PORTFOLIO - Yang(Kristen) Meng - Architectural and Computational Design

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O F I

R O O

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YANG (KRISTEN)

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MENG

ARCHITECTURAL & COMPUTATIONAL DESIGN yangmengbiz@outlook.com

+1.445.208.0466

Master of Science in Design: Robotics and Autonomous Systems @Upenn, 2024 Bachelor of Architecture @ BJUT, 2023

2023-2024 works at Upenn

01 DE-LAMINAS Ski Cabin design: 3D Spatial Structures Through Graded Timber Laminas

2018-2023 works at BJUT

02 Encounter A Boutique Hotel Design. A Confluence of Time and Space

Yang(Kristen) Meng

03 Co-living Artistic Village

I am a recent graduate with a Master of Science in Design, specializing in Robotics and Autonomous Systems from the University of Pennsylvania. My academic journey began with a Bachelor's degree in Architecture, where I developed a strong foundation in architectural design and cultivated a passion for integrating computational design and AI technologies into the field.

During my six years of architectural studies, I was deeply involved in various design projects that required innovative solutions and creative thinking. This experience sparked my interest in how new technologies can transform traditional architectural practices. I have since focused on enhancing my skills in Rhino, Grasshopper, Keyshot, Lumion, Revit, and visualization, leveraging these tools to present complex materials clearly and persuasively.

My aspiration is to continue exploring the intersection of architecture, technology, and sustainability. I aim to contribute to the development of intelligent design solutions that push the boundaries of traditional architecture and create innovative, eco-friendly structures.

A means of revitalizing the countryside based on the sharing economy

04 Memory Weaving Walls Museum Weave history and the collective memory of the inhabitants into the texture of the ruins’ walls

Other Works

Memo - Portugal Elderly Home Design Thermomorph Material Agencies: Maze of Imagination Revolving

University of Pennsylvania +1.445.208.0466 | yangmengbiz@outlook.com yangmengbiz@outlook.com

Professional Work and Other Projects

01 DE-LAMINAS 3D Spatial Structures Through Graded Timber Laminas Abstract: As architectural designs increasingly embrace complex, curved forms, traditional wood construction methods often prove inadequate. This project explores creating 3D spatial structures through graded timber laminas, focusing on lamination, treelike structures, and wood bending, while also investigating the application of robotics in fabrication. The main challenge was achieving 3D curvature by dividing the process into two planar bendings. We designed and validated a prototype, demonstrating the potential for sustainable and customizable wood structures in future architectural applications.

Group Work with Kjo Zhuang, Andres Feng Academic project, 2023 Hyphothetical location

Wood Bending

1

+ Modular

2

3

+ Hierarchical Structure

4 1- Left: Wooden Boat Construction / Right: Mudhif Houses. Almusaed, et.al (2015). “Building Materials in Eco-Energy Houses from Iraq and Iran."

2- Georges Candilis and Anja Blomstedt: Habitable Module (1972).

3- Cellules standard en polyester stratifié. Chanéac. Collection Frac Centre (1960-1971) 4- Tree-inspired dendriforms and fractal-like branching structures in architecture 5- Test of Bending wood

5

Fabricated Prototype

Lamination

Connections

Combined different wood types based on their properties, then laminated, bent, sliced, and soaked them for a second bending, using molds and clamps for fixation.

3D TWISTING

2D BENDING Outside: O (Oak) Middle : M (Maple) Loops : P (Pine)

3D Curvature

2D Curvature

Node Design

Connection design Wooden block

Bending wood

Prefabricated connections

3D printed base Steel rod (connected to the base)

Fabrication Process

Modular aggregation

Stable Diffusion with Control Net

Spaces

Computer Vision

Stable Diffusion Control Net

02 Encounter A Boutique Hotel Design on Wangfujing Street A Confluence of Time and Space in the Urban Landscape The design aims to create a four-star business hotel that prioritizes guest comfort while offering unique leisure amenities and communal spaces for interaction. The title "Encounter" is inspired by the concept of meaningful connections and shared experiences. Situated on Wangfujing Street, this hotel serves as a contemporary landmark, blending seamlessly into its urban surroundings.

