Ruilin_Yang Profile 2021

RUILIN YANG

Ruilin Yang

architecture portfolio 2011-2021

RY

PROFESSIONAL WORKS:

Ruilin Yang M.Arch AA DRL B.Arch NCUT Chinese 1-Sept-1993 Tel: +44 7470831044 Email: ruilin_yang@outlook.com ruilinyang@foxmail.com Address: London, UK

01 HUAFA MALL Time: Location: Client: Role:

After my study in Architectural Association Design Research Laboratory (AADRL) in 2018, I started working for Aedas Hongkong as an architectural assistant on complexes and high-rise projects, I joined Zaha Hadid Architect London in 2021 and worked on a Chinese complex competition. My academic work was grounded on agent-base-design, which was related to machine learning, and interactive, transformation architecture.

PROFESSIONAL EXPERIENCE Architectural Assistant Zaha Hadid Architect London, UK Concept design, modeling, diagram 2021.3-present Architectural Assistant Aedas Hongkong SAR, China Master planning, concept design, 3D modeling, facade detail design and package preparation 2018.8-2021.1 Rethinking Competition STAC Architecture London, UK A sustainable culture plaza competition in Lanzarote, Spain 2018.2-2018.4 Arduino Teaching Assistant in Architectural Association AA London,UK Arduino Teaching assistant in Architectural Association Intermediate 3 2017.11-2017.12 Interpreter for IAAC Beijing Visiting School IAAC Beijing, China English-Mandarin interpretation 2016.7-2016.8 Architectural Intern B.L.U.E. Architecture Studio Beijing, China Renovating a traditional Beijing courtyard house (built) in a historic district into a transformative house suit for different functions, from concept to construction.

Design: 2015.4-2015.8 Construction: 2015.6-2015.8

EXHIBITION Beijing Design Week (Architectural Association Beijing Visiting School) 2015

EDUCATION

SKILLS

Architectural Association School of Architecture London, UK Master of Architecture (March) Design Research Laboratory (DRL) 2016.9-2018.2

3D Modelling: Rhino Maya Sketchup AutoCAD Grasshopper 3Ds Max Lumion Keyshot

North China Univerisity of Technology Beijing, China Bachelor of Architecture (BArch) 2011.9-2016.6

International exchange program: Hanzehogeschool Groningen Groningen, the Netherlands Civil Engineering, Real estate, and Project management 2014.9-2015.2 Hochschule Darmstadt University of Applied Sciences Darmstadt, Germany Sustainable Architecture 2013.7-2013.8 Workshops: Architectural Association Beijing Visiting School Beijing, China Beijing Baitasi historic district renovation research 2015.8-2015.9 Rhino Tutorial workshop from Rhino3D Beijing, China 2015.9 (10 days)

AWARDS Outstanding graduate of Beijing 2016 Outstanding graduate of North China University of Technology 2016 Merit Scholarship Recipient 2012-2014 Exchange program Scholarship Recipient (Darmstadt, Germany) 2013 National Excellent Undergraduate Architectural Design Work Award 2012

Visualization: Photoshop Illustrator InDesign After Effects Adobe Audition Programming: Arduino C++ (1 month) Proficient at: 3D printing Laser-cutting CNC Milling Model-making Hand-drafting Drawing Language: Mandarin English Cantonese German

(native) (full professional) (elementary) (beginner)

INTERESTS Crafting Sketching Photography Cinematography Climbing Badminton Travel Referer: Dr. Theodore Spyropoulos AA DRL Director Chair Graduate School E-mail: theo@minimaforms.com Dr. Shuhei Aoyama Founder of B.L.U.E. Architecture studio E-mail: sa@b-l-u-e.net

2019.6-2019.12 Beijing, China Huafa Detail modeling, rendering, unrolled facade drawing, meeting with clients and Local Institutes of Design

02 SHUANGRUI TOWER Time: Location: Client: Role:

03 HUMEN TOD Time: Location: Client: Role:

2018.12-2019.5 Zhuhai, China Shuangrui Massing calculation, concept proposals, vertical zoning, modeling, diagramming, presentaion documents, meeting with clients 2020.5- 2020.12 humen, Guangdong, China Humen Government Rhino Grasshopper facde modeling, rendering, Detail Drawing

04 HAIJUNDA CITY Time: Location: Client: Role:

2019.11- 2020.11 Chengdu, Sichuan, China Haijunda Developer 1# Tower 2& Podium Modeling, rendering, Facade Detail Design, Unrolled facade,

05 JINGDONG INDUSTRAIL DISTRICT MASTER PLANNING Time: Location: Client: Role:

2018.8-2018.10 Beijing, China Jingdong Massing calculation, meeting with clients, concept proposals, detail modeling, science museum facade modelling.

