Qing sun work sample

WORK SAMPLE 2009-2016

QING SUN M. Arch University of Michigan

T: 734 (834) 8033 E: sunqing@umich.edu Address: 2200 Fuller C.t Apt 413 B, Ann Arbor, Michigan, 48105

PAUSE POINT Instructor: Claudia Wigger Site: Singapore Time: 2015.01-2015.04 Typer: Acdemic Cooperation Partner: Yingjing Ma, Gaurav Sardana

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CONCEPT: To maintain the vibrancy of the villages and to achieve the density of the urban context, the idea of the design is to invite streets into middle and high-rise buildings. On the other hand, two types of units are developed from the original street residential prototype of Singapore, the shophouses and the bungalows.

Combining these two aspects, a new living typology is generated: living a street life in the high-rise building.

The tower as one result of the combination is designed in-depth. The street is running along the inner side of the two bands of the tower from the top floor to the ground, connecting all the communal spaces and units.

Each unit can also contribute and participate in the street life by individualizing their own interaction room.

With multiple activities happening on the streets, the tower is activated and thus serves as the incubator of the collective community.

Building Section AA Section Showing ‘Void Decks’ Interspersed Across Building

Building Ground Floor Plan Showing Relationship with Surrounding Street

1 m : 100 m

1 m : 100 m

PLANTED TERRACE

LIGHT SPORT localised void decks are planned as semi-outdoor + semi-public spaces interspersed across the building and serve as pause points

A

BRIDGE CONNECTOR

DAYCARE

PRIMARY STREET DN

2.5 meter offsets allow building interior to open up for air and void decks

fashion store DN

gallery

FLEXIBLE RETAIL

BRIDGE CONNECTOR convenient store book store cafe

UP

VOID DECK

UP

UP

UP

cross connections across building bays open into void decks to allow for spontaneous interactions

DN

FLEXIBLE RETAIL DN

ENTRANCE LOBBY

digital products store

DN

DECK CONNECTOR INNER STREET

B

B DN

2.5 meter offsets occur every eight storeys

DN

children game corner

ENTRANCE LOBBY

DN

DN

TERRACE GARDEN

COMMUNITY CENTER

DN

UP

UP

management office

STAIRCASE CONNECTOR

UP

void-decks are planned to be built as per users’ collective requirements

multi-purpose room UP

community exhibition

DN DN DN

DN

TERTIARY STREET

EXERCISE

PRIMARY STREET TERTIARY STREET ENTRANCE LOBBY A

Ground Floor Plan

Section 3

Circulations DANCE PIANO CLASSROOM

FITNESS

SECOND FLOOR

SECOND FLOOR

GARDEN

ENTERTAINMENT ROOM

11 .5

M

14

M

Wet Wall and Plumbing

SHOP

CHILDREN GAME ROOM

FIRST FLOOR 5M

FIRST FLOOR

SHOP HOUSE UNIT

7.5 M

INTERACTION ROOM

BUNGALOW UNIT Cluster and Unit Type

Unit Isometric Drawing

System Diagram

2.5 m STREET 11.5m or 14 m UNIT

200 noon sun 8 mm fixed glazing panel

25 mm partition walls to allow bedroom 2 to be combined with study

bedroom 2

200 mm brick infill wall

lounge

sliding door

10 mm glazing within aluminum channel, as operable window

bedroom 1

terrace 3

2600

terrace 2

morning and evening sun

200 mm thick RC parapet Wall 5mm glass panel embedded

1.8 m cantilvered slab in reinforced cement concrete

reinforced cement concrete two-way slab spanning 5 m

slide-fold door

200

plexi-glass sheet between aluminum mullion system acting as translucent wall 2600

terrace 1

200 2 1/2’ Roving Wall deck 1800

4

living

dining 3000

3000 currently

snack-bar counter

‘interaction room’ kitchen 3000 currently

200

music - coaching

corridor-street

3000

2500

1 m : 25 m

Unit Section

230 x 75 mm Stone Coping 200 mm Thick RC Parapet Wall 2 coats of Exterior Water proofing Emulsion

terrace Aluminum Channel with Aluminum Brackets at 1 m c/c Aluminum Flashing

25 mm China-Mosaic Flooring 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 20 mm Vapor Retarder 200 mm Reinforced Cement Concrete Slab 2-coats of Velvet-finished Paint

BUILDING ROOFTOP

5 mm Glass Embedded in a 20 x 20 mm Side-Hung Window 300 x 20 mm Timber Sill 10 mm Timber Nosing 200 x 50 mm Timber Joist

bedroom

1250 mm Cantilever

SECOND LEVEL - RESTING 25 mm Terazzo Flooring 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 200 mm Reinforced Cement Concrete Slab 2-coats of Velvet-finished Paint 400 x 200 mm RC Beam Embedded in RC Slab 50 mm wide Aluminum Channel for Sliding-Folding Panels

230 x 75 mm Stone Coping 200 mm Thick RC Parapet Wall 2-coats of Exterior Waterproofing Emulsion 5 mm Glass Panel Embedded

