Tianzhi Sun portfolio for UCL by Tianzhi Sun

Architecture Portfolio TIANZHI SUN 2015-2021 Bachelor of Architecture tianzhisun@email.arizona.edu

TIANZHI SUN INFORMATION E-MAIL 1: TIANZHISUN@EMAIL.ARIZONA.EDU E-MAIL 2: STZ918@163.COM PHONE: +86 15201232168 2015-2020 College of Architecture,

Planning & Landscape Architecture

UNIVERSITY OF ARIONZA GPA: 3.56/4 LOCATION: BEIJING. CHN ARIZONA. USA

EXPERIENCE 2015 - 2020

UNIVERSITY OF ARIZONA

2019 SPRING SEMESTER

UNIVERSITY OF ARIZONA

2019 MAY - JUL

BEIJING INSTITUDE OF ARCHITECTURAL DESIGN

2019 DEC - 2020 JAN

DRAWING ARCHITECTURE STUDIO

2020 AUG - CURRENT

CHINA IPPR INTERNATIONAL ENGINEERING CORPORATION

AWARDS

TUCSON AZ. USA

BECHELOR OF ARCHITECTURE

TUCSON AZ. USA

CAPLA DESIGN-BUILD CONSTRUCTION TEAM NUMBER

BEIJING. CHN

1A1 DEPARTMENT INTERNSHIP

BEIJING. CHN

INTERNSHIP

ASSISTANT ARCHITECT

BEIJING. CHN

2018 FALL SEMESTER

SELECTED WORK FOR CAMPUS EXHIBITION

2019 SPRING SEMESTER

DESIGN EXCELLENT AWARD

DESIGN-BUILD PROJECT

2020 FALL SEMESTER

DESIGN EXCELLENT AWARD

DOMIN STUDIO

2015~2020

BACHELOR OF ARCHITECTURE FACULTY COMMENDATION

SKILL SET

DESIGN STUDIO

CAPLA

RHINO. AUTOCAD. REVIT. SKETCH UP. GRASSHOPPER

DIGITAL MODEL

3D PRINT. LASER CUT. WELDING. WOOD & METAL CRAFT. ROBOT ARM OPERATION.

PHYCIAL MODEL

ILLUSTARTOR. PHOTOSHOP. INDESIGN. LUMION. VRAY.

PRESENTATION

00 CURRICULUM VITAE

01 CENTER FOR INFORMATION AND COLLABORATION

02 URBAN TRANSPORTATION PALIMPSEST

03 SOCIAL TRIGGER

04 NINGXIA PEOPLE'S HOSPITAL

05 THE FIRST PEOPLE’S HOSPITAL OF LIANGJIANG NEW AREA

06 M + ARCHIGRAM CITIES

07 CHONGQING JUNGLE

01 INFORMATION AND COLLABORATION MIXED USE CAMPUS BUILDING IN UNIVERSITY OF ARIZONA _Individual work _Date: 2018 September-2018 November _Duration: 3 months _Location: Tucson, Arizona, USA _level: Forth Academic Year(7th semester) _Instructor: Rosano, Teresa The phase of architecture design: Design Development

The Center for Information and Collaboration is intended as a nexus for interdisciplinary research and collaboration through the successful integration of the CAPLA and College of Fine Arts information (library) collections with a variety of meeting, study and work spaces. Set against the university backdrop of the sciences and the humanities, the goal of this project is to foster innovation and to nurture insight via collaboration between the colleges of: Agriculture and Life Sciences, Eller, Engineering, Fine Arts, Humanities, CAPLA and the general public. The auditorium within the CiC is intended to accommodate CAPLA and Fine Arts lectures as well as rehearsals and performances open to the public.

DESIGN CONCEPT

ELETRICAL & COMPUTER

CIVIL ENGINEERING

HARVILL

CAPLA

PHOTOGRAPHY

A centrally located site on campus has been selected to serve this broader collaborative objective and integrate with the master plan of the University. In order to maximize public space around the facility, underground parking is to be provided to serve the building’s primary occupants.

