Interior Design - Design Book of The Green Market by EricaZeng

01. Concepts 1.1 1.2 1.3 1.4

Background Research of Vegetarian Background Research of Urban Farming Concept of Green Market Questionnaire Survey for Green Market

02. Site Information 2.1 Background History of Site Building 2.2 Existing Photographs 2.3 The Engine Yard 2.4 Site Analysis 2.5 Existing Plans & Sections

03. Design Process 3.1 Inspiration 3.2 Design Idea 3.3 Initial Proposal 3.4 Formative Proposal 3.5 Further Developed Proposal

04. Final Proposal 4.1 Spatial Drawings of Final Proposal 4.2 Structure and Circulation 4.3 Programs

05. Construction Detailing 5.1 Main Space "Staircase" 5.2 Hydroponics Box 5.3 Display Shelf

06. Final Impression 6.1 Rendering Images 6.2 Material Strategy 6.3 Funiture Selection 6.4 Lighting Strategy

- Background Research of Vegetarian - Background Research of Urban Farming - Concept of Green Market - Questionnaire Survey for Green Market

CONCEPTS

What is Vegetarian? Vegetarians and vegans don’t eat products or by-products of slaughter. They don’t eat any foods which have been made using processing aids from slaughter.

Proportion of Vegetarian? 8% of the world population identifies as vegan, vegetarian, or something in between. According to the ‘The Food & You’ survey run by the Food Standards Agency (FSA) and the National Centre for Social Science Research, there were 150,000 vegans in 2014. In 2020, there are around 720,000 vegans in the U.K. counting as almost 1.2 per cent of the country’s total population. The number of people who go veggie has rapidly increased.

Benefit of Vegetarian Lifestyle Vegetarian food has a much lower impact on our environment. Vegetarian food can be really good for your health. Vegetarian food is better for animals.

"Grow Your Own" Why "Grow Your Own" is designed as one of the most important programs in the Green Market? - Through the reseach, I found that In 2006, the City of Edinburgh Council opened Bridgend, with 62 plots. This heralded a turnaround in provision, reflecting the increasing demand for food that is produced locally. Edinburgh Council have responded well by instituting a programme of developing new allotment land. With the demand for allotment land for growing, Green Market is going to make a positive response to the local council by providing alloment site for local residents to grow their own. - Vegetarian and vegan lifestyles have a strong connection with Sustainability. "Grow Your Own" can help to reduce the carbon emission from transportation and food waste. Therefore, I think that enhance the concept of Sustainability. - From the responds of the questionnaire, 82% of participants would like to take part in the "Grow Your Own" activity.

Urban Farming Method 1 - Hydroponics

Hydroponics is a type of horticulture and a subset of hydroculture, which is a method of growing plants, usually crops, without soil, by using mineral nutrient solutions in an aqueous solvent. Plants commonly grown hydroponically, on inert media, include tomatoes, peppers, cucumbers, strawberries, lettuces, marijuana, and model plants like Arabidopsis thaliana. Hydroponics offers many advantages, one of them being a decrease in water usage for agriculture which means it is a sustainable method of growing plants. Reduce use of water can help to prevent water shortage problem. Which make the interior design of the market become sustainable. There are 9 different Hydroponics techniques, static solution culture, continuous-flow solution culture, aeroponics, fogponics, passive sub-irrigation, ebb and flow (flood and drain) subirrigation, run-to- waste, Deep water culture, rotary hydroponic garden.

Urban Farming Method 2 - Raised Bed Gardening

Raised beds lend themselves to the development of complex agriculture systems that utilize many of the principles and methods of permaculture. They can be used effectively to control erosion and recycle and conserve water and nutrients by building them along contour lines on slopes. This also makes more space available for intensive crop production. They can be created over large areas with the use of several commonly available tractor-drawn implements and efficiently maintained, planted and harvested using hand tools. Raised beds produce a variety of benefits: they extend the planting season, they can reduce weeds if designed and planted properly, and they reduce the need to use poor native soil. Since the gardener does not walk on the raised beds, the soil is not compacted and the roots have an easier time growing. Waist-high raised beds enable the elderly and physically disabled to grow vegetables without having to bend over to tend them.

9 Easy and Delicious Vegetables to Grow

Radishes

Cucumbers

Lettuce

Green Beans

Beets

Zucchini

Carrot

Bell Peppers

Pumpkins

Reference comes from the website: https://www.goodhousekeeping.com/home/ gardening/g32699516/easiest-vegetables-to-grow/

Questionnaire Survey for Green Market 104 residents has took part in the questionnaire survey, the report has been shown as pie charts below:

Why designing Green Market? (Market+Social) What is Green Market? - Vegetarian, Vegan, Urban Farming... - It is a market space and community area for local residents and vegetarians who prepare to go veggie to buy ingredients, study what is vegetarian diet and how to eat vegetarian diet correctly, as well as social. - This is also a place to encourage meat-eaters to go a short-term vegetarian diet in order to protect the enviornment because eating a vegetarian diet can reduce climate polution and prevent more animals from die in fear and pain. - Some veggies have the vegetarian diet incorrectly which may lead to a imbalanced diet， for example, an imbalanced diet will lead to anaemia which make people feel headache and ill. There should be a place to provide a education of how to be healthy vegetarain diet. - Also there are quite many people misunderstand what is vegetarian, they thought it is unhealthy diet which damage our body health and un-delicious. The Vegetarian Market will be a good place for people to understand vegetarian correctly and get a chance to taste some delicious vegetarian drinks and meals here. - Last but not least, the Green Market will aim to offer local residents a place to grow their own food and rent the land for them to have their own garden. This aim also meet the goal of local government. What is more, grow locally can help to promote sustainable development because of reduction in transportation and waste.

SITE INFORMATION - Background History of Site Building - Existing Photographs - The Engine Yard

02 - Site Analysis

- Existing Plans & Sections

Site - Shrub Hill Tram Depot

Location: Shrubhill Tramway Workshops And Power Station,Shrub Place Lane, Leith Walk, Edinburgh

Site - History Background

Stables and workshops of the EST opened

1871

1898

The building became a garage for Lothian Buses

1956

1970s

Museum closed

Laberly used as a museum, housing preserved double-decker tram No. 35

1980s

2004

Being constructed for “The Engine Yard” designed by LDN Architects

Stables and workshops of the EST opened

Now

The building was sold for development

Site - Existing

Resource from: https://canmore.org.uk/site/174942/edinburgh-leith-walk-shrubplace-lane-shrubhill-tramway-workshops-and-power-station

g Photographs

Future of The Shrubhill Tram Depot LDN Architects have brought forward plans for the conservation element of The Engine Yard at the former Shrubhill Tram depot in Edinburgh, currently being delivered by Places for People. Construction is already underway at the Engine Yard on 376 homes, complete with an on-site gym, which will occupy a long sliver of land which once played host to workshops and an engine room which powered the city’s cable-drawn trams. The images on the right show the future surrounding environment of the Shrubhill Tram Depot, there will be a large community here with homes, gym, shops, restaurants and cafe and so on, which means that the Vegetarian market in the Shrubhill Tram Depot is easy to access and close to residential area. And surrounding environment is pretty nice with lots of plants.