Group Work with Jiexing Wang, Haolei Qiu Academic project, 2021 Location: Beijing, China

Form generation 形体生成 Form generation

The site, near an intersection, features stunning views of the Wangfujing block and the Forbidden City to the west.

To enhance these vistas, the high-rise is strategically recessed on its western side, with shared atriums and 形体生成 rest areas, emphasizing Form generation landscape inclusivity and sharing through refined structures and panoramic spaces.

形体生成 Form generation STEP1

STEP2

STEP3

Determine the main entrance

Place the tower

Concessions form an atrium

根据交通与人流聚集情况选择场地北侧为主入口，场地西侧作为 主要面对王府井街区人群的次入口，保证两侧街道立面完整。

根据客房数量与限高要求置入高层，若采用四面客房，中间环廊 这种较为经济的形式，客人只能在自己的客房内欣赏一面景观。

场地北有胡同、南有王府井大街、西有故宫，故西边退让形成 中庭，置入泳池，增加采光。入住的客人均可共享西侧景观。

STEP1

STEP2

STEP3

Determine the main entrance

Place the tower

Concessions form an atrium

根据交通与人流聚集情况选择场地北侧为主入口，场地西侧作为 主要面对王府井街区人群的次入口，保证两侧街道立面完整。

根据客房数量与限高要求置入高层，若采用四面客房，中间环廊 这种较为经济的形式，客人只能在自己的客房内欣赏一面景观。

场地北有胡同、南有王府井大街、西有故宫，故西边退让形成 中庭，置入泳池，增加采光。入住的客人均可共享西侧景观。

Place a separate block

Set up a roof garden

STEP8

STEP9

考虑到大报告厅的层高要求，在建筑南侧置入单独的体块，落地 窗面朝教堂，使用者可以在教堂与树木掩映的背景下举行活动。

STEP7

在靠近教堂的地方处理为可上人的绿色屋顶平台，弱化体量的 同时，为 3 层的部分康乐与餐饮提供了景色优美的室外平台。

曲面屋顶柔化处理了大报告厅和平台，并嵌入室外餐饮空间。置 入顺应走势的室外楼梯，满足消防以及教堂游客来休憩的需求。

STEP4

Hybrid

Increase layer

Determine the main entrance

STEP5

STEP6

东侧升起绿色休息平台，增加中庭层次，并为客人提供赏景休闲 的公共空间，与中庭的露天泳池相互呼应，塑造独特景观效果。

高 层 采 用 部 分 退 台 的 形 式， 为 客 人 提 供 了 视 野 良 好 的 观 景 平 台，13 层西侧的通高空间可供客人休闲交流、观赏故宫美景。

退 台 外 侧 利 用 斜 面 的 玻 璃 幕 墙 对 立 面 进 行 简 化 处 理， 使 得 西 侧 的 客 房 与 13 层 的 共 享 平 台 拥 有 独 特 的 空 间 视 觉 效 果。

STEP5

STEP6

STEP4

Increase layer

Hybrid

Determine the main entrance

Hybrid

东侧升起绿色休息平台，增加中庭层次，并为客人提供赏景休闲 高 层 采 用 部 分 退 台 的 形 式， 为 客 人 提 供 了 视 野 良 好 的 观 景 平 退 台 外 侧 利 用 斜 面 的 玻 璃 幕 墙 对 立 面 进 行 简 化 处 理， 使 得 The site is close to the intersection, north of 的 Wangfujing Street. 的公共空间，与中庭的露天泳池相互呼应，塑造独特景观效果。 台，13 层西侧的通高空间可供客人休闲交流、观赏故宫美景。 西侧的 客 房of与Dengshikou 13 层 的 共 享Street, 平 台 拥west 有独特 空间视觉效 果。 基地紧邻十字路口，北邻灯市口大街，西邻王府井大街。由于西侧景观最好、并且面对着地块所属的王府井街区， Since the west side has the best landscape and faces the Wangfujing block to which the plot belongs, the west side of the high-rise part is backed down, sharing the atrium and the west side of the Forbidden City. Then refine the high-rise through the method of retreating from the stage, and place a shared rest space with a good view to reflect the sharing concept of this design.