DESIGN PROCESS

1. DESIGN SITE THE SITE IS LOCATED ON THE PARKING LOT NEAR CAMPUS 1. DESIGN SITE THE SITE IS LOCATED ON THE PARKING LOT NEAR CAMPUS 1. DESIGN SITE THE SITE IS LOCATED ON THE PARKING LOT NEAR CAMPUS

4. DISTORTION DISTORATION OF OPENING 4. DISTORTION DISTORATION OF OPENING 4. DISTORTION DISTORATION OF OPENING

2. CIRCULATION THE DOMINANT CIRCULATION IS CROSSING THE SITE WEST AND EAST 2. CIRCULATION THE DOMINANT CIRCULATION IS CROSSING THE SITE WEST AND EAST 2. CIRCULATION THE DOMINANT CIRCULATION IS CROSSING THE SITE WEST AND EAST

5. MEP CONDITION MEP ROOM LOCATION BASED ON EXISTING SITE CONDITION 5. MEP CONDITION MEP ROOM LOCATION BASED ON EXISTING SITE CONDITION 5. MEP CONDITION MEP ROOM LOCATION BASED ON EXISTING SITE CONDITION

3. OPENING HAVING PEDESTRIAN CROSS THROUGH BUILDING 3. OPENING HAVING PEDESTRIAN CROSS THROUGH BUILDING 3. OPENING HAVING PEDESTRIAN CROSS THROUGH BUILDING

6. SOLAR CONDITION DIFFERNT SOLAR CONDITION ON EACH ELEVATION 6. SOLAR CONDITION DIFFERNT SOLAR CONDITION ON EACH ELEVATION 6. SOLAR CONDITION DIFFERNT SOLAR CONDITION ON EACH ELEVATION

DESIGN PROCESS

Far more than a repository for books, it is the aspiration of the CIC that this new facility and its components be an architectural statement, promoting collegial integration and the dissemination of information and insight through collaboration.

7. INTEGRATION INTEGRATE DIFFERENT SYSTEM ONTO THE BUILDING 7. INTEGRATION INTEGRATE DIFFERENT SYSTEM ONTO THE BUILDING 7. INTEGRATION INTEGRATE DIFFERENT SYSTEM ONTO THE BUILDING

diagrams e lighting ing sumunlight ers is on the e pro-

BUILDING TYPOLOGY ARCHITECTURE WEST 43’

ARCHITECTURE EAST 43‘

SEWER

30‘

WATER

101,505 sf

ELECTRIAL

28,012 sf

ELETRICAL & COMPUTER 78‘

36‘

CENTER FOR CREATIVE PHOTOGRAPHY 49‘

CENTER FOR INFORMATION COLLABORATION

20‘

CIVIL ENGINEERING 47‘

HARVILL 49‘

ACCESS TO CAPLA MATERIALS LAB ENTRENCE TO UNDERGROUND PARKING

18‘

SPEECH &HEARING SCIENCE 55‘

45‘ 18‘

8’

16’

CHILLED WATER & STEAM

32’

SITE PLAN

WATER

1.A building that provide centralized public space that connects different programmed spaces. 2. Pathway through the building links east, west sides of campus.

