life path

The leaf vein path find the optimal economic production path

The ant path looks for the optimal life path

Personalized custom pit courtyard

People can choose different sizes of bases according to the family population, different forms of pit courtyards according to their living habits, and different modules according to their own needs. Different choices can form countless kinds of pit courtyards.

1.The first step is to determine the size and level of the foundation.

2.The second step is for users to choose the type of pit courtyard according to their needs.

3.The third step is for users to customize kilns with different functions.

DOUGONG'S JOURNEY TO INCREASE ENTROPY

2022.08-2022-0.9

Academic Preject(team work)

3D Printed Bionic Bracket Set Term Type Etc.

2022 Computational Art&Tech Workshop

What might the future of Dougong look like?

We have imagined this time: it should be unfettered, not restricted by shapes,norms, or even structures, it should be free and colorful, and it should grow freely like a plant... We use the Qing Dynasty Dougong is the prototype. On the basis of analyzing its structure and decoration, a new Dougong image is abstracted through bionics and fractal concepts, and combined with the physical definition of entropy increase, the deduction change from order to disorder is completed. We use the diffusion-limited aggregation algorithm and the automatic root-finding algorithm to simulate the natural growth posture of plants, and create a series of free and rich evolution forms of the bucket arch. Finally, a sample will be selected and presented by means of robotic arms and 3D printing.

Entropy Increase - Introduction to the Concept

S=∫ dQ/T ds=dQ/T

The process of entropy increase is a spontaneous progression from order to disorder.Entropy increases and the total energy of the system remains the same, but the usable part of it decreases. Entropy measures the disorder of a system. The higher the entropy the more difficult it is to accurately describe the microstate of a system.

The Evolution of Structural Forms in China and the West

Classical: In Order

Gothic: Divinity

Tang: In Order

Song: Breakthrough

Ming: Gorgeousness

The Entropic Value Added of the Arch

Qing: Exuberance

Mechanical requirements

Prototype Restrictions

Decoration elements

Satisfy the load

Satisfy the load

Prototype restrictions 30% 60%

Decorative freedom

Satisfy deadweight

Freedom of form

Baroque: Exuberance

Rococo: Vibrancy

Stage 1 - Entropy Increases by 30%

Transformation of Style

Direction of daily forces

Direction of seismic forces

Optimisation of bucket arch forces in combination with modern grid structures

Evolution of Form

Spatial trusses in the main direction of force to ensure load transfer

The relationship between the skeleton and the decorative surface of the arch

Stage 2 - Entropy Increases by 60%

Extraction of botanical elements from the arch

Find the appropriate plant prototype

Abstract extraction of its botanical form

Mimicking plant growth using fractal algorithms

The arch is completely free from its original structural form and takes the form of a natural growth of plants to mimic the shape of the arch.

Stage 3 - Entropy Increases by 90%

Transformation of tree structures into points and vectors

Eventually breaking down the form and structure of the bucket arch and learning its tree-like generative pattern in computer in the form of vectors.

By assigning different degrees of restriction and disturbance to it, it takes on different forms ranging from regular to chaotic and a series of morphogenesis based on this.

Generate results

Deduction of the tree form

Based on the second stage of tree generation logic, after learning and then extracted and simplified into the above form.

Further evolution

The simplified tree form that we have learned to extract is further evolved into a raw form on top of the original.

Module unit variations

The individual cell vectors at each level will be connection direction, number and length etc. are changed to form more morphs.

One-dimensional random

The vectors connecting the individual cells at each level are turned into line segments and zigzagged in a two-dimensional direction.

Multidimensional Random

The line segments connecting the individual cells at each level vary in length and number in the three-dimensional direction, enriching the form.

Form Evolution

We try to realize the idea of entropy increase through algorithms. We form two sets of formal libraries by using diffusion limited aggregation algorithm and automatic root searching algorithm, and realize the transition from order to disorder by controlling different variables.

Group 1

Algorithm Description: The first set of algorithms is the diffusion-constrained aggregation algorithm, which takes the shape bending times as a variable (n), and the generation of forms is achieved by incrementally varying the number of bending times of the forms (from 50 to 1600) to generate the form, and to control the number of bends of the form to achieve the change in form freedom. The form is generated by varying the number of bends (from 50 to 1600) and the degree of freedom of the form by controlling the number of bends.

Group 2

Algorithm description: The second set of algorithms is the automatic root finding algorithm, whose first four models is to control the variation of branch thickness (i) from 3 to 6 and to study its morphogenesis, the latter model we set the branch thickness (i) to 5 and The later model has the number of branches (m) as a variable to study its form The model is then used to study its morphogenesis by taking the number of branches (m) as a variable and incrementing its form.

Material Realization

Design Concept

Through rational selection and genetic planning of the gene pool, we have selected from hundreds of structural forms that are mechanically suitable for 3D printing. By cutting and dividing the 27 blocks in the right place, the blocks are sequentially numbered and printed by planning the lamination paths and then assembled by hot-melt gluing.

Through rational selection and genetic planning of the gene pool, we have selected from hundreds of structural forms that are mechanically suitable for 3D printing. By cutting and dividing the 27 blocks in the right place, the blocks are sequentially numbered and printed by planning the lamination paths and then assembled by hot-melt gluing.

RAILWAY DIAN

YUNNAN RAILWAY STATION DESIGH IN THE CONTEXT OF THE BELT AND ROAD INITIATIVE

Term

Type Etc.

2022.08-2022.09

Competition

2022The "Belt and Road" Architectural Design Competition for College Students in China-Excellence Prize

The project is located in Mangshi, Dehong Dai Jingpo Autonomous Prefecture, Yunnan Province, China, across the Longchuan River from Lianghe County and Longchuan County, and the border with the Republic of the Union of Myanmar to the south. The design of this railway station is focused on how to drive local economic development. At the same time, the theme of the scheme is "connecting east and west, returning to the city", creating a three-dimensional transport system based on the current era of the railway district of Mangshi. The scheme incorporates the idea of the integration of the station and the city, combining the traditional architectural features of the area with the vertical design of the pontoon bridge to evoke the second life of the area.

Regional analysis

The project is located in Mang City, Dehong Dai Jingpo Autonomous Prefecture, Yunnan Province, People's Republic of China, across the Longchuan River from Lianghe County and Longchuan County. The Daresui Railway is a major project included in China's Medium and Long Term Railway Network Planning, and is also an important project for the implementation of the "One Belt, One Road" construction. The Daresui Railway will have "Mangshi Station, Mangshi West Station, Bato Station and Zhapang Station" in the territory of Mangshi. The design will be based on Mangshi Station as the site of choice.

Context

In the past

From Chang'an in ancient times, Mangshi has travelled westwards to connect with the northern Silk Road of the motherland, leading to Western Europe and Europe. It is located on the important pass of the "Southern Land Silk Road" in modern China.

The traditional architectural forms of Yunnan Province, the pierced wooden building, the herringbone roof, the curvature of the curved roof, the cascading roof and the decorative patterns of traditional architecture. Elements of these are extracted and applied to the design.

Tang dynasty

The eight year of Ming orthodoxy

Since the peaceful liberation

Site maximisation

Rationalisation of edges

Delineation of levels

Dislocation and scaling

Atrium for natural light

Decreasing levels

Entrance design

Finishing details

Site plan

Thanks for your time.