Resource from: https://homestobuy.placesforpeople.co.uk/find-a-home/theengine-yard-edinburgh/#48df573b-b970-822a-777f-fca0918b5403

Site Anaylsis Diagram

The diagram shows the distance and time to arrive to the site building by different transports.

Sun Path The study of sun path allows me to locate the "Grow Your Own" area to the side of building with more direct sunlight. Therefore, it will provide a more suitable growing environment.

The site is located in Edinburgh, UK which means that the sun always comes from South end as the diagram shows. The sunlight from the East and South side is the strongest. However, the existing South-East elevation of the building is blocked by the bricks. Therefore, this sun path assume that the East-North and South West side of the building is suitable for growing plants. This helps me to design my layout in the following design.

Groun

BH 2.10 23.89

24.01

BH 2.17 Burned Window

Board

H 2.28 S 1.47

Board

H 2.29 S 1.46

23.28

22.43

H 2.29 S 1.46

Board

Existing Ground Floor Plan 22.48

Board 25.44

BH 2.07

The plan of the Shrub Hill Tram Depot is a rectangular shape. There are arch openable windows on three sides of the building, while windows on one side are blocked by bricks. There is a large entrance at the right conner as a garage entrance. There are four double vertical columns in the centre of the building to support the roof structure. One of the main characteristics of the building is "symmetric" which influence my design in the following processes.

Ladder

22.55

22.43

Ramp

There is only one floor level in the existing building, the height of the building is 15 meters which equals to there stories height. 23.03

22.43

23.03 22.43 Ramp

23.77 Board 26.42 23.27

23.15 23.47

LDN

57 59 Bread Street Edinburgh EH3 9AH T: 0131 222 2900 F: 0131 222 2901 E: architects@ldn.co.uk

Architects

Job Title:

1734 THE ENGINE YARD Drawing Title:

nd Floor

EXISTING EXISTING GROUND FLOOR

Ground Floor

Drawing Status: Bricked

Bricked

Window

H 2.28 S 1.47

H 2.29 S 1.46

Board

27.74

S 1.02 H 2.46

S 1.04 H 2.44

Drawing Number:

BH 1.89

H 2.28 S 1.47

LISTED BUILDING CONSENT 27.74

27.74 S 1.01 H 2.46

H 2.29 S 1.46

L(LBC)004 A

Partition

21.83

Bricked

Scale:

Date:

Drawn:

1:100 @A1 1:200 @A3

06/04/18

DH 3.38

Window

21.82

Covered Door 22.43

28.04

DH 2.16

22.43

31.69

28.04

Revisions: * 24/05/18 KS - Issued for LISTED BUILDING CONSENT

BH 3.62

A 06/12/18 CH - Issued for LISTED BUILDING CONSENT

Void Above

BH 1.80

23.97 27.76 BH 2.51

27.75 27.74

27.74

H 2.04 S 1.46

22.43

27.74

S 1.72 H 1.71

Covered Window

22.43

27.74

BH 1.99 BH 2.51

21.86

28.11

BH 2.70

Covered Window

S 1.29 H 2.10

32.29

22.96 22.43

21.91

27.72

27.71 BH 5.19 27.71

27.72 BH 5.19 27.72

22.43

BH 5.19 27.72

Ramp

Covered Window

21.88

S 1.19 H 2.18

Void Above

21.86

28.11

28.11 32.28

Ramp

22.43 22.53

23.06 Covered Window

21.87

S 1.75 H 1.64

22.43

Cover

21.85

Restricted Visibility 22.76

22.77 22.78 21.91

24.36 22.15

25.51

27.75

27.75 BH 3.36 Covered Door DH 3.00

22.46

22.45 DH 1.96

22.75

38.14 37.83

37.79

37.59 Void

36.86 36.72

Void

36.66

36.58

35.77

35.63

35.35 Void 34.28

32.76

Brick Brick Coursing Point Stone

Stone

30.74

Stone

30.74

Stone

Brick Coursing Point Brick

Brick

Brick Coursing Point

29.67

Stone

Brick Coursing Point

27.95 Brick Coursing Point

27.95

Brick

27.95

Brick

Damaged Boarded

Brick Coursing Point

Window

Boarded

Window

26.36

26.25 26.36

Stone

26.36

Stone

26.11

Boarded

Brick Coursing Point

Window Bricked

Bricked

Window

Window Bricked

Boarded Brick Coursing Point

Window

Brick

Bricked

Window

Bricked Mirror

Brick

Window

24.51

Bricked

Brick

Brick Coursing Point

Window

Brick

Stone

Board

Existing External Elevations

22.94

22.92

Stone Basecourse Board

22.92

22.94

22.43 Stone Stone

22.08

Stone

22.00

21.75 21.45

The external elevations of the existing building, the round-arch windows and circular windows are the main characteristics of the building. 38.17 37.84

37.81

37.59 Void

36.88 36.72

Void

36.68

36.60 35.79 35.65

35.37

34.50

Void 34.30

Brick Coursing Point

32.78 Brick Coursing Point

Brick Coursing Point

Brick Coursing Point 30.75

Brick Coursing Point

30.75

Boarded

Window

29.68

Brick Coursing Point

Concrete

Brick Coursing Point Demolished Wall

Brick Coursing Point 26.42

Damage Brick Coursing Point

Brick

The external elevations of the existing building, the round-arch windows and circular windows are the main characteristics of the building.

Brick Coursing Point Board

Brick

Brick Coursing Point 23.47 23.27

22.79 22.96 Concrete 22.43 Brick Board

Concrete

22.43 22.12

22.12

Concrete

22.43 22.12

21.46

Concrete

20.90 20.50

20.06

19.58

19.62

19.65

19.67

LDN

57 59 Bread Street Edinburgh EH3 9AH T: 0131 222 2900 F: 0131 222 2901 E: architects@ldn.co.uk

Architects

Job Title:

1734 THE ENGINE YARD Drawing Title:

EXISTING BIG SHED EXTERNAL ELEVATIONS 38.17 37.83

38.17

37.79 Brick Coursing Point

Drawing Status:

37.59 Brick Coursing Point

Void

Brick

36.88

Brick

36.88

36.72

36.66

Brick Coursing Point

36.58

LISTED BUILDING CONSENT

Brick Coursing Point 36.20

35.77

36.20 Brick Coursing Point

35.63 35.42

Drawing Number:

35.42

Brick Coursing Point

35.35

35.17 Void

35.17

Brick

Stone

Brick

34.35

34.28

34.50

34.35

Stone

L(LBC)007 A

Stone

34.20

Brick Coursing Point

34.20 33.49

Brick

Brick Coursing Point

Scale:

Date:

Drawn:

1:100 @A1 1:200 @A3

06/04/18

Brick Coursing Point

Brick

Brick Coursing Point 32.76

32.77

32.76

32.77

32.76

Brick Brick Coursing Point

Brick Coursing Point Brick Coursing Point

Stone Damage

Damaged

Stone

30.74 Brick Coursing Point

30.75

Brick Coursing Point

Stone

Brick Coursing Point

Stone

Window

30.75 Brick

Brick 29.68 Brick Coursing Point

29.67

30.75

Boarded

Window

29.68

Damaged

Brick Coursing Point

30.75

Boarded

Brick Coursing Point

29.68

Window Brick Coursing Point

Stone

Brick Coursing Point

Revisions: * 24/05/18 KS - Issued for LISTED BUILDING CONSENT A 06/12/18 CH - Issued for LISTED BUILDING CONSENT

Brick Coursing Point 27.95

27.95

Brick

Demolished Wall

5 Brick

Brick Brick Coursing Point

Brick Coursing Point Stone

Stone

26.36

Stone

26.36

Boarded

Brick

Boarded

Brick Coursing Point

Window Brick Coursing Point

Brick Coursing Point

Stone

25.37

Window Brick Coursing Point

Brick

24.55

Wall

Brick 23.27

Stone Basecourse

Brick Coursing Point Brick

Concrete

Concrete 22.43

Brick Coursing Point

23.27

Brick

Concrete

Stone Basecourse

23.36

23.69

23.28

23.23

22.92

24.06

Demolished

Brick

22.48

22.37

Brick

22.24

22.14 Brick Coursing Point

21.89

21.49

Brick Coursing Point

Restricted

Brick

Visibility

Brick Coursing Point

20.04

20.06

20.00

19.94

19.92

20.06

19.86

19.83

19.58

NORTH WEST ELEVATION

SOUTH WEST ELEVATION

38.14

38.10

38.10 37.84

37.81

37.59 Brick Coursing Point

Void

Brick

Brick Coursing Point

Brick 36.86

36.86

36.72

36.68

36.60

Brick Coursing Point

35.79 35.65

36.22

36.20

35.44

35.42

Brick Coursing Point

35.37

Brick Coursing Point 35.19

Void

Brick

35.17 Brick

Brick

34.37

34.30

34.35

Stone

34.22

Brick Coursing Point

Brick

34.20

Brick

Brick Coursing Point

Brick

Brick Coursing Point

Brick Coursing Point 32.79

32.78

32.77

32.76

Brick Coursing Point

Brick Stone

Brick

Brick Coursing Point

Stone

Brick Coursing Point 30.75

Stone

30.74

Brick Coursing Point

Stone

30.74

29.67

Stone 30.74

Brick Coursing Point

Boarded Brick

Brick

Window

Brick Coursing Point 29.68

29.67

Brick Coursing Point

Stone

Brick Coursing Point

Damage

Brick Coursing Point

Damage Concrete

28.19

27.85 27.95

Brick Coursing Point Concrete

Brick

27.95

Brick Coursing Point

Concrete Brick Coursing Point

27.47

27.46

Board

Brick Coursing Point

Board

Brick Coursing Point

26.36

Brick Coursing Point

Board

26.36

Stone

26.11 Brick Coursing Point

Brick Coursing Point

Stone Basecourse

Stone

Brick Coursing Point

Bricked

25.77

Window Brick Brick Coursing Point Board

24.36

Brick

22.75 Stone 22.48

22.92

Mirror

Brick 22.92

22.53 22.35

Brick

Brick Coursing Point

Brick 22.92

Brick 23.97

23.89

22.42

22.35

22.92

Stone Basecourse

22.42

22.48

Stone 21.91

22.12 21.57 21.45

Board 20.50

SOUTH EAST ELEVATION

NORTH EAST ELEVATION

32.09 31.53

Brick Stone

Brick

31.79

31.53

Brick

31.61

Stone

31.61

30.77

Brick

Brick Boarded Window

Stone

Brick

31.79

31.61

30.77

30.97

Brick

Stone

Boarded

Window

Boarded

Window

Brick

Boarded Window

Stone Brick

Brick

28.02

Brick

Stone

Brick

29.52 29.64

Brick

29.64

28.02

Brick

EJB's

Damaged Window 26.36

26.36

26.18

26.11

26.18 Board

Brick

Board

25.20

Brick

Burned Brick

24.01

Brick

Window

Brick

23.89 23.59 Board Concrete 23.22

Board

Brick

22.43

22.22

22.20

22.12

22.23 EJB's

21.49 Brick Brick

Brick

20.73 20.19 20.04

20.19

20.03 19.71

19.71

19.69

Brick 19.44

19.44

Existing Internal Elevations The internal elevations of the existing building, the round-arch windows and circular windows are the main characteristics of the building. On the South-East internal side, the round-arch windows are blocked by bricks, and there is a large garage entrance on the North-East internal side of the building.

32.12 31.53

Brick Stone

Brick

31.79

31.53

Brick

31.61

Stone

31.61

30.98

Brick 31.61

30.78

Brick

Stone

Brick

31.79

31.61

30.78

Stone

Brick

Stone

Brick

29.52

29.65

Brick

29.65

28.13

27.92

Brick

27.46 Brick

25.17

Brick

24.36

25.19

25.45

Brick

22.53

Brick

25.47

Brick

22.43

22.25

Brick

22.25 22.11

Board

22.25

22.10

22.12

22.10

Brick

22.10

Brick

22.25

Concrete

22.25

22.10

Brick

20.50

19.65

Brick

22.12

22.10

Brick

22.25

22.10

Brick

22.12

22.10

Brick

22.10

Brick

20.50

19.64

Concrete

19.62

Concrete

Con

LDN

57 59 Bread Street Edinburgh EH3 9AH T: 0131 222 2900 F: 0131 222 2901 E: architects@ldn.co.uk

Architects

Job Title:

1734 THE ENGINE YARD Drawing Title:

37.59

Brick

36.68

36.66

36.24

35.46

35.37

31.79

30.77

Stone

Stone 34.24

34.07

Brick

30.97

Brick

Stone

Brick

34.24 34.05

34.05

Brick

Window

Stone

Brick

Drawing Number:

Brick

32.80

Boarded

Brick 34.39

Stone

34.33

Stone

31.61

LISTED BUILDING CONSENT

35.35 35.21

Brick 34.39

34.42 31.53

Brick

Drawing Status:

35.35

35.21 Brick 32.09

EXISTING BIG SHED INTERNAL ELEVATIONS

L(LBC)008 A

32.80

Brick

29.52

32.41

29.64

32.41

Brick

32.08

Brick

32.41

Brick

32.41

Brick

32.41

Brick

31.96

32.41

Brick

31.96

Brick

32.41 Brick

Brick

32.41 Brick

Brick

32.09

31.53

31.75 Stone

Scale:

Date:

Drawn:

1:100 @A1 1:200 @A3

06/04/18

Stone 31.18

30.78

Brick

28.02 Stone

Stone

Boarded

Window

Boarded Stone

Window

Brick

29.65

Damaged 29.52

Brick

29.65

Brick

29.65

29.44

29.65

Brick

Window

Brick

29.65

Brick

29.65

Brick

29.52

Brick

Revisions:

29.00

26.36

29.00

* 24/05/18 KS - Issued for LISTED BUILDING CONSENT

26.18

28.02

Brick

28.02

28.13

28.02

Brick

Damaged Window

28.02

A 06/12/18 CH - Issued for LISTED BUILDING CONSENT

Brick

Board Brick

23.89 26.36

26.36

Stone

26.36

26.36 Ladder

Stone

26.36

Stone 26.18

Brick

26.18

Brick Brick Brick

22.43

25.37

Brick 22.23

22.12

22.24

22.23

Brick

23.89

Brick

Board 23.69 Brick

Brick 23.03

23.03

Brick 22.55

22.43

19.75

22.50

22.43

19.47

19.46

22.20

22.25 22.11

Brick 21.49 Brick

20.04 19.92 Concrete

19.68 19.44

NORTH WEST INTERNAL ELEVATION

SOUTH WEST INTERNAL ELEVATION

37.59

37.59 Brick

Brick

36.66

36.68

36.66

36.68

36.24

36.26

35.46

35.48

35.35

35.37

35.35

35.37 35.23

35.21 Brick

Brick

Stone

Brick 34.41

34.39 Stone

Stone 34.26

34.24 34.05

34.05

Brick

32.08

32.12

31.53

Brick

34.07

Brick

Brick 32.82

32.80

31.79 Stone

31.61

Brick 32.41

30.78

Brick

32.41

Brick

32.41

30.98

Brick

32.09

Brick

31.96

Brick

32.12

Brick

31.75 Stone

31.53

Brick

Stone

Brick

29.52

31.18

29.65

30.77

Brick

Stone

29.64

30.77 Brick

Boarded

Window

Brick

Stone

29.64 Brick

29.44

29.64 Brick

29.64

Stone

Brick

29.64

Brick

28.13

29.64

Brick

29.00 29.00

28.02

28.13

28.02

Brick

26.42

27.92

Brick

Steelwork 27.46

Brick Board Brick 26.48

26.36

26.36 26.16

Stone

Stone Board

26.18

Brick

Stone

Brick

26.06 25.93 25.77

25.66

Board 23.47

23.77 Brick

Board

Brick

Board

22.88

Brick 23.89

Brick

Board

23.15

24.36 Brick

Brick 23.97

Brick

24.36

Brick

23.89

22.43 Conctere

22.25 22.10

22.12

22.25

22.10

22.11

Brick

Conctere

22.96

Brick 21.57

22.43

21.04 Brick

ncrete

Brick

22.43

22.53

Brick 22.23

22.25 22.11

Brick Brick

19.62

19.68

Concrete Brick

Concrete

19.65

19.47

SOUTH EAST INTERNAL ELEVATION

NORTH EAST INTERNAL ELEVATION

DESIGN PROCESS - Inspiration - Design Idea - Initial Proposal

03 - Formative Proposal

- Further Developed Proposal

Inspiration The inspiration of this project comes from two directions -- The "Park" concept Vegetarian and urban farming are both related to greenery, therefore this inspired me to create a space feel like a park and forest. - The Fibonacci Sequence There is non-visual connection to nature, such as naturally occurring materials, nature elements: a Bee Hive and Fibonacci Sequence. Therefore I am going to use the Fibonacci Sequence in the market design. Two different directions of inspiration elements was combined to form groups of shapes and blocks that work in the space of the Green Market.

Concept Drawing of Green Market

Office Buildings

Educational Buildings

ket

into ning

the

Mar reen

Other Buildings (museums/ shopping centre..)

Residential Buildings

"Park"

Park Facilities: -

Greenary Seating Area Slide Playground Maze Blocks Circular Unit

"Park"

There are many trees and other greenery in the park, I want to transform this into my Green Market. I am going to simplify the shape of trees as the diagrams show above. I am going to use the metal frames in my space, when people walk in the Green Market, they will feel like walking through the forest. Therefore, in my final proposal, there are many vertical metal frames in my space used as shelves, plant walls, partitions ect,. The concept of "Park" is to create a space for people to enjoy a indoor garden, indoor greenery, indoor park facilities. The space is not only for people to grow their own and shopping, but also a space for people and their family come to enjoy their spare time. Children can play in the indoor "park" with different facilities, and old people can come and walk around and chat with their friends. Unlike the outdoor park, which is cold and windy. The indoor park is warn and people can still enjoy the sunshine and the blue sky.

The Fibonacci Sequence Leonardo Pisano Bigollo (1175-1250), known as “Fibonacci”, was an Italian mathematician from the Republic of Pisa who was considered to be one of the most talented Western mathematicians of the middle ages. The Fibonacci Sequence mathematically correlates with the “golden ratio”, which can be considered the physical manifestation of the formula - also represented by the greek alphabetical symbol, Phi (φ). Extracting geometry from the Fibonacci Sequence will maintain proportionate numerical values, even if broken apart into different geometric configurations. As long as the geometry is extracted from the sequence, the “Golden Ratio” spiral can still be examined. Therefore, the layout of the Green Market using the Fibonacci Sequence can helo to create a fluence shape.

Initial Circulation Diagram

Food Kiosk

Cooking Classroom

Dinning Area Nutrition Health Advise Room

W.C.

Grow Your Own Area

Market Area

Staff Area

Storage

The diagram shows the initial circulation and programs I am going to design in the Green Market.

Multi-Use Event Area

Organic Hand-Drawing Proposal (nts.)

Before the starting of CAD drawings, I finished several attempts of hand-drawing spatial layout. In my first attempt, I created a large void in the middle of the building, which make the space feel open and full of daylight. I designed a big staircase in the middle which can also use as seating area for lecture when there is event happening.

Organic Hand-Drawing Proposal (nts.)

I have tried to organize the programs into different floor levels by the noise degree. On the ground floor, market area, event space happens while you go up, more private space like dinning area will happen. On the top floor, staff office, vip rooms, classroom and growing area occur. Therefore, as you go up, more quiet space you will reach.

Initial Zoning Proposal - Plans (nts.)

Initial Zoning Proposal -Sections (nts.)

Section A-A' @Scale 1:200

Section B-B' @Scale 1:200

Section C-C' @Scale 1:200

Section D-D' @Scale 1:200

Rough Sketch Up Model This is the sketch model to present my zoning idea above. I think the big staircase is very impressive in the building. But I think the reception area seems a bit narrow compare to the main staircase. In addition, I think the raised bed garden area is not very impressive, and the space is not big enough to grow in rasied bed.