ENVIRONMENTAL CONTROL SYSTEM-ACTIVE SYSTEM: the section dia-

grams are shown activeSTRETAGY system of MEP. The restrooms are stacked vertiARCHITECTURE cally so that the pipe could be limited, and the restroom is located close

existing the utility in the site. A centrally tolocated site on lines campus has been selected to serve this broader collaborative objective and integrate with the master plan of the University. In order to maximize public space around the facility, underground parking is to be provided to serve the building’s primary occupants. PASSIVE LIGHTING AND ACTIVE LIGHTING SYSTEM

SUMMER SUN

RESTROOM

d for f HVAC s are to minimize

SUPPLY AIR RETURN AIR

RESTROOM

WATER PIPE

INTAKE AIR

VERTICAL CIRCULATION

SEWER PIPE

WINTER SUN

RESTROOM

EXISTING SEWER LINE

EXISTING WATER LINE

SOLAR DIAGRAM

PLUMBING DIAGRAM

MECHANICIAL DIAGRAM

CIRCULATION DIAGRAM

PLAN DRAWINGS 9

3 3 2

4 5 6

3 3 2

4 10

5 13

3 3

9 9

1 8

3 3

17 17

unt: 78 king: 8

GROUND LEVEL

8’

16’

2ND LEVEL

32’

1. EXIT STAIR 2. ELEVATOR ROOM 3. ELEVATOR 4. STORAGE 5. JANITOR ROOM 6. RESTROOM 7. MECHANICAL ROOM 8. LIBRARY REFERENCE COLLECTION/ LIBRARY REFERENCE DESK 9. WORK ROOM 10. GUEST SERVICES/CHECK-OUT DESK 11. PUBLIC STAIRS 12. CAFE 13. CAFER COUNTER & PREP 14. SHIPPING & RECEIVING 15. AUDITORIUM

8’

16’

3RD LEVEL

32’

8’

16’

3RD FLOOR RCP

32’

1. EXIT STAIR 2. ELEVATOR ROOM 3. ELEVATOR 4. STORAGE 5. JANITOR ROOM 6. RESTROOM 7. MECHANICAL ROOM 8. OPEN STUDY AREA 9. SMALL STUDY ROOM 10. LARGE STUDY ROOM 11. MULTIMEDIA LAB 12. GUEST OFFICE 13. COMPUTER STATION 14. COMMUNITY MEETING SPACE 15. PUBLIC STAIRS 16. IT & SERVICERS 17. SMALL OFFICE 18. CONFERENCE ROOM 19. OPEN WORK AREA 20. DIRECTOR’S OFFICE

1. EXIT STAIR 2. ELEVATOR ROOM 3. ELEVATOR 4. STORAGE 5. JANITOR ROOM 6. RESTROOM 7. MECHANICAL ROOM 8. LIBRARY REFERENCE COLLECTION/ LIBRARY REFERENCE DESK 9. COMMUNITY MEETING SPACE 10. GALLERY 11. AUDITORIUM 12. PUBLIC STAIRS

SUPPLY AIR CEILING VENT RETURN AIR CEILING VENT HVAC ACCESS PANEL EXIT SIGN PENDANT LIGHT RECESSED LIGHT FIXTURE PENDANT LIGHT SPRINKLER HEADS

SECTION

3 4

1. UNDERGROUND PARKING 2. WORK ROOM 3. CAFE 4. PUBLIC STAIR 5. GALLERY

6. HALL WAY 7. OPEN STUDY AREA

CROSS SECTION

4ft

8ft

16ft

8’

16’

32’

FACADE DESIGN SOLAR RADIATION

ROOF LEVEL 56’-0”

3RD LEVEL 37’-4”

2ND LEVEL 18’-8”

1ST LEVEL

WEST

0’-0”

WEST ELEVATION A

ROOF LEVEL 56’-0”

3RD LEVEL 37’-4”

2ND LEVEL 18’-8”

1ST LEVEL

EAST

0’-0”

EAST ELEVATION

ROOF LEVEL 56’-0”

3RD LEVEL 37’-4”

2ND LEVEL 18’-8”

NORTH

1ST LEVEL

NORTH ELEVATION 6

0’-0”

ROOF LEVEL 56’-0”

3RD LEVEL 37’-4”

2ND LEVEL 18’-8”

SOUTH

SOUTH ELEVATION

1676.46 (kWh/m2)

1ST LEVEL 0’-0”

BASED ON THE SOLAR ANALYSIS, THE LOUVER SYSTEM IS GENERATED. IT CAN BLOCK THE DIRECT SUNLIGHT WHERE THE SOLAR RADIATION IS HIGH. IT CAN ALSO REFLECT DIRECT SUNLIGHT WHEN THE SOLAR RADIATION IS LOW. THIS ANGLE OF OPENING OF EACH LOUVER IS ALSO BASED ON THE PROGRAM ADJACENT TO.