06 NANLUOGUXIANG COURTYARD RENOVATION Time: School: Location: Project team: Role:

4.2015-8.2015 (4 months) B.L.U.E. Architects (Intern for B.Arch.)

Beijing, China Shuhei Aoyama, Ruilin Yang, Zhai Yufeng (3 teammates) Schematic design, design development, construction administration, drawing packages, material specifications and client coordination, communication with suppliers and contractors.

ACADEMIC WORKS: 01 SORT | TRANSFORMATIVE ARCHITCTURE | FUTURE OF CULTURE Time: School: Location: Project team: Role: Tutor: Programme:

2017-2018 (12 months) Architectural Association (M.Arch) London, UK Saenawee Chatameteewong, Heidi Han, Ruilin Yang (3 teammates) Schematic Design, Prototype, Unit animation, Video editing Theodore Spyropoulos Rhino, Maya, Grasshopper, InDesign, Illustrator, After Effects, Arduino, 3D printing, Laser-cutting

02 VILLA DESIGN Time: School: Location: Project type: Tutor: Programme:

2nd year core studio, 2013 (2 months) NCUT (B.Arch.)

Beijing,China Individual project Wang Xin zheng SketchUp, AutoCAD, Photoshop, Illustrator

03 MATERIAL BEHAVIOURS WORKSHOP Time: School: LocatioWn: Project team: Role: Tutor: Programme:

Workshop, 2016 (1 month) Architectural Association (M.Arch.)

London, UK Leo Claudis Beiling, Ariadna A. Lopez, Ruilin Yang (3 teammates) Fabrication, Rhino Model, Diagram Mostafa, Elsayed, Apostolis Despotidis Rhino, Grasshopper, Sketchup, AutoCAD, Photoshop, Illustrator, InDesign, Processing, Excel

01

PROFESSIONAL WORK HUAFA MALL

Time: 2019.6-2019.12 Located in Beijing Fangshan district, Huafa mall is a 40,000 m² project developed by Chinese developer Huafa, with a residential area to the south side of the mall. The design process continued for one year and I joined it at detail design phase.

Roles in the project: Building and rendering detailed section models, marking material types in elevation, drawing unrolled facade with Rhino, autoCAD, meeting with material suppliers, clients and Local Institutes of Design discussing materials and design modification within project budget.

DETAIL MODELLING

DETAIL MODELLING Champagne Aluminium Sheet

h (roof level)

Stone Panel LED

Measurements showed in detailed drawing

Insulation covered with aluminium sheets

h (floor level) LED

Champagne aluminium sheet Drip LED Champagne aluminium perforated sheet Dark gray aluminium sheets Insulation covered with aluminium sheets

华发LOGO

玻璃背衬LED屏幕

42.000 (女儿墙 ) 900

42.000 900

42.000 (女儿墙 )

华发LOGO

40.550

3600

41.100 (结构 ) 3600

41.100 (结构 ) 38.400

37.500 (屋顶机房层 )

37.500

37.500 (屋顶机房层 )

4500

4500

34.800 33.700

5400

33.000 (七层 )

5400

33.000 (七层 )

27.800

5400

27.600 (六层 )

5400

27.600 (六层 )

22.400

22.200 (五层 )

17.900

5400

5400

42150

21.950

42150

22.200 (五层 )

17.900

16.800 (四层 )

16.800 (四层 )

5400

5400

16.200

11.400 (三层 )

11.400 (三层 )

广告位 9.400

9.400

8.500

5400

5400

8.250 8.500

6.550

6.000 (二层 )

6.000 (二层 ) 4.500

6000

6000

3.600

±0.000 (一层 )