View from health service area to the opposite side on the first floor

View from event space to the main staircase on the ground floor

Veiw from dinning area to the main staircase on the mezzanine floor

View from dinning area to the main staircase on the mezzanine floor

Formative Proposal I have changed the entrance from the south east side to the south west side, becasue I think that people get into the main entrance, and they can choose to go the reception or other floors staight way without walking across the market space will be a better decision. Then I added a fire exit near the staircase and lift. I moved the staff office to the ground floor which allow staffs can easily access to the market area, and they can use the fire exit door as their main entrance. In addition, I seperated the growing zone and other programs obviously into two sides. But there is still some mixed programs accompany with it, likes dinning area, farming gallery and farming shop. The growing area needs water to grow plants as well as visitors need to wash their hand quite often, therefore I designed a toilet in the growing area in each level. And there will be a separate staircase to connect the growing zone vertically. Because the market is about organic, I tried to soften the edge of the floors to make the building feel likes an organic as well. I designed the raised bed garden area on the top floor because it requires more sunlight to grow, hydroponics way requires artificial light instead of sunlight. Besides, I have designed the cooking classroom near the windows and isolated by walls in order to prevent the smell of cooking will affect the use of other programs. In the multi-use event area, there will be lectures. different event about vegetarian or vegans, and rent for other usage (such as art exhibition, workshops..) happening, there is a storage set to store the chairs. In each floor, I have designed a cleaning storage to store the tools for cleaning.

Farming GalleryFarming Gallery Spiral Stairs

Spiral Stairs

Hyd &D

Hydroponics Area Hydroponics Area Making Workshop Making AreaWorkshop Area W.C.

Farming Shop Farming Shop W.C.

Spiral Stairs

Reception AreaReception Area

Bridge

in Entrance Main Entrance

A' Stairs

Stairs

Green Decoration Green Under Decoration Stairs Under Stairs Life Style Area Pay Area

Market Area

Life Style Area

Void

Pay Area

Market Area

Food Area

Void

Market Area Cleaning Storage

Food Area

Cleaning Storage

Lift

Lift 4

Stairs

Stairs B'

Fire Exit Kitchen Tools Area

Kitchen Tools Area

StorageStaff Office

Storage

Staff Office

Staff W.C.

Staff Changing Room

D' C'

Ground Floor Ground Floor

Ground Floor Floorplan @Scale 1:200

B' Fire Exit

Staff W.C.

W.C. Staff

W.C.

Changing Room

Mezzanine Floor F

droponics Area Dinning Area Spiral Stairs

W.C.

Raised Bed Garden Area

W.C.

Tools Area

Viewing Platform

Void

Nutrition Health Service Room (for 2-5 people)

A Bridge

Stairs

Waiting Area

Food Kiosk 2

Stairs

Stairs Lift

Food Kiosk

Cleaning Storage

W.C.

W.C. Lecture Area

ezzanine Floor

Floorplan @Scale 1:200

Multi-use Event Area Lift

Dinning Area

Nutrition Health Service Room (for 2-5 people)

Void

Nutrition Health Service Room (for 1-3 people)

Void

Bridge

Cooking Classroom

Storage

First Floor

First Floor Floorplan @Scale 1:200

Nutrition Health VIP Service Area

Dinning Area

Market Area

Cooking Classroom (behind)

Lecture Area Multi-use Event Area

Food Kiosk Area (behind)

Rest Area

Dinning Area

Stairs

Market Area

Section A-A'

Cooking Classroom (behind)

Dinning Area

Lift Stairs

Market Area

Food Kiosk Area

Lecture Area Multi-use Event Area

Dinning Area

Market Area

SOUTH EAST INTERNAL ELEVATION

Cooking Classroom

Spiral Stairs

Multi-use Event Area

Viewing Platform (behind)

Bridge Dinning Area

Food Kiosk Area

Raised Bed Area

Dinning Area (behind)

Hydroponics Area &Dinning Area

Bridge

Staff Office

Big Stairs Rest Area

Market Area

Reception

Hydroponics Area Workshop

Section C-C'

Raised Bed Area

Nutrition Health VIP Service (behind)

Cooking Classroom

Bridge

W.C.

Food Kiosk Area

Hydroponics Area &Dinning Area

W.C.

Hydroponics Area Workshop

W.C.

Bridge

Reception

Bridge

Big Stairs Rest Area

Market Area

Dinning Area W.C.(behind)

Lift & Stairs (behind)

Staff Office

Section D-D'

Rough M

In order to explore the interior space, I have made a rough sket started to consider the materials, I put the soild walls as white glass instead. The model is not built in detail, therefore there w around the space and make my space look more interesting rat

View from entrace to the main multi-use staircase on the ground floor

View from farming store to the main staircase on the ground floor

Veiw from hydroponics area to the main staircase on the first floor

View from dinning area to the hydroponics area on the first floor

Model

tch up model to explore how the space will look like. I have not colour while the place that is able to see through, I put the will be miss of doors ect.. I tried to use sketch up model to play ther than lots of soild regular walls.

View from food kiosks to the hydroponics area on the first floor

View from raised bed garden area to the event space on the second floor

Veiw from raised bed garden area to the bridge on the second floor

View from above to the second floor

Further Developed Proposal In my original plans, I have found that the structure (columns and beams) to support the additional floors will cause the aesthetic problem, and the space will be separate into too many spaces so not good to use the space to allocate the programs. So I have developed the design of structure and layout. According to the new structure plan, I am going to rearrange the layout a little bit in order to make the space work efficiency and better. I have designed the columns in a symmetrical way as symmetric is one of the main characteristics of the Shrub Hill Tram Depot.

Main Entrance

Fire Exit

Fire Exit Market Exit

Concept Drawing of Main Space

Taking the market space as a box

Taking a smaller box from the existing box

Inserting plants into the hole and the space becomes a forest-like space

Inserting stairs surround the plants which becomes the main vertical circulation

Ground Floor Floorplan @Scale 1:200

Mezzanine Floor Fl

loorplan @Scale 1:200

First Floor Floorplan @Scale 1:200

Green Market

Elevation A-A' @Scale 1:200 Section A-A'

Elevation B-B' @Scale 1:200 Section B-B'

Elevation C-C' @Scale 1:200 Section C-C'

Elevation D-D' @Scale 1:200

- Spatial Drawings of Final Proposal - Structure and Circulation - Programs

Final Proposal

DRYDEN STREET

E Main Entrance

Main Entrance

Reading Area

Gallery Area

Cafe Area

Stairs

C Fire Exit

Fruit Area

Multi-use Event Space &Green Garden Space

Online Booking Collection Point

Vegetable Area

Wee Shed Vegetable Area Farming Area

Pay Area Glass Lift

Vegetable Area

Cereals Area

Goods Lift

Stairs

Market Area Nuts Area

Storage

Lifestyle Area

Beam & Subproducts Area

Snacks Area

Drinks

Fire Exit Market Exit

Health Care Area

Flavour & Source Area

Frozen Food

Butter & Jam

Lifestyle Area

Frozen Food

A.W.C.

