Liujunyi_Portfolio_2023 by JUNYI LIU

01 Potocki Palace's Historical Complex Adaptive Revitalization Project

• LOCATION: Ivano-Frankivsk,Ukraine • TIME: 2023 • TYPE: Individual projects Competition Program, • KEYWORDS: Cultural buildings, Renovation of old buildings

Surrounding commercial buildings Surrounding historic buildings traffic node Green space Main road Secondary road

INTRODUCTION This project, situated in Ivano-Frankivsk's center, formerly Stanislawow, aims to restore a palace complex into an accessible cultural space while revitalizing its essence. Post-restoration, the complex becomes a significant cultural attraction, drawing tourists and locals to admire its historical and cultural significance.Preservation efforts prioritize retaining the historic building's original character, creating semi-open spaces in harmony with the environment. Connecting old buildings establishes a cohesive, modern space meeting contemporary needs. Furthermore, the project plans diverse cultural events like concerts and exhibitions, fostering community engagement and contributing to the local economy.

PROBLEMS WITH THE SITE QUESTION 1 In the process of urbanization, city walls were gradually destroyed

1792

1904

QUESTION 2

QUESTION 3

Insufficient site openness to meet public facility needs.

Inadequate public space and lack of overspace from the outside environment.

QUESTION 3

Changes in urban functions lead to changes in site requirements, and current sites are unable to meet current needs.

2023

WHAT HAS HAPPENED IN THE HISTORY OF THE CITY AND THE SITE? In the early stages of urban development, the main focus was on defensive functions. The site consists of 6 main buildings, which initially mainly assume residential and living functions and then develop into 11 buildings, and the site function is also transformed into a community hospital.

City History

Site Changes

RESEARCH OF PRISMATIC CASTLE

BLOCK GENERATION

prismatic castle were invented during the firearms era, and unlike the square forts of the past, their main characteristic was their polygonal shape.

Initial state

Enhanced facade design

Reinventing Space

+ + +

Inspiration 1: Configuration approach

Unified block

Assessment of the historical value of buildings, with high-value buildings (+) retained and the rest appropriately demolished (-)

Unifying fragmented spaces into a whole, inlaid with old spaces

Preserving the integrity of courtyard spaces and portions of older building facades and creating continuous building facades

Split the block to create variations in height and maintain integrity while adding excessive space and public space in the remaining spaces.

STRUCTURE GENERATION

Inspiration 2: Vision Advantage

So that each wall has a certain angle in the face of the enemy they in the face of the enemy attack, large and small stacked area folded prismatic fortress can provide absolutely no dead angle of intensive fire blow.

Inspiration 3 :Surrounding Buildings

FLOOR PLAN 16. coffee shop 17. the Palace roastery 18. exhibition Gallery 19. Main entrance to the venue 20. Office entrance

1. international representative offices 2 analog workshops of the photo, video, music 3. baroque parterre 4. elevator 5. exhibition space second floor 06 25

16 26 04

09 01 10

18 19

21. intercultural dialogue 22. presentations and conferences 23. reading space 24. elevator 25. toilet 26. hall 27. the Palace roastery

second floor

6. chamber performances 7. theatrical performances 8.acoustic hall 9.virtual museum space 10. exhibition space 11. central green space 12. service center 13.archaeological reserve 14.restoration expertise space 15.exhibiting objects of restoration workshops

13 27

40 METRES

INTERSECTION SECTION OF OLD AND NEW BUILDINGS

NODE DIAGRAM 1. Glass curtain wall 2. Light steel keel 3. Vents 4. a guardrail 5. Planting ponds 6. Retain the building wall 7. Planting soil 8. a floor 9. a waterproof layer 10. a suspended ceiling

RENDERING

Val Lumnezia Alpine Wellness Center

• LOCATION: Val Lumnezia, Switzerland • TIME: 2022 • TYPE: Individual projects Competition Program, • KEYWORDS: Mountain architecture, Service buildings

The Val Lumnezia is a sunny alpine valley in Switzerland, with a spectacular panorama stretching from Ilanz to the south. It constitutes the largest lateral valley of the Surselva and is considered a small but exclusive cultural and natural tourist destination.