The site is close to the intersection, north of Dengshikou Street, west of Wangfujing Street. 基地紧邻十字路口，北邻灯市口大街，西邻王府井大街。由于西侧景观最好、并且面对着地块所属的王府井街区， Wangfujing block to which the plot 因此高层部分西侧退让，共享中庭与西侧的故宫景观。再通过退台的手法细化高层，置入视野良好的共用休息 STEP10 STEP11 Since the west side has the best landscape and faces the STEP12 belongs, the west side of the high-rise part is backed down, sharing 空间，以体现本设计的共享理念。 Podium block reorganization Refine the tower Hybridthe atrium and the west side of the Forbidden City. Then refine the high-rise through the method of retreating from the stage, 优化裙房功能与体块，延续高层的对称性，以此突出西侧入口。 加入玻璃廊道与朝向中庭的观景平台，将顶层打造为四面通透的 最后在建筑外侧罩上一层“薄纱“，柔化顶层线条，削弱建筑的 and place a shared rest space with a good view to reflect the sharing concept of this design. 因此高层部分西侧退让，共享中庭与西侧的故宫景观。再通过退台的手法细化高层，置入视野良好的共用休息 空间，以体现本设计的共享理念。

First Floor Plan

均 衡 而 非 完 全 对 称， 将 北 侧 与 西 侧 入 口 之 间 处 理 为 灰 空 间。

行政酒廊，充分利用内外的景观，并且提升了酒店高层的经济性。

基本的高层体块确定后，对南侧的重点保护文物东堂对建筑的影响进行了仔细考虑。在设计上通过借景、弱化、 柔化等方式与其对话。最后细化中加入的可欣赏内外景观的玻璃廊道、廊道上突出的朝向中庭的休憩平台以及 屋顶与绿化结合设计的行政酒廊是本设计的亮点，体现了景观共享的理念。

Vehicle Entrance

冷 硬 感， 以 一 种 柔 和、 包 容 的 姿 态 迎 接 住 客 或 游 客 的 到 来。

After the basic tower was determined, the impact of the Dong Tang of Key Protected Cultural Relics on the south side was carefully considered. In terms of design, it is dialogued by borrowing scenery, weakening, softening, etc. The glass corridor with internal and external landscapes, the prominent resting platform facing the atrium on the corridor, and the Stree shikou executivet lounge designed with a combination Deng of roof and greenery are the highlights of this design, reflecting the concept of landscape sharing.

Vehicle Exit

Tianlun Songhe Grand Hotel

Main Entrance

Entrance

FireFighting site

Wangfujing Street

Back of House Entrance

Back of House Entrance

Wangfujing Hospital

Vehicle Entrance

Bo Shu Hutong

Floor Plans

水池

次

1F

2F

3F

客房分析 客房分布

Distrubution of guest rooms

Types of Guest Rooms This project features four types of guest rooms:

本方案客房分布在4-15层，客房共有242间（262间自然间）。

4F

5F-8F

9F-10F

13F

14F-15F

标准双人间

大床房

商务套房

豪华套房

(a) Double Rooms

(b) Quenn Rooms

Double Rooms (80.92%) Quenn Rooms (4.58%) Suites (14.50%) Within these categories, there are three variations of Standard Double Rooms, two types of Business Suites, and two types of Deluxe Suites.