W.C.

Water Service Project Name

The Green Market

Drawing Title

Proposed Ground Floor Plan

Drawing Number

Scale Bar 0

@Scale 1:100 A2

Ground Floor Floorplan @Scale 1:100@A2

001/L(0)010 Xiaoyun Zeng s1728381 University of Edinburgh

DRYDEN STREET

Void

A' Hydroponics

Workshop Area

Workshop Area Stairs

Hydroponics

Void

Hydroponics

Void

Wee Shed Hydroponics

Hydroponics

Glass Lift

Goods Lift

Stairs Void

Storage

Food Counter Hydrop onics A.W.C.

W.C.

Vegetarian Food Buffet Water Service Hydroponics

Hydroponics

Project Name

The Green Market

Drawing Title

Proposed Mezzanine Floor Plan

Drawing Number

Scale Bar 0

@Scale 1:100 A2

Mezzanine Floor Floorplan @Scale 1:100@A2

001/L(0)011 Xiaoyun Zeng s1728381 University of Edinburgh

DRYDEN STREET

Garden Walkway

Children Playground

Slide Rest Area

Rest Area Flexible Raised Bed Growing Area

Flexible Raised Bed Growing Area

Stairs Flexible Raised Bed Growing Area

Tools Collection Point

Waiting Area

Rest Area Nutrition Diet Advise Area

Fixed Raised Bed Growing Area

Glass Lift

Wee Shed

Nutrition Diet Advise Area

Goods Lift

Stairs

Storage

Cooking Classroom Kitchen (preparing food for buffet)

A.W.C.

W.C.

Water Service

Cooking Classroom

Project Name

The Green Market

Drawing Title

Proposed First Floor Plan

Drawing Number

Scale Bar 0

@Scale 1:100 A2

First Floor Floorplan @Scale 1:100@A2

001/L(0)012 Xiaoyun Zeng s1728381 University of Edinburgh

Order Here

Scale Bar 0

Ground Floor Programs: A: Reading Area B: Cafe Area C:Staircase & Multi-use Event Garden Area (behind) D: Gallery Area E: Market Area (behind)

Mezzanine Floor Programs: F: Hydroponics Workshop G: Hydroponics Box

First Floor Programs: H: Flexible Raised Bed Growing Area I: Glass Lift J: Cooking Classroom(behind) K: Kitchen(behind) L: Nutrition Health Advise Service(behind) M: Tools Collect Point

Elevation A-A' @Scale 1:100@A3

Project Name

The Green Market

Drawing Title

Proposed Elevation A-A'

Drawing Number

001/L(0)013

@Scale 1:100 A3

Xiaoyun Zeng s1728381 University of Edinburgh

Ground Floor Programs: A: Storage B: Market Area

Scale Bar 0

Mezzanine Floor Programs: C: Dinning Area D: Food Counter E: Hydroponics Box F: Vegetarian Buffet Area

First Floor Programs: G: Kitchen H: Cooking Classroom

Project Name

The Green Market

Drawing Title

Proposed Elevation B-B'

Drawing Number

001/L(0)014

@Scale 1:100 A3

Elevation B-B' @Scale 1:100@A3

Xiaoyun Zeng s1728381 University of Edinburgh

K J

Take Here

Scale Bar 0

Ground Floor Programs: A: Gallery Area (behind) B: Market Area C: Multi-use Event Garden Area &Main Staircase (behind) D: Cafe Area E: Reading Area (behind)

Mezzanine Floor Programs: F: Dinning Area G: Hydroponics Box

First Floor Programs: H: Flexible Raised Bed Growing Area I: Rest Area J: Tools Collect Point K: Children Playground (behind)

Project Name

The Green Market

Drawing Title

Proposed Elevation C-C'

Drawing Number

001/L(0)015

@Scale 1:100 A3

Elevation C-C' @Scale 1:100@A3

Xiaoyun Zeng s1728381 University of Edinburgh

Ground Floor Programs: A: Market Area B: Gallery Area

Scale Bar 0

Mezzanine Floor Programs: C: Dinning Area D: Hydroponics Box E: Hydroponics Workshop

First Floor Programs: F: Cooking Classroom G: Fixed Raised Bed Growing Area H: Rest Area I: Flexible Raised Bed Growing Area J: Park Walkway

Elevation D-D' @Scale 1:100@A3

Project Name

The Green Market

Drawing Title

Proposed Elevation D-D'

Drawing Number

001/L(0)016

@Scale 1:100 A3

Xiaoyun Zeng s1728381 University of Edinburgh

E H

Scale Bar 0

Ground Floor Programs: A: Reading Area B: Cafe Area C: Staircase D: Multi-use Event Garden Area E: Storage(behind) F: Market Area G: Toilets (behind)

Mezzanine Floor Programs: H: Hydroponics Box I: Hydroponics Workshop J: Dinning area K: Vegetarian Buffet Area

First Floor Programs: L: Rest Area M: Flexible Raised Bed Growing Area N: Tools Collect Point O: Nutrition Health Advise Service P: Good Lift Q: Kitchen

Elevation E-E' @Scale 1:100@A3

G K

Project Name

The Green Market

Drawing Title

Proposed Elevation E-E'

Drawing Number

001/L(0)017

@Scale 1:100 A3

Xiaoyun Zeng s1728381 University of Edinburgh

Ground Floor Program Diagram

Mezzanine Floor Program Diagram

First Floor Program Diagram

CONSTRUCTION DETAILING - Main Space "Staircase"

05 - Hydroponics Box - Display Shelf

1200 95 30 100

2350 300

100 30

3000

1500

2700

7200

4800

Scale Bar

500mm

Main Space Staircase Plan - Scale 1:20 @A1 - I have chosen to do the main space drawing on the staircase design. I showed the surrounding context of the staircase. I am going to explore the construction details, materiality and lighting strategy of the staircase design and how the staircase connect to the surrounding context.

4800

200

Project Name

The Green Market

Drawing Title

Main Space Staircase Plan

Drawing Number

001/L(24)001

@Scale 1:20

Xiaoyun Zeng s1728381

University of Edinburgh

7200

300

3000

1200

2700

2820

2920

3150

1200

2850

325 55

Scale Bar

500mm

2820

1200 1150

1000 680

100

Main Space Staircase Elevation A - Scale 1:20 @ A1 - The Elevation A shows that the main staircase is mainly composed of two parts, one is the single stringer staircase and another one is the metal mesh greenary panel. The metal mesh component does not continue to the top is becasue that the existing ceiling structure is complex and tall, therefore it is not suitable to continue the metal mesh panel to the ceiling. Therefore, the design of the staircase from ground floor to the mezzanine floor and the one from mezzanine floor to the first floor have a bit differences.

1200

- The detail drawings will show how the staircase constructs with the floors in the later drawing. The windows behind the staicase are the windows around the Multi-Use Event Garden Area.