SITE ANALYSIS

Monthly climate change and number of travelers J a n u a ry

It is made up of several towns in the region such as Lumbrein and Vrin. The varied natural and cultural landscape of the area, adorned with its cozy alpine refuges and a large number of churches and chapels, offers adventure and relaxation for tourists and people of the region. An ideal setting to enjoy alpine skiing and at the same time to rest with wonderful views.

m ce 1

er 1624 25℃

20℃

15℃

5℃

0℃

10℃

-5℃

site

109 103

30-39 years

114 81

65+ years

10-19 years

4% 4%

0-9 years

males

74 63 75 61

females

91. 0

112 110

20-29 years

156 144

40-49 years

189 179

50-59 years

Other country

60-69 years

Switzerland

146 123

18-64 years

66 72

70-79 years

.6 30

0-17 years 52. 12 %

47. 88 %

Females

80-89 years

Males

Tourist Arrivals(thousands)

6 26

90+ years

8. 9

Minimum temperature Rains

A p r il

DEMOGRAPHIC COMPOSITION 12.

Maximum temperature 2 0 2 2

Val Lumnezia

1918

Vrin

O c to b e r

Lumbrein

Popular Activities among Tourists in Switzerland - Percentage Breakdown

a& sp

est lity gu vita

24%

natur e

love r

18%

ak er br e

city

ow st sia thu en ts or sp

12%

culture traveller

enthusiast outdoor

tra v

ne no

fam ily el le

Switzerland is a renowned destination for water-based wellness facilities, attracting visitors from all around the world with its breathtaking natural scenery, pristine natural hot springs, and high-quality spa facilities. Our wellness facility caters to a niche market of tourists who are specifically seeking a luxurious and customized spa experience. While this market may be smaller than other tourist activities, our architecture has been designed to create a high-end and personalized atmosphere for these visitors.

2 7 5 2

J u ly

Key needs analysis diagram

Suitable temperature

Hydrotherapy

Enjoy the view

Biophilic space Summer peak season

Massage

Niche

Recuperation activities

High privacy Spa

Multiservice spaces

Semi-open space

High privacy Middle-aged group close to nature

Customized service space

High-end service Relaxation

Summer

User needs Design points User Climate factors Activities

w lo sno

ver

attracti ons to

ure r

BUILDING BLOCK GENERATION

The building sits on sloping terrain with a stepped design, dividing it into private, semi-private, and open areas. The ground floor serves as reception, storage, and management space. Upstairs, the spa experience unfolds in semi-private and private spaces. By offsetting the building blocks, the design creates a dynamic top-level area. The top level offers panoramic views and a serene connection with nature. The staggered design resolves level differences, enhances privacy, and seamlessly integrates with the surroundings.

Explosion analysis diagrams and use route analysis charts

FIRST FLOOR PLAN

SECOND FLOOR PLAN

01 Main entrance 02 Reception 03 Depository 04 Lobby 05 Toilet 06 Barrier-free elevator 07 Staircase (F2) 08 Staff entrance 09 Management office 10 Warehouse space

01 Dining Bar 04 Spa bath (main) 02 Outdoor Café 05 Public space 03 Changing room 06 Barrier-free elevator 07 Toilets

08 Spa individual room 09 Massage room 10 Meditation single room 11 Staircase (roof garden)

12 Observation Ramp (F3) 13 Sightseeing Elevator 14 Parking lot 15 Public Lawn

01 03

09 07 05

08 04

07 14

THIRD FLOOR PLAN 04

01 Meditation Space 02 Member Service Center 03 Barrier-free elevator

03 02

01 02

20 METRES

ARCHITECTURAL RENDERING

01. Main building illustration 02.Spa individual room 03.Spa Baths

03 Boundary Integration

BACKGROUND Urban and rural spaces have been merging for years. Since the Industrial Revolution, they have become increasingly interdependent yet separated. Rural areas prioritize maximizing agricultural yields and expanding arable land, while metropolitan areas drive economic growth through smart cities and industrial manufacturing. However, this duality has led to contradictions. As cities expand to meet the growing needs of their populations, they encroach upon transition zones between urban and rural areas, squeezing rural spaces and increasing the distance between food-producing areas and urban centers.