±0.000 (一层 )

-0.150

-0.150

7400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

8400

6900

7600

156300

NORTH FACADE 北立面图

1:150

42.000 (女儿墙 )

42.000 (女儿墙 ) 900

900

42.000

41.100 (结构 ) 3600

3600

41.100 (结构 )

37.500 (屋顶机房层 )

37.500 (屋顶机房层 )

37.500

4500

4500

34.800

33.000 (七层 )

5400

5400

33.000 (七层 )

27.600 (六层 )

5400

5400

27.600 (六层 )

图例 1

钢化夹胶玻璃（超白）

2

中空 LOW-E 钢化玻璃 (超白 )

3

仿石涂料

4

中空 LOW-E 钢化玻璃 (阴影盒 )

5

钢化夹胶玻璃 (阴影盒 )

6

石材

7

铝单板

8

金属格栅

9

广告位 LED屏

10

中空 LOW-E 钢化玻璃 (阴影盒 )

11

实墙加真石漆

12

22.200 (五层 )

下悬内导电动排烟窗

说明

5400

5400

42150

42150

22.200 (五层 )

消防登高面可开启窗 扇标识（直径 300mm 红 色圆形含夜光材料）

17.900

16.800 (四层 )

5400

5400

16.800 (四层 )

11.400 (三层 )

5400

5400

11.400 (三层 )

6.000 (二层 )

6.000 (二层 )

3.600

3.600 6000

6000

3.600

1.幕墙分缝尺寸详幕墙展开图，材料 板块尺寸需经过幕墙设计方深化设计 和计算，深化图纸经我司确认后，方 可订货、加工、放样及施工。 2.阳台、屋顶的玻璃栏板和防护栏杆 最高点距离蹬踏面不小于 1100mm 。 3.供消防救援人员进入的窗口的净高 度和净宽度均不应小于 1.0m ，下沿距 室内地面不宜大于 1.2m ，间距不宜大 于20m且每个防火分区不应少于 2个。 窗口的玻璃应易于破碎，并应设置可 在室外易于识别的明显标志。

FLOOR 2-3

±0.000 (一层 )

-0.150 7600

6900

8400

8400

8400

8400

8400

8400

8400

AXIS S19-SD UNROLLED STONE FACADE 8400 156300

8400

8400

8400

8400

8400

±0.000 (一层 )

-0.150 8400

8400

8400

立面图（二）

7400 A40-002

南立面图

FLOOR 2-3

AXIS S19-S20 UNROLLED STONE FACADE

1:150

FLOOR 2-3

AXIS S4-S3 UNROLLED STONE FACADE

STONE PANEL TABLE

02

效果图

PROFESSIONAL WORK SHUANGRUI TOWER

Time: 2018.12-2019.5 Location: Zhuhai, Guangdong, China.

Roles in the project: Started from beginning (concept design) to detail design. Including massing calculation, concept design proposals, vertical zoning, detail modeling with Rhino and grasshopper on top of maya massing model, diagramming, presentation documents, meeting with clients.

块生成 生成

避难层、设备转 层、设备转沿街 分隔体块， 体块，沿街 面拉高顶部造 高顶部造

2 贝壳 2 贝壳 2 贝壳 2 贝壳 参数化设计打造灵动的 参数化设计打造灵动的 渐变表皮，影射贝壳的 渐变表皮 ，影射贝壳的 参数化设计打造灵动的 参数化设计打造灵动的 ，影射贝壳的 天然机理。 天然机理。 渐变表皮，影射贝壳的 渐变表皮 天然机理。 天然机理。

体块生成 Massing Massing Massing Massing 体块生成 Massing Massing Massing 成备转换层分隔体块，沿街展示面拉高顶 Massing 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 备转换层分隔体块，沿街展示面拉高顶 体块生成 体块生成 Massing Massing 成 Massing Massing 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 部造型 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 部造型 备转换层分隔体块，沿街展示面拉高顶 体块生成 体块生成 Massing Massing 设备转换层分隔体块，沿街展示面拉高顶 成 Massing Massing 部造型 部造型

