Selected Works of Qiuying Lu by Qiuying Lu

QIUYING LU PORTFOLIO

ARCHITECT 3D DESIGNER SELECTED WORKS

2 0 1 7 2 0 2 2 VR DESIGN/ ARCHITECTURE / GRAPHIC DESIGN

QIUYING LU

CONTECT BIO EDUCATION

Qiuying Lu is a designer based in Los Angeles. With 2 years of work experience, she graduated from UCLA M.Arch in June of 2022. She has worked on a variety of projects, especially residential buildings and public buildings. She has a focus on making the building more public and balance the conflict between the form and functions. In multiple practice of residential housing and public building design, she has developed a skill set to deal with complicated needs.

Email: qiuyinglu@g.ucla.edu

Cell Phone: 424-373-0717

Linkedin: https://www.linkedin. com/in/qiuying-lu-05676222a/

University of California, Los Angeles Master of Architecture, June 2022

Guangzhou University Bachelor of Landscape Architecture, June 2017

01 02 03 04 05 06

PRODUCTION& LIVING INTO THE FLOW PARALLEL CONNECTION PLASTICITY PROFESSIONAL WORK OTHER WORK

PRODUCTION & LIVING

Academic Project, Individual Work

Apartment Design

Instructor: Zhiqiang Xu

Location: Guangzhou, China

Spring 2018

The urban-rural contradiction in China has become increasingly acute with rapid urbanization. In Guangzhou's Chisha Village, the proximity to the garment market has led to the emergence of numerous clothing workshops. However, these workshops are also being used for daily living, leaving no room for entertainment. Additionally, the cheap rent in the area makes it challenging for the residents to secure better accommodation.

SITE

The self-built Apartments in Chisha had become packed since the continuous increasing of housing demand from workers. FAMILY WORKSHOP CHISHA VILLAGE 2004 2022

THE CONTRADICTION BETWEEN PRODUCTION AND LIVING

The common plan of self-built houses is sitting room +1~2 rooms + kitchen and toilet, which dfoes not leave a space for production activity. If the residential unit is used as a production workshopvv, then the production of furniture will occupy most of the space, and there will be no space to put living objects (sofa, TV, etc.) and no entertainment activities.

STRUCTURE SYSTEM

Concrete and wood are respectively used to form Spaces for production and living.

STRATEGY

08:00 07:00 12:00 14:00 16:00 18:00 20:00 22:00 00:00 02:00 04:00 06:00 Living Room Bedroom Sleep Work Work Work Work Sleep Sleep Nap Lunch Dinner Kitchen Bathroom

2. Production Space 3. Living Space ( Wood Structure) 1. Concrete Shear Wall

N 1. Working Area

Living Room 3. Kitchen 4. Toilet 5. Bedroom 6. Balcony 7. Transport Well WORKING AREA LIVING AREA Stair Transport Well Working Area Living Area 1 2 2 4 4 2 2 1 1 1 5 5 7 6 6 6 6 0 5 10 15

TRANSPORTATION SYSTEM

Through the small hoist and stairwell, workers can easily lift the goods downstairs.

The ground floor provides public space for the villagers to stop and talk. Large pieces of glass and height allow maximum daylight to be obtained so that limited distance between buildings wouldn't make the interior dark.

STAIRWELL CRANE

INTO THE FLOW

UCLA Student Center

Advanced Topic Studio, Fall 2021

Acedemic project, Individual Work

Instructor: Neil Daneri

This project aims to improve the flow and continuity of the space and create a stronger connection with the surrounding site. While people on the street and in the landscape are typically in constant motion, those inside the building usually maintain a relatively stable condition. To enhance the fluidity of the space, will explore design solutions that facilitate movement and provide seamless transitions between different areas. Establishing a stronger connection with the site will make the building feel more integrated into its surroundings, offering a more cohesive experience for its occupants.

Stable Clear SITE UCLA RESIDENTIAL AREA Fluid Ambiguous Function Function Circulation Circulation 02

The ramp and roof system creates a visually complex and wandering experience due to the stacked volumes. People can walk not only on the ground but also across the roof, providing a higher view of the school. This design enhances the visual connection and adds an element of interest to the space.

The interior space aims to create a soft and ambiguous atmosphere. The streamline stairs and walls blur the edge of the space, drive people come in and explore the building smoothly.