<0.00

BUILDING ELEVATIONS

SOLAR ANALYSIS

32’

64’

128’

LONGITUDINAL SECTION

1. UNDERGROUND PARKING 2. OUTDOOR SPACE 3. CAFE 4. WORK ROOM 5. LIBRARY REFERENCE COLLECTION/ LIBRARY REFERENCE DESK

6. GALLERY 7. COMMUNITY MEETING SPACE 8. AUDITORIUM 9. SMALL STUDY ROOM 10. HALL WAY 11. MULTIMEDIA LAB

12. VISITOR OFFICE 13. IT & SERVICE 14. OFFICE 15. OPEN WORK AREA

GLASS MULLION STRUCTURE LOUVER SYSTEM

EQ 6’-0”

PARTIAL PLAN

ISOMETRIC ASSEMBLY DETAIL METAL CAP FINISHING HORIZONTAL MULLION CAP

ROOF LEVEL

SLOPED INSULATION

56’-0”

STRUCTURAL BEAM 1.5”*2.5” RECTAGULAR MULLION 18’8”

SINGLE GLAZED GLASS

FLOOR FINISH CONCRETE DECK

3RD LEVEL

THERMAL INSULATION

37’-4” LOUVER SYSTEM

18” STRUCTURAL COLUMN

FIXING BRACKET

2ND LEVEL

18’8”

LOUVER WILL BE WELD ON TO THE STRUCTURAL COMPONENT

SMOKE SEAL

18’8”

18’-8”

1ST LEVEL 0’-0”

PARTIAL ELEVATION

8’

DETAIL WALL SECTION

16’

4’

LONGITUDINAL SECTION

4ft

8ft

16ft

8’

16’

02 URBAN TRANSPORTATION PALIMPSEST MULTI-MODAL TRANSIT CENTER _Individual work _Date: 2020 February-2020 May _Duration: 2 months _Location: Seattle, Washington, USA _level: Fifth Academic Year(10th semester) _Instructor: Christopher Domin The phase of architecture design: Schematic Design

Since the Alaskan Way Viaduct’s demolition in 2019, there are new opportunities that could solve some of the urban issues unique to Seattle. The viaduct, which was considered seismically vulnerable following the 2001 Nisqually Earthquake, was removed from Seattle’s waterfront as a part of an innovative transportation program in the city. The new Waterfront Monorail System project is dedicated to providing a new relationship between the transportation system and urban context. A monorail track will run along Alaskan Way and a station will be located on the intersection of Seneca Street and Alaskan Way. The station is connected to surrounding buildings with bridges and to the street with vertical circulation. A new layer of transportation was created to solve the ground traffic problems. People from surrounding buildings can arrive at the station without confronting ground level traffic. The station is also an urban food culture hub that includes local gastronomy options, an informal coffee shop, and a pop-up store interior street to meet the evolving needs of this thriving metropolis

CONCEPT DESIGN circulation

main circulation

public green space

bus stop accessibility to public transportation

S S S

S S

S S S

SS S

S S S

S S

S S S

S S

200ft

800ft

circulation diagram

accessiblity diagram

improvements on alaskan way

bellevue place

plymouth pillars park

sturgus park

freeway parl

i5 express features

experience

PIKE PLACE DOWNTOWN SEATTLE DESI WAI GNATED TI AREANG

ENT

RAN

STA

COVE

FF RO

DROP PICK PING AREAUP

DESI WAI GNATED TI AREANG

RED

+ CO

WAITI

VERE

D WA

AREAINTER

NATIO

ITIN

TICK

WATERFRONT

G AR

ETIN

G / IN

BUS UBE ROUTE R/T AXI. ...