Section I-I

(c) Business Suites 11F-12F

Section II-II

(d) Deluxe Suites

Space function analysis The design intends to soften the boundary between public and private, while ensuring the privacy of guest rooms, creating more public spaces with transparent sightlines and 酒店位于王府井历史商业街区的尽头，南 communication.

侧为东堂。设计针对商务人群，置入会议、 休闲以及行政酒廊等功能，以及可俯瞰 故宫景观的豪华套房。同时也提供了露 天泳池、室外花园、观景廊道等特色空间， 在办公之余可观赏美景、放松心情。 设计意在柔化公共与私人的边界，在保证 客房私密性的同时，塑造更多视线通透、 可供交流的公共空间。

F16

F13

F11

F9

T h e d e s i g n i n t e n d s t o s of t e n t h e boundary between public and private, while ensuring the privacy of guest rooms, creating more public spaces with transparent sightlines and communication.

F4

F3

F2

F1

A

客房

B

公共

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餐饮

D

会议

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Visitor 康乐 Leisure

F

行政后勤

G

设备用房 H

地下车库

B1

B2

03 Co-living Artistic Village A means of revitalizing the countryside based on the sharing economy

New village construction in China aims to integrate natural villages into cohesive residential areas. However, many projects face challenges, such as excessive reliance on rental income. Our three-stage design approach seeks to address these issues by fostering collaboration between villagers and artists, promoting sustainable development, and reducing dependence on rental housing.

Group Work with Yuanzhen Gu

Academic project, 2021

Location: Wuhan, Hubei, China

Three-stage design

Ground floor plan

STEP1

Creative industries are inserted, allowing villagers to gradually break away from the original single economic dependence.

STEP0 Current industry

STEP1 Renovate part of the house

STEP2 Place in the gallery

STEP3 Extended industry

Building renovation Provide customized modification plans to allow artists and villagers to rebuild their houses according to the type of art industry they want to participate in.

Original plan

Art-related industry reconstruction

Art industry reconstruction

Painting exhibition

Art exhibition

Artwork production

Art Studio

Art commerce

Art tutoring

Public space reconstruction

Catering

Rest space

Green space

Plan of Art gallery 1/2000

Street space effect

STEP2

Traffic space construction

Optimizing street space

The external space uses a steel structure as the skeleton, and the outdoor connecting platform is constructed in the simplest and quickest way, so that the street space is minimally affected during the single reconstruction process.

Optimize existing street spaces based on six street renovation types. The transformed street space will be suitable for the generation and conduct of various artistic activities, and the streets full of artistic atmosphere will also attract villagers, artists and tourists, bringing vitality to the village.

STEP3

Place in the art space

Large-scale art event platform

Small-scale art event platform

Communication space

Landscape platform

Art exhibition space

Extension of indoor functions

Steel frame Concrete shelf Wooden fence

Connect with existing structure

Industry streamline The type of industry derived from the art industry extends a new industry streamline through the tour streamline.

Streamline of 1F plan

Art exhibition streamline Other art industry streamline Commercial streamline Resident streamline

Streamline of 3F plan

1 roof tile, smooth slipware, slate toned 30/50 mm battens 30/50 mm counterbattens house wrap; 120/24 mm larch boarding 200 mm mineral wool thermal insulation vapour barrier 40 mm mineral wool thermal insulation between 60/50 mm battens 2≈ 12.5 mm plasterboard 2 50 mm dolomite rock (quarry: Wachenzell), open-pored, on 5 –100 mm support pedestals 10 mm protection mat bituminous sheeting, 2 layers 120 – 215 mm polyurethane rigid foam thermal insulation to falls; vapour barrier 200 mm reinforced concrete deck 2≈ 12.5 mm suspended plasterboard ceiling

Through a three-stage gradual design to form a sustainable economic model, the development prospects of the art village will also attract young people to return to rural construction.