01 02 03 04 05 06 07 08 09 10 11 0 10 20 30 40 50

10. Library 11. Accessible Roof

1. Lobby 2. Multi-purpose Hall 3. Program offices

Director’s Office

Efficiency Kitchen

Mechanical

Chair Storage

Equipment Storage

Public toilets

MULTI-PURPOSE HALL

The white color and soft lightning blur the edge of the space, indicate a flowing wandering experience.

PARALLEL HOUSING

Housing Design

Advanced Topic Studio, Fall 2020

Individual Project

Instructor: Garrett Ricciardi

Housing in Los Angeles is typically isolated and fragmented, with sharp boundaries between private properties and the public space. This creates a discontinuous walking experience with few places to stop and socialize. To improve the sense of community, this project adopts parallel walls to create a continuous and walkable apartment, both visually and physically. The shear walls are aligned at 45-degree angles, allowing for more corners and spaces beside roads for people to gather and interact.

TRANSPORTATION ROAD LANDSCAPE PLAZA UNITS 45°

POOL CORRIDOR 0 10 20 30 40 50 PLANTER GARDEN BRIDGE PLATFORM STAIRS INTERLACE BASIC FORM OVERLAP PLAYGROUND

FORM RESEARCH

25’ 25’ 25’ 25’ 20’ 20’ 20’ 20’ Unit A Unit B

1. Walkway 2. Bridge on the wall 3. Public plaza 4. Entrance

Parking Lot & Gym Design

Advanced Topic Studio, Spring 2020

Individual Project

Instructor: Jason Payne

The project aims to achieve sectional complexity by breaking up repetitive slabs. Instead of deforming the slabs to create differentiation, I chose to maintain a regular circulation and add irregular spaces on each floor. This approach creates a dynamic experience for users, as the car passes through the same place on each floor, but the space changes due to its different position relative to the irregular spaces and degree of interaction with the programs.

Gym Parking SAUNA GARDEN PLANTER SAUNA PLANTER SAUNA GARDEN SKATE PLANTER SAUNA GARDEN PLANTER SAUNA GARDEN SKATE EVENT SPAC E PLANTER SAUNA GARDEN SKATE PLANTER SAUNA GARDEN SKATE EVENT SPAC E PLANTER SAUNA GARDEN SKATE EVENT SPAC E PLANTER SAUNA GARDEN SKATE EVENT SPAC PLANTER VIEW BOUNDARY WALL SAUNA GARDEN SKATE EVENT SPAC E PLANTER GLASS VIEW BOUNDARY WALL SAUNA GARDEN SKATE EVENT SPAC E PLANTER GLASS BEHAVIOR BOUNDARY CLIMATE BOUNDARY 04 Planter Basic Element Aggregation Center Gym Parking Sauna Garden Skateboarding Event Space

PLASTICITY

0 10 20 40

ELEVATION

LONGITUTIONAL SECTION A'-A' EXTERIOR IMAGE

0 10 20 40 LVL 1 0'-0" LVL 2 +10'-0" LVL 3 +20'-0" LVL 4 +30'-0" LVL 5 +40'-0" LVL 6 +50'-0" LVL 7 +60'-0" 1 3 5 LVL 8 +70'-0" LVL 9 +80'-0" LVL 10 +90'-0" LVL 11 +100'-0" LVL 12 +110'-0" LVL 13 +110'-0" 1 4 20'-0" 20'-0" 40'-0" LVL 5 +40'-0" LVL 6 +50'-0" LVL 7 +60'-0" 1 LVL 8 +70'-0" LVL 9 +80'-0" LVL 10 +90'-0" LVL 11 +100'-0" LVL 12 +110'-0" LVL 13 +110'-0" 2 20'-0" 20'-0" GARDEN LOBBY GROUND FLOOR BALCONY GROUND FLOOR 2nd FLOOR 3rd FLOOR 4th FLOOR 5th FLOOR 6th FLOOR

PROFESSIONAL WORK

Besides the academic projects, also got full exercise in my previous work and internship. With various projects in different scale, functions and clients, I have better knowledge of architectural design and construction.