CAF

DESIGL FO OD NATED STAL WAITIN LS G AR NATED EA WAITIN G AR EA DESIG

MON

ORA

W AT ER FR ON GT VIEW

vehicle circulation

location / current circulation

concept massing

PLAN 6

2 3

6 5 1

ground floor

0 1. entrance

2. front desk

3. vertical circulation

4. restroom

5. cafe

6. bus station

2nd floor

1. bar

2. vertical circulation

3. seating

4. restroom

5. pop-up retail

6. deck

4 1

3rd Floor

1. restroom

2. vertical circulation

3. platform

4. restroom

5. designated waiting area

6. guideway

OBLIQUE

EXPLODED OBLIQUE

MOMENTS OBLIQUE

SECTION

03 SOCIAL TRIGGER

DRUGSOCIAL ABUSE REHABITATON CENTER 03 TRIGGER work, Team mumber: Yiming Guo Drug Rehabitation __Group Architecture Design About _Date: 2019 February-2019 April _Duration: 3 months _Location: Shenzhen City , Guang Zhou Province, China _level: Third Academic Year(6th semester) _Instructor: Jesus Robles Tutor: The phase of architecture design: Schematic Design

Characteristic: Academic Work Type: Personal Work Input: Designing, Drawing & Presenting

The rapid development of the city has made people’s lives better and better, and the problems that accompany them cannot be ignored. Shenzhen has a large population, and some people have relied on drugs for a living in the handshake building day and night. When they get rid of Brief Introduction: drug abuse and regain their lives, they are not accepted by society because they lack life skills. The rapid cityofhas people's lives Therefore, I thinkdevelopment about starting from of the the real needs drug made addicts, aiming at physical and better psychological needs, and designing a drug rehabilitation that can help them reconnect with be and better, and the problems thatcenter accompany them cannot society. I hope that we can change the prejudice of the addicts in the past and re-admit them.

ignored. Shenzhen has a large population, and some people have relied on drugs for a living in the handshake building day and night. When they get rid of drug abuse and regain their lives, they are not accepted by society because they lack life skills. Therefore, I think about starting from the real needs of drug addicts, aiming at physical and psychological needs, and designing a drug rehabilitation center that can help them reconnect with society. I hope that we can change the prejudice of the addicts in the past and re-admit them.

CONCEPT DESIGN SITE ANALYSIS

factory zone

radiation

chunjing St zone

history cross St zone

history zone

texture

nanmen park zone traffic

SOCIAL PROBLEMS

KTV

HOTEL

HOME

STREET

BACKGROUND INVESTIGATION Madeleine

21 years old student

I have achieved a successful career and a happy family. I feel the emptiness of life and can't wait to vent one's own exports. So I came into contact with drugs.

I was exposed to drugs at an occasional gathering. Everyone drank alcohol and was excited. I tried drugs with my friends.

33 years old artist

Mark

25 years old actress

Sophia

I am now taking this step to pursue the soc a l l e d i n s p i ra t i o n . I h e a rd t h a t d r u g s c a n stimulate imagination, so I tried it.

I heard that drug use can lose weight, I did not expect that I finally became a walking dead.

The health impact of drug use increases with development

Burden of drug use disorders

Trends in the estimated number of people who use drugs 2010-2017

Annual drug uses (million)

54 years old CEO

Bob

Number of people who use drugs Number of people with drug use problems

Low

Medium Global average

High Very high By level of development

DAILY LIFE 9 AM

8 AM

day1

6 AM

22 PM

19 PM

day2

Some time

Drug

7 AM

8 AM

Come and back

Then...