运用避难层、设备转换层分隔体块，沿街展示面拉高顶 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 、设备转换层分隔体块，沿街展示面拉高顶 备转换层分隔体块，沿街展示面拉高顶 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 运用避难层、设备转换层分隔体块，沿街展示面拉高顶 部造型 部造型 、设备转换层分隔体块，沿街展示面拉高顶 备转换层分隔体块，沿街展示面拉高顶 部造型 部造型

续绿地 绿地

退台及屋顶平台呼 及屋顶平台呼 侧滨海公园，将山 海公园，将山 地延续至场地及建 续至场地及建 面。

4 流水 4 流水

OFFICE (6F)

APARTMENT (10F) 贝壳 Shell Shell 贝壳 Shell Shell 贝壳 Shell Shell 贝壳 Shell Shell 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 贝壳 贝壳 Shell Shell 贝壳 贝壳 Shell Shell 参数化设计打造灵动的渐变表皮，影射贝 壳的天然机理。 参数化设计打造灵动的渐变表皮，影射贝 壳的天然机理。 壳的天然机理。 壳的天然机理。 参数化设计打造灵动的渐变表皮，影射贝 贝壳 贝壳 Shell Shell 参数化设计打造灵动的渐变表皮，影射贝 贝壳 贝壳 Shell Shell 壳的天然机理。 壳的天然机理。

壳的天然机理。 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 壳的天然机理。 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 壳的天然机理。 壳的天然机理。 壳的天然机理。 壳的天然机理。 参数化设计打造灵动的渐变表皮，影射贝 参数化设计打造灵动的渐变表皮，影射贝 壳的天然机理。 壳的天然机理。 SERVICE APARTMENT (7F) 壳的天然机理。 壳的天然机理。

4 流水

4 流水

塔楼及裙房沿街展示 面提取流水的简洁流 塔楼及裙房沿街展示 动感，呼应珠海海洋气 面提取流水的简洁流 息。 动感，呼应珠海海洋气 息。

塔楼及裙房沿街展示 塔楼及裙房沿街展示 面提取流水的简洁流 面提取流水的简洁流 动感，呼应珠海海洋气 动感，呼应珠海海洋气 息。 息。

APARTMENT LIFT APARTMENT LIFT

COMMERTIAL (5F)

COMMERTIAL (4F) BASEMENT (3F)

延续绿地 Greenland Greenland 延续绿地 Greenland Greenland Greenland Greenland 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 平台呼应东侧滨海公园，将山体绿地延续至 平台呼应东侧滨海公园，将山体绿地延续至 延续绿地 延续绿地 Greenland Greenland 地 Greenland Greenland 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 场地及建筑立面 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 场地及建筑立面 平台呼应东侧滨海公园，将山体绿地延续至 延续绿地 延续绿地 Greenland Greenland 平台呼应东侧滨海公园，将山体绿地延续至 地 Greenland Greenland场地及建筑立面 场地及建筑立面 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 屋顶平台呼应东侧滨海公园，将山体绿地延续至 平台呼应东侧滨海公园，将山体绿地延续至 Greenland Greenland

塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 塔楼退台及屋顶平台呼应东侧滨海公园，将山体绿地延续至 场地及建筑立面 场地及建筑立面 立面 屋顶平台呼应东侧滨海公园，将山体绿地延续至 平台呼应东侧滨海公园，将山体绿地延续至 场地及建筑立面 场地及建筑立面 立面

FIRE LIFT OFFICE LIFT APARTMENT LIFT

流水 Water Water 流水 Water Water 流水 Water Water 流水 Water Water 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 流水 流水 Water Water 流水 流水 Water Water 塔楼及裙房沿街展示面提取流水的简洁流动感， 呼应珠海海洋气息 塔楼及裙房沿街展示面提取流水的简洁流动感， 呼应珠海海洋气息 呼应珠海海洋气息 呼应珠海海洋气息 塔楼及裙房沿街展示面提取流水的简洁流动感， 流水 流水 Water Water 塔楼及裙房沿街展示面提取流水的简洁流动感， 流水 流水 Water Water 呼应珠海海洋气息 呼应珠海海洋气息

呼应珠海海洋气息 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 呼应珠海海洋气息 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 呼应珠海海洋气息 呼应珠海海洋气息 呼应珠海海洋气息 呼应珠海海洋气息 塔楼及裙房沿街展示面提取流水的简洁流动感， 塔楼及裙房沿街展示面提取流水的简洁流动感， 呼应珠海海洋气息 呼应珠海海洋气息 呼应珠海海洋气息 呼应珠海海洋气息

03

PROFESSIONAL WORK HUMEN TOD

Time: 2020.5- 2020.12 Location: Humen, Guangdong, China.