05 06

07 08

SHENZHEN QIANHAI COMMERCIAL COMPLEX SHENZHEN AIRPORT RENOVATION BEIJING AGING COMMUNITY NANJING AGING COMMUNITY

1. 概念设计方案

1.4. 概念方案技术图纸与说明

SHENZHEN QIANHAI COMMERCIAL COMPLEX

Professional Work Location：Shenzhen Qianhai

Role: Concept design, Facade Design, 3D Modeling, Line Drawing

1. 概念设计方案 1.3.

概念方案生成与分析

This is a competition project for a mixed-use development that aims to connect a plot of land that is divided by a highway, and create a sustainable public space for a crowded urban area with a lack of public spaces. To achieve this, the project features a three-dimensional corridor that extends through the development, integrating the architecture with the surrounding urban context. The corridor serves as a continuous public space, connecting different parts of the development and offering a dynamic and engaging environment for both commercial and residential uses.

立体绿化及公共空间

本项目将自然生态的生活理念贯彻在居住体验设计的各个方面，通过对分享式连续空中花园的设计，打造一条立体的生态之环，实现：1）改善和调节城市微气候；2）被动式遮阳降温提升居住舒适性；3）建筑本身成为都市地景的一部分。

本设计建筑形体推导严格遵循建筑空间及功能组织逻辑，充分挖掘建筑形体对于场地环境、公共空间营造的回应，避免刻意夸大自身奇异表情。

结合生态节能的绿色理念，立体绿化体系贯穿整个项目：

1、通过设立每个户型独立的绿化体，形成每个单元户型的绿化微气候。

2、通过不同高度的平台绿化体系，创造丰富的观景与休憩公共空间空间。 3、通过墙体垂直绿化，将不同高度的绿化体系贯通成三维的生态网络。

一、基本体量测算依据设计招标任务书及《关于完善人才住房制度的若干措施》深发2016【13】号文中对于人才公寓建设的相关规定，对于建筑的基本体量测算显示，两栋1200㎡的150m超高层塔楼可满足人才住房供应量的需求。

二、板塔结合的高区布局为了充分利用场地周边丰富的景观资源以及居住塔楼各个方向的可视界面，避免楼间对视，本设计将西侧方塔置于场地南端，西侧塔楼以板楼形式退至北端，使主塔楼层实现完美避让。同时，板点结合的规划组合，也对场地东南向公共景观带形成环抱式半围了公共绿轴在场地内的空间延展性。

三、多孔性的低区围合

在板点结合的高区规划组合下，本设计在场地的东南侧增设了一组具有多孔渗透性的低区围合。这一低区建筑体量的设计，不仅体现了对于城市公共空间方向上，近人步行尺度的空间感受的高度关注，也为城市公共空间向场地内部的渗透增添了不同氛围的差异化层次，使得居住内庭既对城市开放，又独具有别于公共绿地开阔感的静谧。

四、户型差异、形体穿插和空中花园结合居住产品不同面积段所产生的不同进深需求，以及不同户型的面宽差异在立面表情上所具有的的不同特色，本设计对两栋超高层塔楼的形体进行了对应性的组织，形成不同肌理的体量在三维空间上的穿插和咬合。而形体错位所带来的的空中露台，进一步强调了公共空间在垂直方向的延伸，形成不同高度上的交流和对话。

五、连续的立体公共环廊基于体块穿插所形成的的空中公共平台，本设计结合社区商业和服务功能、在居住体量内部嵌入一条立体的空中环路，使公共交流的发生得以连续。环路内的架空庭院，同时反哺于区域微气候，并提升居住单元的舒适

项目概况项目名称：前海乐居桂湾人才住房项目用地单位：深圳市前海人才乐居有限公司

主要技术经济指标

12.12/11.56 地上规定建筑面积（㎡）95907不计容积率建筑面积（㎡）36126

地上核减建筑面积（㎡）0 地下规定建筑面积（㎡）33636

地上核增建筑面积（㎡）4800地下核增建筑面积（㎡）2490

建筑基底面积（㎡） 3521建筑覆盖率 42% 绿地面积/折算绿地面积（㎡）5040/548绿化覆盖率 67%

最高高度（m） 148.5最大层数（地上/地下）44/3

停车位（地上/地下） 0/558自行车停车位数（地上/地下）22/500

规定核减合计

总建筑面积（㎡）计容积率建筑面积（㎡）计规定容积率建筑面积（㎡）公寓面积（㎡）89922089922 95907商业面积（㎡）598505985 地上核增建筑面积（㎡）消防避难空间（㎡） 4800架空绿化休闲（㎡）