22 PM

16 PM

day3

7 AM

8 AM

During a long time 16 PM

19 PM

22 PM

day4

Time schedule of drug users Time schedule of ordinary people

Photos Source： Google

PROGRAM

05 03

02 route

exercise

office

corner

toilet

elevator

resident

stairs

museum

medical

library

shopping

shower

class

coffee

auditorium

planting

restaurant

The space has a double skin, which clearly defines the scope of use of different groups of people: the outer ramp is connected to the top sports field to facilitate the activities of community residents. The inner layer is degraded from the top to the bottom of the privacy layer, which facilitates the management and re-cultivation of drug addicts. The public space on the ground floor is a barrier between ordinary people and drug addicts, allowing them to know each oher in a relaxed environment.

EXPERIENCE Madeleine 1 5 6

Mark 2 3 8 “I love art and I will go on with it.”

“I want to become a gardener.”

Bob 3 7 8 “I know positive interests in life .”

Sophia 2 4 5 “I lose weight by healthy exercise.”

Classroom

Cultural corner

Treatment room

Yoga room

Auditorium

Planting room

Museum

Public bathhouse

SECTION PERSPECTIVE

CONSTRUCTION DETAIL 1

Indoor and outdoor structural nodes Indoor and outdoor structural nodes

4 4

1. Concrete slab 20mm Substructure, batten 45/70 mm reinforced concrete 230mm 1. Precast Concrete slab 20mm 2. Substructure, White Oak flooring batten 45/70 mm Cementreinforced screed 20mm Precast concrete 230mm Separation layer 2. White Oak flooring Mineral sound Cement screedinsulation 20mm layer 20mm Insulation EPS60mm Separation layer Wooden floor 230mm Mineral sound insulation layer 20mm Ceiling 100mm Insulation EPS60mm Paint layer Wooden floor 230mm 3. Post and100mm mullion double-layer safety Ceiling glazing Paint layer 4. Post Single layer glass double-layer safety 3. and mullion Rotatable glazing horizontal steel frame larch pine vertical 4. Single layer glass slats thicked 25mm 5. White Oakhorizontal flooring steel frame Rotatable Cement screed 20mm larch pine vertical slats thicked 25mm Separation layer 5. White Oak flooring Additional layer20mm of concrete 20mm Cement screed Insulation EPS60mm Separation layer Reinforced-concrete 400mm20mm Additional layer of concrete Gravel Insulation EPS60mm 6. Reinforced-concrete Reinforced-concrete 400mm layer 25mm Gravel Gravel 6. Reinforced-concrete layer 25mm Gravel

2 2

3 3

Outdoor drainage node Outdoor drainage node

Embodied Embodied CO2 eq. CO[lb/sq]ft 2 eq. [lb/sq]ft

ECOLOGY MEASUREMENTS Construction Steel and rebar Construction Steel and rebar

Summer light

Concrete Total Concrete Total

Timber

Summer light

Timber larch pine vertical slats

Winter light slats larch pine vertical Winter light Single layer glass Single layer glass Rotatable horizontal steel frame Rotatable horizontal steel frame

low-e glass Conventional structure

Timber hybrid structure

Conventional structure

Timber hybrid structure

low-e glass Chart Data Source： DETAIL green 01/17 Chart Data Source： DETAIL green 01/17

04 NINGXIA PEOPLE'S HOSPITAL NINGXIA MAJOR EPIDEMIC TREATMENT BASE _Professional Work _Date: 2020 November-2021 February _Duration: 4 months _Location: Ningxia Hui Autonomous Region, China The phase of architecture design: Construction

During the COVID outbreak in early 2020, some general hospitals in China showed insufficient emergency screening and treatment capabilities. One of the specific manifestations was screening, testing facilities (CT, fever clinics, PCR laboratories, etc.), and treatment facilities (ICU, The scale and quantity of negative pressure operating room, negative pressure ward, etc.) and related medical equipment (ventilators, ECMO, etc.) are insufficient, and there is a lack of emergency reserves for large-scale public health emergencies.