FIRST LEVEL - LIVING

deck

UNIT TYPE: LOFT-STUDIO

living

30 x 100 mm Timber Planks 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 200 mm Reinforced Cement Concrete Slab 2-coats of Velvet-finished Paint 50 mm wide Aluminum Channel for Sliding-Folding Panels 125 x 80 mm Timber Joist Screwed to RC Slab

350 mm Soil Fill

120 mm Sand & Gravel Mixture 15 mm Filter Membrane (Sloped @ 1:100) 25 mm Water-Proofing Membrane Layer 175 mm Sunk RC Slab

SECOND LEVEL - RESTING

bedroom 25 mm Terazzo Flooring 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 200 mm Reinforced Cement Concrete Slab 2-coats of Velvet-finished Paint

50 mm wide Aluminum Channel for Sliding Panels 125 x 80 mm Timber Joist Screwed to RC Slab

FIRST LEVEL - LIVING deck

living 30 x 100 mm Timber Planks 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 200 mm Reinforced Cement Concrete Slab 2-coats of Velvet-finished Paint 50 mm wide Aluminum Channel for Sliding-Folding Panels 125 x 80 mm Timber Joist Screwed to RC Slab

UNIT TYPE: SHOPHOUSE

SECOND FLOOR

corridor-street

COMMON SPACE: STREET

10 mm Astro Turf at Every 3 Meters 25 mm Cement Mortar 40 mm Sound & Thermal Insulation 200 mm Reinforced Cement Concrete Slab

FIRST FLOOR

entrance lobby

10 mm Unpolished Stone Tile 20 mm Cement Mortar 150 x 75 mm Brick Laid Vertically 200 mm Reinforced Cement Concrete Slab 400 x 200 mm RC Beam embedded in RC Slab

GROUND LEVEL

BASEMENT

parking

BASEMENT LEVEL 200 mm Reinforced Cement Retaining Wall 20 mm Polymer-Modified Asphalt Membrane 25 mm Diameter Seepage Drainage Pipe 750 mm RC Foundation(based on Structural Engineering Calculation)

200 mm Reinforced Cement Raft Slab 20 mm Polymer-Modified Asphalt Membrane 125 mm Plain Cement Concrete Grade Slab Soil Base

Axonometric Wall Section 5

Site Plan

Regeneration Instructor: Roy Strickland Site: New York Time: 2015.09-2015.12 Typer: Acdemic Independent CONCEPT: As a reconstucted project located in Sunnyside Yard, Queens, New York, the idea of this urban design plays not only one connection between Manhattan and Queens, but also the catalyst to stimulate surrounding area. Using a green belt to collect and form a larger public space to invite people participate including dispersed several parks and surrounding neighborhood. As for the site use, it is considered to be a walkable and convenient region maintaining multi-program of living, working and playing. So this site is mix-used blocks of commercial and residential as well as major circulation of people is public transportation. Besides, considering of surrounding neighborhoods' requirement, there are several institutional settings according to original location of schools, university and museums.

Museum

Kindergarten Woodside Houses

QueensBridge Houses

Elementary School

Theme Park Playground

Riverside Park

Sunnyside Garden

Long Island Station Library Business Center Transit Hub

Concept Diagram

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University Complex Parks

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Perspective View1 5

Perspective View2

N 1”=50’ Site Plan: Focus Area

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5 Focus Area Plan

Perspective View3

1”=50’

5-5 Section

1”=50’

6-6 Section

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Section 01

Breath & Rebirth Instructor: Ming Luo Site: Chongqing, China Time: 2012.05-2012.07 Typer: Acdemic Independent CONCEPT: In many historic region, there are lots of old buildings to determine whether be demolished or preserved. In the case of some buildings with neither long nor short history such as those 20th century buildings, the best way is keeping some parts and reconstructing the rest in the original site. According to local environment conditions and materials, the concept of mountains and the pattern of bricks have been came up. Besides, this project is located in a hot and moist city, so it’s important to use local weather condition to improve building’s inside microclimate in a low carbon way.

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Perspective View1

Perspective View2 RECONSTRUCTION PROCESSS

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Average temperature of each month in Chongqing

Environmental Analysis

Section Perspective View

10

Average humidity of air of each month in Chongqing

Wind

winter

water use

summer

Wall Section Detail

Wall Composition

Section 02

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Hidden

CONCEPT: This theater design is located in Central South University, near the stadium of CSU. Because this site is in the east of Yuelu Mountain and west of Xiangjiang River, to infuse with environment, the whole design is a big slope from east to west. So main idea is most based on the baseline from the stadium to the in-campus river. Students in this Instructor: Weiding Li university and people around the site used to sit on the lawn, play with a lot of people and enjoy the view of Site: Changsha, China the small river near this site. Thus, this site is remained most of the land of lawn and dug into underground for Time: 2013.03-2013.05 Typer: Acdemic Independent theater. People could still sit on the lawn of the slope without changing much of the view on the ground.

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T: 734 (834) 8033 E: sunqing@umich.edu Address: 2200 Fuller C.t Apt 413 B, Ann Arbor, Michigan, 48105