Humen TOD is a project with 3 towers (one 220m office, two 150m apartments) and a 100'000 m2 podium. integrated with Humen high speed railway and R2 light rail, Humen TOD is an experimental Transit Oriented development project that provide vivid platform of the city.

Roles in the project: Podium facade modeling with Rhino and grasshopper, diagramming.

04

PROFESSIONAL WORK HAIJUNDA CITY

Time: 2019.11-2020.11 Location: Chengdu, Sichuan, China.

Haijunda City is a project with one hotel (1# site) and 5 office towers and mall (2# site) In this project we mainly cooperate with Local Design Intitute who take charge of the plan and we Redesign the facade.

Roles in the project: 1#Tower &2# Podium modeling, rendering, facade detail design package, unrolled facade.

Light Roof Billboard

5F

4F

3F

2F

1F

Light

Ultra CLear Tempered Glass Champagne Aluminum Plate

Dark Champagne Aluminum Plate Parapet

Ultra CLear Tempered Glass

Ultra CLear Tempered Glass

Champagne Aluminum Plate

Dark Champagne Aluminum Plate 5F

Champagne Aluminum Plate

Dark Champagne Aluminum Plate 4F

Dark Champagne Aluminum Plate Ultra CLear Tempered Glass Champagne Aluminum Plate

05

PROFESSIONAL WORK JINGDONG INDUSTRIAL DISTRICT MASTER PLANNING GRASSHOPPER SURFACCE MODELLING : 3D VORONOI

GRASSHOPPER SURFACCE MODELLING : FIELD

06

PROFESSIONAL WORK NANLUOGUXINAG COURTYARD RENOVATION

(Nominee project of WAACA2016 I WA Housing Award) B.L.U.E Architecture Studio Office: Shuhei Aoyama, Ruilin Yang, Zhai Yufeng Team member: SketchUp, AutoCAD, Photoshop Programme: Material specifications and communication with suppliers and contractors.

Role: Participated in client meetings, schematic design, design development and construction adminstration.

2015.4-2015.8 Time: Project Architect: Shuhei Aoyama Jingyang Hutong, Beijing, China Site:

01

ACDEMIC WORK SORT I TRANSFORMATIVE ARCHITECTURE

Architectural Association DRL, core studio Tutor:Theodore Spyropoulos Time: 2017.1-2018.1 Team: Seanawee Chatameteewong, Heidi Han, Ruilin Yang Role in team: Prototype, Unit and animation, Video editing SORT is a research project that speculates the future of culture through the investigation of a "building-as-machine' model - a type of 'plug and play' model. It explores what the future could mean if our environments could allow for the participation fo different multi-influential agents. It questions if a building, its contents, and its occupants could all be active participants - having the ability to navigate through a dynamic infrastructure of design making and organization.

In our proposal for a machine that organizes our world, we envision that intelligent systems of the agents make decisions, and influnce the outcome of others, Our building transforms, our objects sort, and out visitors can engage in a dynamic environment where architecture becomes infrastructure.

We explore this new model for architecture with computational curational sorting and spatial reconfiguraton and transformation through our unit prototype.

02

ACDEMIC WORK VILLA DESIGN

Time: 2013.9-2013.11 Location: Beijing, China.

School: North China University of Technology Roles in the project: Indevidual Work Skills: Model Making, Sketch up, CAD, Photoshop Instructor: Wang Xinzheng

The Villa design concept comes from 'function bubble chart'.

Rooms are arranged according to 3 elements: view\privacy\Sunlight.

In the physical test, rooms are represented by balloons and rubber band. After sqweezed into a cubic box, polyhedron room was shaped.

03

ACDEMIC WORK MATERIAL BEHAVIOURS WORKSHOP