RENDERING

概念生成

CHAPTER 04

院区现状、救治基地“红线”

DESIGN PROCESS Outpatient, medical technology, inpatient building

Outpatient, medical technology, inpatient building

Outpatient and emergency building

Inpatient building

Medical Technology Building

20 m

Greening isolation

20 m

parking

parking (under construction)

(under construction)

rre

Tumor Treatment Center Complex Building

cir

lat

ion

Tumor Treatment Center Complex Building

Greening isolation

2. The "red line" of major epidemic treatment bases

3.Optimize the area of land occupation and form a green isolation from the surrounding area

Major epidemic treatment bases should ensure a sanitary blow with buildings greater than 20 meters

People's hospital of Ningxia Hui Autonomous Region major epidemic treatment base project

Greening isolation

20 m

1.current situation

SITE cu

20 m

宁夏回族自治区人民医院重大疫情救治基地项目设计方案

Do not destroy the current status of the circulation in the hospital Set aside a landscape garden during the epidemic on the south side of the major epidemic treatment base Set aside temporary land during the epidemic on the east side of the major epidemic treatment base

DESIGN DIFFICULTY

How to realize the function conversion between usual and during the epidemic?

概念生成

CHAPTER 04

优化体量，最终设计

优化占地，连接现状医疗功能

Outpatient, medical technology, inpatient building

Outpatient and emergency building

Inpatient building

Shared hall courtyard

Medical Technology Building

Medical Technology Building 90 m

Main hall parking (under construction)

Medical Technology Department

90 m Tumor Treatment Center Complex Building

宁夏回族自治区人民医院重大疫情救治基地项目设计方案

Tumor Treatment Center Complex Building

5.Optimize the volume of the building and form a harmonious group relationship

4.Connect the original medical functions to improve medical efficiency

6.Final design

The shared hall can be used as a corridor connecting the hospital area and the treatment base at ordinary times During the epidemic, it can be used as a barrier to isolate the hospital area and the treatment base The inpatient department of the treatment base is set on the north side to maintain a 90-meter line of sight buffer from the original inpatient building

Set up a shared hall in the medical technology building and the medical technology department of the major epidemic treatment base to increase the efficiency of medical treatment Set up courtyards in the center of major epidemic treatment bases to optimize ventilation and lighting

People's hospital of Ningxia Hui Autonomous Region major epidemic treatment base project

parking (under construction)

Inpatient Department

People's hospital of Ningxia Hui Autonomous Region major epidemic treatment base project

宁夏回族自治区人民医院重大疫情救治基地项目设计方案

PROGRAM

Medical Technology Department

Inpatient Department

Shared hall

Current campus Inpatient Department Medical Technology Building L10-11 Eye Ward 30 beds

L8-9 general ward 40 beds L7 Chest Ward 40 beds L6 Chest Ward 40 beds equipment room

Medical Technology Department L5 Central Surgery Blood Bank L4 Surgical ICU 20 beds Internal Medicine ICU 25 beds L3 NICU 20 bed CCU 20 bed

L2 Endoscopy Center, Sleep Center, Physical Examination L1 Intestinal Clinic, Fever Clinic, Testing Center PCR

underground B1 Parking, warehouse, equipment room B2 Parking, warehouse, equipment room

underground

Overall medical planning

The treatment base is composed of underground space, medical technology department, and inpatient department