Project Name

The Green Market

Drawing Title

Main Space Staircase Elevation A

Drawing Number

001/L(24)002

@Scale 1:20

Xiaoyun Zeng s1728381

University of Edinburgh

Main Space Staircase Elevation B Scale 1:20@A2

1000

7200

2820 300

3000

1200

2700

2820

2920

55 2350

2820

3150

1200

2850

325 55

Project Name

The Green Market

Drawing Title

Main Space Staircase Elevation B

Drawing Number

001/L(24)003

55 2350

@Scale 1:20

Scale Bar

500mm

Xiaoyun Zeng s1728381 University of Edinburgh

2820

Main Space Staircase Axonometric Diagram

Scale Bar 1:10

Laminated Glass Thickness: 7.5mm

100mm

300mm

500mm

Steel Cable &Metal Shoe Plate

Green Painted Aluminum Finish Window Frame Steel I-Beam Size: W254 x L146mm Thickness: 11mm

Steel I-Bea Size: W25 Thickness:

Welded Wire Mesh Aluminum Handrail

Steel Thread Frame Thickness: 2.1mm Scale Bar 1:5 0

100

Scale 1:10

200mm

Screw Size: R= 4mm

Translucent Resin Thread

Steel Frame Thickness: 2.1mm Translucent Resin Thread Led Light inside the Resin Thread Aluminum Bar

Steel Thread Plate (to support the thread in the bottom)

3000

1500

2700

7200

Steel Frame Thickness: 2.1mm

Steel Frame with Welded Wire Mesh inserts thickness: 2.5mm Steel Cable Scale 1:5 Detail Plan Drawings of the Thread

Metal Shoe Plate

Translucent R

Translucent Resin Thread Steel Frame Thickness: 2.1mm Steel Frame Thickness: 2.1mm Led Light Scale 1:5 Detail Section Drawings of the Thread

Steel Thread Plate

Scale 1:2

Scale Bar 1:2 0 10

50mm

am 54 x L146mm : 11mm

Laminated Glass Thickness: 7.5mm Green Painted Aluminum Finish Window Frame

Welded Wire Mesh Aluminum Handrail

Steel Thread Plate Steel I-Beam Size: W254 x H 146mm

300

Aluminum Bar Led Light in the Bottom of the Resin Thread Steel Frame for Thread Translucent Resin Thread

Main Space Staircase Details 1

Steel Cable & Metal Shoe Plate

- Scale 1:20 @ A1

Steel I-Beam Above Size: W254 x H146mm Thickness: 11mm 4800

Aluminum Bar Steel Thread Plate Steel I-Beam

Led Light Steel Frame Thickness: 2.1mm

Resin Thread Scale 1:5

Scale Bar 1:5 0

100

200mm

Project Name

The Green Market

Drawing Title

Main Space Staircase Details 1

Drawing Number Scale Bar 1:20

500mm

001/A(24)001

@Scale 1:20

Xiaoyun Zeng s1728381

University of Edinburgh

Metal Joint Component Welded Wire Mesh Thickness: 2.5mm Steel Plate for Attachment to Header Concrete Slab Mesh Reinforcement

Aluminum Vertical Support

Shear Stud Metal Deck Profile

Steel Riser Support Size: W20 x L20mm

Thread (see thread detail)

Steel I-Beam Size: W254 x L146mm Thickness: 11mm

Steel I-Beam Size: W254 x L146mm Thickness: 11mm 7200

300

3000

1200

2700

Scale Bar 1:5 0

100

200mm

Scale 1:5

Concrete Slab Mesh Reinforcement Shear Stud Metal Deck Profile Steel I-Beam Size: W254 x H146mm

Welded Wire Mesh Aluminum Frame (to support the metal mesh) Aluminum Handrail Aluminum Vertical Support

LED Light (inside) Aluminum Handrail Aluminum Fixing Plate Aluminum Fixing Aluminum Vertical Support 2920

3150

Scale Bar 1:5 0

1200

Ste Size: W254 Thickne

2850

Scale 1:5 100

200mm

325

Concrete Slab

Concrete Subgrade

Scale Bar 1:20

500mm

Metal Joint Component Welded Wire Mesh Thickness: 2.5mm Aluminum Vertical Support Metal Shoe Plate Concrete Slab Mesh Reinforcement Shear Stud Metal Deck Profile Steel I-Beam Size: W254 x L146mm Thickness: 11mm

Scale Bar 1:5

Scale 1:5

100

200mm

Main Space Staircase Details 2

Green Painted Aluminum Finish Window Frame Laminated Glass Thickness: 7.5mm

- Scale 1:20 @ A1

Welded Wire Mesh (for handrail) Thickness: 2.5mm

Steel Thread Frame &Translucent Rein Thread Steel I-Beam Size: W254 x L146mm Thickness: 11mm

Aluminum Vertical Support

Thread (see thread detail) Steel Riser Support Size: W20 x L20mm Steel Plate for Attachment to Floor

eel I-Beam x L146mm ess: 11mm

Concrete Slab Concrete Subgrade Scale Bar 1:5 0

Scale 1:5

100

200mm

Project Name

The Green Market

Drawing Title

Main Space Staircase Details 2

Drawing Number

001/A(24)002

@Scale 1:20

Xiaoyun Zeng s1728381

University of Edinburgh

Aluminum Handrail Aluminum Fixing Plate Aluminum Fixing Aluminum Frame with welded wire mesh panel inserts 0

Aluminum Handrail

Scale 1:5

Scale Bar 1:5 100

Aluminum Frame with mesh panel inserts

200mm 1000

Scale

0 10

Scale 1:2

Metal Shoe Plate

Steel Ca Size: R=8m Aluminum Handrail Size: R=50mm

Steel Frame with Welded Wire Mesh inse Thickness: 2.5m

Welded Wire Mesh Steel Cable

Steel Thread Frame &Translucent Resin Thread

Steel I-Beam Size: W200 x L200mm Thickness: 11mm

2820

Steel I-Beam Size: W254 x L146mm Thickness: 11mm Finnish: Steel Finnish

Climbing Plants

Aluminum Hand Metal Joint Compon

Steel Thread Fra &Translucent Resin Thre

Metal Joint Component

Climbing Plants the Metal Me Concrete Slab Mesh Reinforcement Metal Deck Profile Steel Beam Size: W200 x H200mm

Aluminum Handrail Thickness: 2mm Aluminum Profile Led POR Led Light Aluminum Fixing

2820

Aluminum Frame with mesh panel inserts

Scale 1:2 Scale Bar 1:2 0 10

50mm

Concrete Slab

55 2350

Concrete Subgrade Steel Thread Frame &Translucent Resin Thread Steel Plate for Attachment to Floor Scale Bar 1:20