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3 LED strip lights 4 coping: 10 mm acrylic solid surface material, single element (without seams) 5 150/250/20 mm hot-dipgalvansed steel head plate 6 250/70/15 mm connecting plate 7 Ø 18 mm hot-dip galvanised steel tension rod 8 lifting sliding door: wood frame with triple glazing (U = 0.9 W/m2K) 9 translucent lam. safety glass balustrade: 2≈ 8 mm toughened glass and PVB foil 10 35 mm larch boarding, grooved bitumen felt on distance pieces 80/80/8 mm steel SHSs 35 mm trapezoidal-section metal sheeting; 2 mm sheet steel 11 160 mm steel channel 12 sheet-metal covering bent to shape 13 150/270/24 mm steel head plate

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11 12

Vertical section

03 Memory Weaving Walls Museum Weave history and the collective memory of the inhabitants into the texture of the ruins’ walls

The starting point of the design lies in the interpretation of the site: the changes in the walls within the site, people's living memories and future possibilities. The design uses six events and scenarios to weave historical memories and modern activities into the fabric of the walls. The linear space intertwined between the new wall and the old wall will bring a unique experience of the historical and cultural atmosphere of the city wall to the surrounding residents and tourists.

Individual Work Academic project Instructor: Bin Hu Date: Jun. 2021 Location: Beijing, China

Design generation

The site is located in the Ancient City Wall Park in Beijing, China. For nearby travelers arriving in Beijing by train, this area will give them an important impression of city walls.

[STEP 0] Ruins of Ming city wall The Ming City Wall is about 10 meters high, and the design site is located on the outside of the city wall, which is currently a linear park with lush trees, where residents and tourists often chat, sing and take pictures.

The Site Walls Dongdan Park

[STEP 1] Setting a new wall

Beijing Railway Station

Creating a connection with the old wall by designing a "new city wall". This connection is not only reflected in the form, but also create an atmosphere of coexistence between the old and the new under the shared space of the museum and the wall.

Subway Station City main road

[STEP 2] Blurring the inside and outside In linear space, the arrangement of space will naturally produce a sense of sequence, which can respond well to the changes of time and show the development of the wall from ancient to modern.

[STEP 3] Building interrmediary spaces The space between is shaped into an exhibition hall for linear tours, as well as related functions such as libraries, cafes, and tea houses. The paths during the tour are carefully planned and lead up to the city walls.

CITIC Tower

Visiting sequences historical timeline Turret

1800

2. Transition

3. Present

Defending the city

Interrupting

Reconstruction

Entertainment

The contradicion between demolition and protection

Opera and sports

1980

Walls Train tracks

1. Past

Existing activities

Overlook

scene1 1419

scene2 1425

scene3 1437

scene4 1877

scene5 1957

Residents’ activities

scene6 2002

Ground floor plan 0

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10M

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1 Front hall 2 Exhibition hall 3 Rest area 4 Stage 5 Audience seats 6 Dining bar 7 Office 8 Cafe

01 Fortress of defense

02 Ancient stage

03 Highlands overlooking

04 Flowing history

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-0.05

10

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9 Library 10 Tea room 11 Screening room 12 Shop 13 Sunken square

06 New culture under the walls

05 Broken walls

The plan is unfolded linearly, with some outdoor activities or other residential spaces in addition to the main tour flow. The people facing the building are mainly divided into two categories, tourists who get off the train at the station and local residents who come to visit, and the space that can stay outside the orderly tour flow provides opportunities for these two groups of people to spontaneously move and interact with each other.

Section a-a

1-1

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01 Fortress of defense

04 Flowing history

The towering wall form surrounded by the exhibition hall indicates the most practical defensive role of the wall in ancient times.

The few remaining walls in the scene have lost their concrete meanings, suggesting that the walls are losing their specific functions in the transitional period of development.

02 Ancient stage

05 Broken walls

On one side of the space is a large window, through which people can see the stage, and on the other side is the exhibition hall's description and display of ancient scenes.