Medical Technology Department

Inpatient Department

Shared hall

Current campus Medical Technology Building

Medical Technology Department L5 Central Surgery Blood Bank

Inpatient Department

L4 Surgical ICU 20 beds Internal Medicine ICU 25 beds

L3 NICU 20 bed CCU 20 bed

L2 Endoscopy Center, Sleep Center, Physical Examination Center

L1 Intestinal Clinic, Fever Clinic, Testing Center PCR

地下

Shared hall

Current campus Medical Technology B

Building

DEDICATED CIRCULATION Clean product elevator Medical elevator Dirt elevator

Patient elevator Visit elevator

L10-11 Eye Ward 30 beds

Medical elevator

Dirt wash

Medical elevator L8-9 general ward 40 beds

L7 Chest Ward 40 beds

B1-Clean product

Dirt storage

L6 Chest Ward 40 beds equipment room

B2-Dirt storage

B2-Morgue Elevator for physical examination Clean dirt separation

The clean elevator is separated from the dirty elevator, and the mortuary is set up, the dirt, and the garbage room is close to the dirt ladder to shorten the waste circulation

Vertical separation of doctor and patient The medical elevator is separated from the patient elevator, and a special elevator for medical examination is installed to reduce crossover

USUAL VS EPIDEMIC

USUAL

Negative pressure surgery

EPIDEMIC

Corridor closed

Physical examination

L5 central surgery

L5 Negative pressure surgery

L4 Surgical ICU Internal Medicine ICU

L4 Deactivate

L3 NICU CCU

L3 Deactivate

L2 Physical examination

L2 Medical living area

Endoscope

L1 test, imaging, outpatient

Corridor closed

Medical living area

L1 inspection, image

Corridor closed

test

Intestinal clinic, fever clinic

B1 parking, machine room parking

l ica ed

M B1 Warehouse

t en

Pa t

ien

Cleaning supplies

medical technology function partition

Division of medical technology functions during an epidemic Medical Patient

USUAL EPIDEMIC

Rescue base

Rescue base Closed connection area Form a 20m sanitary distance

Current Medical Technology Building

Inpatient Department of Rescue Base

Corridor

Inpatient Department of Rescue Base

Current Medical Technology Building

Medical Technology Department of Rescue Base

Hall on the first floor

Usual corridor

Sanitation distance during the epidemic

The current medical technology building and the infection building medical technology department are connected by a shared hall The first floor is a shared hall, rest area, and medical guidance The second to fifth floors are corridors

During the epidemic, the shared hall was temporarily closed to form a sanitary separation

USUAL L5 central surgery

L5 negative pressure surgery

L10-11 Eye Ward 30 beds

L10-11 negative pressure ward 30 beds

L8-9 general ward 40 beds

L8-9 Respiratory Ward 40 beds

L7 Chest Ward 40 beds

L7 RICU 20 beds

L6 Chest Ward 40 beds Equipment room

L6 RICU 20 beds Equipment room

Inpatient functional zoning Medical Patient Dirt

EPIDEMIC

Doctor activity area Patient activity area

Inpatient functional zoning during the epidemic period Medical Infected

contaminated area semi-contaminated area clean area

05 THE FIRST PEOPLE'S HOSPITAL OF LIANGJIANG NEW AREA RECONSTRUCTION AND EXPANSION OF THE PEOPLE'S HOSPITAL _Professional Work _Date: 2020 September-2021 January _Duration: 5 months _Location: Chongqing City, China The phase of architecture design: Construction

RENDRINGS

06 M + ARCHIGRAM CITIES WALKING CITY _Professional work: Drawing Architecture Studio _Date: 2019 December-2020 January _Duration: 2 months The phase of project: Published

06 M + ARCHIGRAM CITIES PLUG-IN CITY _Professional work: Drawing Architecture Studio _Date: 2019 December-2020 January _Duration: 2 months The phase of project: Published

06 M + ARCHIGRAM CITIES FLOATING CITY _Professional work: Drawing Architecture Studio _Date: 2019 December-2020 January _Duration: 2 months The phase of project: Published

07 CHONGQING JUNGLE FACADE OF CHONGQING MERCHANTS JINSHAN YIKU _Professional work: Drawing Architecture Studio _Date: 2020 November-2020 December _Duration: 2 months _Location: Chongqing City , China The phase of project: Published