Change ratio of cultivated land area in different buffer zones distance from major urban centers (2009-2018) 50%

Proportion of change in cultivated land

Conceptual Design for Urban Agricultural Boundary Protection Project

0% -50% -100% -150% -200% 0-10km

>10-20km

>20-30 HEILONGJIANG

100%

>30-40km JILIN

>40-50km

LIAONING

BEIJING

>50-60km TIANJIN

>60-70km HEBEI

>70-80km HENAN

>80-90km

>90km

SHANDONG

50% 0% -50% -100% -150% -200% 0-10km

>10-20km

>20-30 SHANGHAI

>30-40km JIANGSU

>40-50km

ZHEJIANG

ANHUI

>50-60km JIANGXI

>60-70km HUBEI

>70-80km HUNAN

>80-90km

>90km

MONGOLIA

In 2009, China's arable land area was 135,384,400 hm2, accounting for about 14.10% of the total land area; In 2018, China's arable land area was 134,990,700 hm2, a net decrease of 393,700 hm2 compared with 2009, a decrease rate of 0.29%. Shanghai's urban area expansion trend

• LOCATION Shanghai, China • TIME: 2023 • TYPE: Team Projects, Conceptual program • KEYWORDS: urban-rural relationship, urban

sprawl, agricultural architecture

1985

1997

2016

DIFFERENCES DEVELOPMENT PATTERNS Urban

Rural

Decentralization of land use

Land use intensification

Rough land use

Diversification of functions

Low level of land transfer and marketization

Rigorous planning and management

We will analyze both sides of urban and rural population mobility in depth and explore the key factors influencing mobility in order to attract more people to integrate into community life. In the process, we find that the push factors for population mobility mainly include the lack of economic opportunities and educational resources, which motivate people to leave their original environments in search of better living and development opportunities.On the contrary, job opportunities and educational facilities become pull factors for population movement, attracting people to areas with these conditions. Based on the above analysis, we can summarize the requirements as follows and generate the corresponding requirement modules

QUESTION Urban people: 1. How do we mitigate the urban encroachment on the countryside? 2. How can we build our own food system that connects urban and rural areas while protecting the natural environment? Rural people: 1. So how should we go about alleviating rural hollowing out? 2. How should we make fresh food available to all? 3. How to reduce crop transportation costs?

Through space

vertical transportation

Fruit tree planting pools

vertical greening

A-1 High occupancy rate A-2 High occupancy rate agricultural space

A-3 medium occupancy rate

Design Strategy

B-1 High occupancy rate vertical farm

We believe that creating an Agricultural Community at the boundary between urban and rural areas that can be applied to a wide range of environments can go a long way in alleviating these problems. In addition, in this community, people are on an equal footing without hierarchical or occupational distinctions and can make the greatest possible difference in terms of Mindset.

Agroprocessing space

Community Activity Space

rooftop garden

C-1 High occupancy rate

C-2 medium occupancy rate

C-3 low occupancy rate

Trade space

THE SPATIAL GENERATION PROCESS We have established 2 kinds of transportation modules to meet horizontal and vertical traffic, and 4 kinds of functional modules to meet production and life processing. It will be combined according to the space requirements to meet the design needs.

Parameterized constraints and the bulk growth process

Environmental Restrictions

Traffic Restrictions

Build Phase 1 (parameter 100)

Build Phase 2 (parameter 300)

Build Phase 3 (parameter 500)

RENDERING

INTRODUCTION In psychology, emotions such as anxiety, tension, anger, depression, sadness, and pain are collectively referred to as negative emotions. This work is an experimental projection interaction system that allows participants to recognize the role of comforting behaviors through visualization. In the process of participating, I hope that the participants will make a stroking or tapping action at a designated location. The number of participants, or the size of the participants' movements will make the visualization system have different effects.

Soothing space Visual Interactive Device Project • TIME: 2019 • TYPE: Individual projects • KEYWORDS: Cultural buildings, Renovation of old buildings

SYSTEM DESIGN 01-We captured the palm movements of multiple participants tapping through leapmotion, and extracted data from the center of the palm.