The broken wall shows the wall demolished due to the construction of the railway, and also makes people reflect on the contradiction and relationship between ancient relics and urban development.

stage

03 Highlands overlooking

06 New culture under the walls

Through the surrounding stairs, people can personally experience climbing and looking, and recall the visual experience of the wall in the past.

The atmosphere of the exhibition hall space is creating a modern background, and the wall is playing a new urban function, such as providing public activities, promoting heritage culture, etc.

Memo - The Final Recollections Portugal Elderly Home Design Individual Work, Academic project, 2023, Location: Leiria, Portugal

Floor Plans

Site Plan

Functional Circulation Analysis

1F 5F 6F

4F

-1F 3F

2F

Medical Care Public Residential Units

2F

-2F

1F

-3F

Office & Support Parking Elderly Residents Visitor Staff Goods

7F

Thermomorph Localized Multi-Pass Robotic Thermoforming Group Work with Claudia, Sizhe Wang, Academic project, 2024

Prototype fabrication

Time and energy consumption of each panel of the prototype

Multi-part assembled prototype design

Augmented reality (AR) in assembly

We applied the developed localized heating and robotic manipulation thermoforming process to a multipart prototype measuring 1.6m in height and 0.8m in width, consisting of five custom-shaped and formed PETG sheets. Each panel underwent between 5 and 7 local robotic thermoforming operations.

AR was explored as a means to support human assembly operations. We imported our simulation 3D models into Unity with a series of joints. This Unity model was exported to the Touch Base AR software which uses ARKit and Simultaneous Localization and Mapping (SLAM) for 3D cartesian position tracking.

Micro-factory application

Material Agencies: Maze of Imagination Robotic 3D Clay Printing - Crafting Fused Polyhedra Group Work with Sizhe Wang, Riddharth, Shenaia, Academic project, 2023

Individual Work My initial model features a layered growth effect on the facade, resembling ascending pyramids. I learned to 3D print simple polygons. During block segmentation and micro-relief design, I encountered the challenge of single slopes failing to support the structure of the second layer.

Micro-relief design Structural decomposition

Part1

Part2 Part3

Part1

Part2 Part3

Part4

Through the integration of deep learning, we explore AI-generated textile patterns for micro-relief design, offering alternative interpretations to the conventional geometric logic. These designs challenge the rigidity of ceramic bricks, potentially transitioning into a realm of expressive textile lightness.

Revolving People’s identity transformation and self-reflection in the development of productive forces Individual Work, Academic project, 2022, Hyphothetical location

After 1949, rural China underwent earth-shaking changes. In the 50 years from 1950 to 2000, the development of science and technology and the times brought about changes in productivity. When people face such changes, they have various emotions such as blindness, fanaticism, and hesitation.

Mo Yan's novel "Life and Death Fatigue" observes and records the impact of this history on people's lives through the perspective of animals. Starting from the translation of the novel scenario, the design attempts to look at people's situation and self-perception in the process of productivity change from the history of China from 1950 to 2000, and reproduce people's inner entanglements in a reflective way, so as to provide self-reflection methods for the changes to be faced in the future.

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项目经理

Project: Heyou International Hospital / Construction Drawings

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智能化 签章区

China Architecture Design& Research Group Co., Ltd., Architecture Intern, Aug 2022 - Nov 2022 合作方名称区

平面示意 KEY PLAN 工程名称 PROJECT

和祐国际医院

子 项 SUBPROJECT

转化

设计号 子 220676 PROJECT NO. S 图 号 建施-301 DWG. NO 比 例 SCALE

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设计主持人 陈一峰 DESIGN CHIEF 工种负责人 宋鹏 DISCIPLINE CHIEF 设计制图人 DRAFTING DESIGNER 校 对 CHECKED BY 审 核 VERIFIED BY 审 定 APPROVED BY 宦洪桥 设计部门

1-1剖面图 1:150 项目经理

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This drawing & design are copy reproduced without the written