概念设计方案概念方案生成与分析

不计容积率建筑面积（㎡）地下规定建筑面积（㎡）地下商业（㎡）地下车库（㎡）设备用房（㎡）地下核增建筑面积（㎡） 2490 136833 3967 建筑面积（㎡） 23709 城市公共通道（㎡）2490 890 建筑面积分配建筑功能 3910 5960 100707 36126 33636 建设用地面积（㎡） 8306.04总建筑面积（㎡） 136833 计容积率建筑面积（㎡）100707容积率/规定容积率

宗地号：T201-0109 用地位置：前海合作区四开发单元05街坊01 、02地块户型种类 35㎡标准 A户型 65㎡标准 B户型 80㎡标准 C户型 100㎡标准 D户型 120㎡标准 E户型 150㎡标准 F户型总量要求数量≥360≤540≤228≤36≤24≤12≥1200 实际数量3675452283624121212 要求占比≥30%≤45%≤19≤3%≤2%≤1%100% 实际占比30%45%19%3%2%1%100% 05

1. 概念设计方案 1.4. 概念方案技术图纸与说明

通过较小的商业体量，打造独具特色的商业空间，并与周边商办地块的集中商业形成差

1、情景式立体商业，探索居住与交往，私人与公共的新边界，打造和谐共荣的邻里关

2、充分利用项目周边景观优势，将生态景观与商业体验充分融合，以休憩和交流为主

3、引入艺术画廊及展示平台，以国际尖端文化的发掘和培育，打造社区文化归属和认与居住体量形成生态庭院的商业体量，高度强调商业人气的内聚效应，并通过扩大的绿化平台和空中艺廊，邀请市民在艺文之谷内驻足，停留，休憩，补给。商业核心面朝东南侧公共景观绿地，为各种体验性业态提供良好的造景和借景机会，让商业活动本身成为都市景观的一部分，创造暧昧的看与被看顶部架空平台层的立体廊道组织，旨在创造多角度的视线交流，创造邻里交往和消费行为发生的可能性，同时也为以儿童和青少年为主的教育类业态提供了一个亲近自然，且

概念方案生成与分析

首层商业布局充分挖掘沿街面的优势价值，并且在各个主要人流来向设置引入内院的架空入口。而商业与地下公共空间网络的便捷链接，更为其全天候的活力内核注入勃勃生以25-35岁城市行业精英为核心客群，本项目以六大生活配套，四大发展配套为基础，打造15分钟生活圈系统，最大程度服务留住人才的核心目标，并为人才的生活和发展的生鲜超市和特色餐饮，首层的休闲轻食和咖啡饮品，二的影音娱乐、形象管理，以及架空平台连接层的健康会所。四大发展配套包含了创新孵化、数字平台、科技物联和能源管理等服务系统，被安排在了集中商业体量的共享办公空间中，在项目内部便可满足当代服务业职居平衡的动态轻办公场景。 1. 概念设计方案 1.4.

A户型建筑面积：套内面积：27.91㎡ 27.91㎡ B户型建筑面积：套内面积：54.33㎡ C户型建筑面积：套内面积：65.30㎡卧室起居室卫生间厨房阳台主卧次卧起居室餐厅卫生间厨房阳台阳台 1. 概念设计方案 1.4. 概念方案技术图纸与说明 D户型建筑面积：套内面积：72.04㎡ E户型建筑面积：套内面积：102.77㎡ F户型建筑面积：套内面积：134.17㎡主卧次卧次卧起居室餐厅卫生间卫生间卫生间厨房主卧次卧次卧起居室主卧次卧起居室餐厅餐厅卫生间卫生间卫生间卫生间厨房厨房阳台阳台阳台 A户型建筑面积：套内面积：27.91㎡ 27.91㎡ B户型建筑面积：套内面积：54.33㎡ C户型建筑面积：套内面积：65.30㎡卧室起居室卫生间厨房阳台主卧次卧起居室餐厅卫生间厨房阳台阳台