We liken emotions to a state of flow, a fluid that is continuously deformed by any slight shear force.I create fluids in a parameterized way through Touchdisigner, and then simulate changes in mood by changing parameters, while quantifying participants' behavior into data, which has an impact on the morphology of the fluid, and this effect is also likened to the effect of adult intervention on emotions

MOTION CAPTURE

In addition to leapmotion motion capture, visual patterns are mainly generated based on touchdesigner. Among them, we extract the RGB channel data from the noise, and bind the RGB channel to the displacement of a single model to generate particle effects. The final visual presentation will be presented by projection. With the increase of the number of participants, the images are gradually separated from the complex state and become more and more orderly. It's more like a process of EXHIBITION EFFECT shredding.

02-Capture the amount of displacement (x) generated by the first participant making a "caressing" action, capture the displacement amount (y) generated by the second participant making a "tap" action, and bind the amount of (xy) axis displacement of the participant's palm to the parameters of the fluid pattern to control the change of the pattern.

MOTION CAPTURE In addition to leapmotion motion capture, visual patterns are mainly generated based on touchdesigner. Among them, we extract the RGB channel data from the noise, and bind the RGB channel to the displacement of a single model to generate particle effects. The final visual presentation will be presented by projection. With the increase of the number of participants, the images are gradually separated from the complex state and become more and more orderly. It's more like a process of shredding.

EXHIBITION EFFECT

01 Hotel Outdoor Rendering

Work Projects NO.5-1 ORIENTAL PEARL HOTEL The hotel, located in Nanjing's city center, adjacent to the Floating Bridge Metro Station, enjoys an enviable geographical position. However, with changing times and increased foot traffic, the original structure no longer meets modern needs. Consequently, Party A opted for a renovation. The project, rooted in history, uncovered the hotel's cultural essence, focusing on refurbishing its architectural landscape, facade, and interior. By restoring original features and integrating modern elements, the refurbished hotel retains its historical and cultural heritage while showcasing contemporary allure. 01

• TIME: 2020 • LOCATION: Nanjing, China • TYPE: Work Project, Team work, Landscape Design • KEYWORDS: Building Renovation • INVOLVEMENT: Courtyard and Sky Garden Renovation Design, Rendering

Landscape Plan and Perspective

02 Hotel Courtyard

NO.5-2 NEW TIANHAN COMMUNITY———— RESIDENTIAL PROJECT DEMONSTRATION AREA LANDSCAPE DESIGN • TIME: 2020 • LOCATION: Nanjing, China • TYPE: Work Project, Team work, Landscape Design • KEYWORDS: Residential Courtyard, New Chinese Style • INVOLVEMENT: Programming, Plant Design, Rendering, Copywriting

Landscape Plan and Perspective

Rendering

This project, located in Nanjing, Jiangsu Province, China, aims to create a landscape demonstration area for a real estate sales office. During the design process, we fully considered the overall functional requirements and adopted a segmented design strategy to clearly distinguish the sales office from the showroom. In the overall design approach, we started from the four major elements of mountain stacking, water management, flowers, trees, pavilions and Chinese courtyard landscape design, and tried to create an elegant and vibrant environment.

NO.5-3 NANJING NATIONAL MODERN AGRI-TECH PARK The project is situated in Nanjing's Jiangbei New District, primarily designed for R&D office functionalities within the park. The project's landscape design strictly revolves around the fundamental principle of "modernity," simplifying spatial forms to break free from the traditional constraints of park design and function. Simultaneously, following the citywide layout of "one core and multiple parks," the design concept centers on the "Huigu Green Boat," forming the structured plan of the "three rings" comprising the "heart of technology, the vein of green valley, and the landscape garden

• TIME: 2020 • LOCATION: Nanjing, China • TYPE: Work Project, Team work, Landscape Design • KEYWORDS: Conceptual schematic design, Agro-industrial park • INVOLVEMENT: Feasibility studies, Landscape Node Design, Rooftop Garden Program Design, Rendering