智能化

给排水

前室

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DESIGN DEPT 陈一峰

设计部门负责人

签章区

智能化

前室

签章区

合作方名称区

前室

合作方名称区

图例： 钢筋混凝土墙 加气混凝土砌块墙

门洞内侧设100宽 150高C20素砼门槛

消火栓嵌墙做法1

消火栓嵌墙做法2

LT-11楼梯地下二层平面图 1:50

LT-11楼梯地下一层平面图 1:50

说明： 1.楼梯扶手及护窗栏杆扶手高度900；

LT-12楼梯地下二层平面图 1:50

当水平段大于等于500时，扶手高度1100。

LT-12楼梯地下一层平面图 1:50

2.楼梯靠墙扶手做法选用15J403-1-E3-K1型。 3.楼梯靠梯井一侧及护窗栏杆选用15J403-1 A32-B39型。 4.楼梯踏步防滑条做法选用15J403-1-E6-13 缸砖面踏步防滑条。 5.防护栏杆必须牢固、安全，其最薄弱处 承受的最小水平推力不应小于1.5KN/M。 6.机电管线穿墙洞口施工时，需结合机电及 结构专业图纸，若有疑问及时与设计院确认

LT-11、LT-12楼梯1-1剖面图 1:50

7.除单独标注外，平面图中虚线为梁投影线

LT-11楼梯-4.200平面图 1:50

LT-11楼梯-2.850平面图 1:50

北内立面图 1:150 平面示意 KEY PLAN 工程名称 PROJECT

平面示意 KEY PLAN

和祐国际医院二期（转化医学中心）

子 项 SUBPROJECT

工程名称 PROJECT

转化医学中心

设计号 220676 PROJECT NO. 图 号 DWG. NO

子项号 SUBPROJ. NO.

比 例 SCALE

日 期 DATE

LT-12楼梯首层平面图 1:50 LT-12楼梯-4.200平面图 1:50

2022.10

比 例 SCALE

设计制图人 DRAFTING DESIGNER 校 对 CHECKED BY 审 核 VERIFIED BY 审 定 APPROVED BY 设计部门 DESIGN DEPT

宋鹏 周新

日 期 DATE

01

2022.10

4-4剖面图

设计主持人 陈一峰 宦洪桥 DESIGN CHIEF 工种负责人 宋鹏 周新 DISCIPLINE CHIEF

崔轶群 崔磊

聚和设计研究中心

1：150

图 名 TITLE

陈一峰 宦洪桥

郝佳俐

转化医学中心

设计号 子项号 220676 PROJECT NO. SUBPROJ. NO. 图 号 建施-304 DWG. NO

图 名 TITLE 设计主持人 DESIGN CHIEF 工种负责人 DISCIPLINE CHIEF

和祐国际医院二期（转化医学中心

子 项 SUBPROJECT

01

4-4剖面图 1:150

设计制图人 DRAFTING DESIGNER 校 对 CHECKED BY 审 核 VERIFIED BY 审 定 APPROVED BY 设计部门 DESIGN DEPT

李皓钰 崔轶群 崔磊 郝佳俐 聚和设计研究中心

设计证书号：A111002193

LT-11楼梯首层平面图 1:50 This drawing & design are copyright and no portion may be reproduced without the written permission of the CAG

设计证书号：A111002193

This drawing & design are copyright and no portion may b reproduced without the written permission of the CAG

Selected works 2018-2021 1.2. Sketches: The current situation of the houses in Shuiyu Village.

Location: Shuiyu Village, Beijing.

Date: Jun. 2019

6. cocoon-break Art Museum.

Date: Dec. 2018 7. Form reconstruction design.

Date: Nov. 2018

3.4.Creative sketching.

Date: Mar. 2019

8.Furniture design.

Date: Apr. 2019

5.Photography.

Location: Apple store.

Date: May. 2019

9.Residential area planning Date: Oct. 2021

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