概念方案技术图纸与说明

D户型建筑面积：套内面积：72.04㎡ E户型建筑面积：套内面积：102.77㎡ F户型建筑面积：套内面积：134.17㎡主卧次卧次卧起居室餐厅卫生间卫生间卫生间厨房主卧次卧次卧起居室主卧次卧起居室餐厅餐厅卫生间卫生间卫生间卫生间厨房厨房阳台阳台阳台

SHENZHEN AIRPORT RENOVATION

Professional Work Location：Nanjing, China

Role: Residential Design, Facade Design, 3D Modeling, Line Drawing

This is a renovation project for Shenzhen Airport and its surrounding buildings. My involvement in the project includes the facade renovation of the airport cargo building and the conceptual and structural design of three pedestrian bridges.

铝合金渐变百叶 Aluminium alloy shutter 50mm铝方通 Aluminum Tube 钢龙骨 Steel keel 货站大楼立面改造 RENOVATION OF AIRPORT CARGO ELEVATION STEP1：结构模型示意 STEP2：结构设计荷载恒载（自重+0.2KN/m2建筑面板屋顶活荷载0.5KN/m2 风荷载（风压0.75,B类风敏感1.1倍） STEP3：应力比校核主桥整体构件应力比最大0.68<1 满足设计需要恒载（KN/m）活载(KN/m）左风(KN/m） STEP4：位移校核竖向1.0D+1.0RL：10mm/1700mm=1/170<1/125，满足恒加活(mm)

MATERIAL SELECTION

A1 5mm wood fiber board (alternative material)

Bottom ceiling of Hezhou toll station

A2 3MM wood grain aluminum plate

Bottom ceiling of Hezhou toll station

B1 3MM continuous anodized aluminum plate

Exterior blinds of Hezhou toll station/side of cargo station

B2 3MM titanium zinc plate (roller coated with fluorocarbon)

Exterior blinds of Hezhou toll station/side of cargo station

C PTFE film

Material for exterior suspension bridge

D1 Diameter 4CM perforated aluminum plate (hole spacing 1.2CM)

Facade of airport management building

D2 Diameter 4CM perforated aluminum plate (hole spacing 2.8CM)

Facade of airport management building

E 4MM thick aluminum plate

Facade of airport management building

A2-2 A2-3

B1 A2-1 C B2 D1 D2 E

BEIJING AGING COMMUNITY

Professional Work Location：Nanjing, China

Role: Residential Design, Facade Design, 3D Modeling, Line Drawing

Located in Beijing's residential area, this senior living project is designed to provide comprehensive care and support for elderly residents. The project includes a variety of elderlyfriendly housing options, such as accessible apartments and assisted living facilities. Additionally, there are medical facilities on-site to provide convenient healthcare services for residents. The project also features various public amenities, including community lounges, gardens, and walkways, that are designed to foster social interaction and promote wellbeing.

4.1单体设计

功能分区（地面空间）规划方案多功能活动厅影音室/小剧场消防安防控制室接待中心大堂员工宿舍景观花廊二级会所一级会所，定制服务亲子公寓交通核介助护理医疗（1F）+介护护理(2-5F) 自理公寓户型标准设计1.0 4.1单体设计面宽4200mm，进深10500mm，套内面积43.9㎡场地剖面规划方案 4.1单体设计户型标准设计1.5

面宽6000mm，进深10900mm，套内面积65.2㎡

面宽7800mm，进深10900mm，套内面积65.7㎡

4.1单体设计户型标准设计1.5 变异户型面宽7500mm，进深12700mm，套内面积74.3㎡

户型标准设计M2.0 面宽7800mm，进深9100mm，套内面积64.3㎡

户型标准设计2.0 面宽7800mm，进深10900mm，套内面积78.4㎡

户型标准设计3.0 面宽11700mm，进深10900mm，套内面积120.8㎡

NANJING AGING COMMUNITY

Professional Work Location：Nanjing, China

Role: Residential Design, Facade Design, 3D Modeling, Line Drawing

This is a retirement community located in Nanjing Tianquan Lake. The design hopes to attract more visitors to the area through good sight design and public space suitable for all ages, and avoid the situation of elderly people who are far away from the city and lack of public life. In this project, I was responsible for the design of a part of the serviced apartment and the design of the club. The focus of these two designs is how to better combine architecture and landscape.