Metal Joint Component

Steel Cable Metal Mesh Metal Shoe Plate

Concrete Slab

Scale Bar 1:5 0

100

200mm

Concrete Subgrade Scale 1:5

Concrete Slab 500mm

Concrete Subgrade

Aluminum Frame with mesh panel inserts Metal Shoe Plate Concrete Slab Mesh Reinforcement

e Bar 1:2

50mm

able mm

Steel I-Beam Size: W200 x L200mm Thickness: 11mm

erts mm

Concrete Slab

drail nent

Mesh Reinforcement Metal Deck Profile

ame ead

Steel I-Beam Size: W200 x L200mm Thickness: 11mm

s on esh

Main Space Staircase Details 3

Scale Bar 1:10 0

Scale 1:10

100mm

300mm

500mm

- Scale 1:20 @ A1 Aluminum Frame with mesh panel inserts Metal Shoe Plate for Handrail Steel Thread Frame (to support the resin thread inside) Scale Bar 1:5 0

100

200mm

Scale 1:5

Aluminum Frame with mesh panel inserts Steel I-Beam Size: W254 x L146mm Thickness: 11mm Steel Rise Support Size: W20 x L20mm

Project Name

The Green Market

Drawing Title

Main Space Staircase Details 3

Drawing Number

Scale 1:5

001/A(24)003

@Scale 1:20

Xiaoyun Zeng s1728381

University of Edinburgh

630

370

800

1020

5100

Scale Bar 0

100mm

300mm

500mm

Hydroponics Box Plan - Scale 1:10 @ A2

Project Name

The Green Market

Drawing Title

Hydroponics Box Plan

Drawing Number

001/L(90)004

@Scale 1:10 A2

Xiaoyun Zeng s1728381 University of Edinburgh

- The Hydroponics box is mainly composed of two parts, one is the metal frame structure around the boxes, another one is the Hydroponics Box. The detail of Hydroponics box will be discribed in later drawings.

1025

800

2000 1835

Scale Bar 0

100mm

300mm

500mm

Hydroponics Box Elevation A - Scale 1:10 @ A2 - The Elevation A shows that the Hydroponics box is made of glass and metal frame, and aluminum Hydroponics Tray inside the glass box. There is plant structures hanging down from the ceiling above the Hydroponics Box.

600

125 55 100 105

335

Project Name

The Green Market

Drawing Title

Hydroponics Box Elevation A

Drawing Number

001/L(90)005

@Scale 1:10 A2

Xiaoyun Zeng s1728381 University of Edinburgh

- The transparent laminated glass allows visitors get closer to the greenary and observe the plants inside the Hydroponics Box. There is high-technoloy Hydroponics control machine in the bottom of each box in order to control the light effect, temperature, humidity inside the box.

Hydroponics Box Elevation B Scale 1:10@A2 630

215

265

400

395

2875 215

B 630 1770

630

265 2000

400

2875

370

800

1020

65 1770

2000

5100

Scale Bar 0

100mm

300mm

500mm

Project Name

The Green Market

Drawing Title

Hydroponics Box Elevation B

Drawing Number

001/L(90)006

@Scale 1:10 A2

Xiaoyun Zeng s1728381 University of Edinburgh

Hydroponics Box Axonometric Diagram

Mesh Reinforcement Concrete Slab Metal Deck Profile Steel I-Beam

Steel I-Beam Size: W254 x H146mm

Steel Cable Aluminum Track Aluminum Vertical Support

Aluminum Plant Box Scale Bar 1:5 0

Scale 1:5

Aluminum Frame Steel Hinge 1025

Laminated Glass Thickness: 7.5mm

800 Scale Bar 1:2 0 10

Scale 1:2

50mm

Aluminum Beam Led Light 2000 1835

Laminated Glass Thickness: 7.5mm Aluminum Track Aluminum Frame

Aluminum Hydroponic Box Wheel R=12mm Scale Bar 1:2 0 10

50mm

Scale 1:2

Scale Bar 1:10 0

100mm

300mm

500mm

100

200mm

Steel Cable Aluminum Track Aluminum Vertical Support Aluminum Plant Box

Aluminum Plant Box

- Scale 1:10 @ A1

Steel Hinge Aluminum Frames Laminated Glass Thickness: 7.5mm

Aluminum Door Handle

600

125 55 100

Aluminum Hydroponics Tray

105

335

Hydroponics Control Machine Concrete Slab

Concrete Subgrade

Project Name

The Green Market

Drawing Title

Hydroponics Box Details 1

Drawing Number

Hydroponics Box Details 1

001/A(90)003

@Scale 1:10

Xiaoyun Zeng s1728381

University of Edinburgh

Aluminum Track

Concrete Slab

Aluminum Channel Thickness: 15mm

Aluminum Vertical Support Thickness: 15mm

Aluminum Track

Steel Cable

Scale 1:2

0 10

Scale Bar 1:2

0 10

Scale Bar 1:2

50mm

Aluminum Wheel R=12mm

Aluminum Hydroponics Tray

1770

400

630

2000

265

215

395

2875

100mm

Scale Bar 1:10 300mm

500mm

Concrete Subgrade

Concrete Slab

Hydroponics Control Machine

Aluminum Door Handle

Hydroponics Aluminum Tray

Laminated Glass Thickness: 7.5mm Aluminum Track

Aluminum Frames

Aluminum Vertical Support

Aluminum Track

Steel Cable

630

100mm

Scale Bar 1:10 300mm

Glass Thickness: 8mm

500mm

1020

800

370

Scale 1:2 30

Scale Bar 1:2 0 10

50mm

5100

Hydroponics Box Details 2 - Scale 1:10 @ A1

The Green Market Hydroponics Box Details 2 001/A(90)004 Xiaoyun Zeng s1728381 University of Edinburgh

Project Name Drawing Title Drawing Number @Scale 1:10 A1

Display Shelf Plan Scale 1:10@A3 The display shelf is located at the market area which display the products for sale. Therefore, lighting is important to light up the products. According to the concept of the Green Market, "Park" & "Forest", the design of the display shelf, the Hydroponics Box as well as the staircase are full of vertical metal elements which helps to create a "forest" feel.

270

880

Scale Bar 0

100mm

Project Name

The Green Market

Drawing Title

Display Shelf Plan

Drawing Number

001/L(90)001

@Scale 1:10 300mm

500mm

Xiaoyun Zeng s1728381 University of Edinburgh

Display Shelf Elevation A Scale 1:10@A2 820

600

820

350 900 600

20 50 40

897.5527

630

370

880 320

800

1020

5100

350

900 20 50 40

897.5527

880 320

100mm

The Green Market

Drawing Title

Display Shelf Elevation A

Drawing Number

001/L(90)002

@Scale 1:10

Scale Bar 0

Project Name

300mm

500mm

Xiaoyun Zeng s1728381 University of Edinburgh

Display Shelf Elevation B Scale 1:10@A2 1060 1270

720 270 2680 310

1060 40

1270 1090

270

630

370

2680 310

320

800

1020

5100 1090

320

100mm

The Green Market

Drawing Title

Display Shelf Elevation B

Drawing Number

001/L(90)003

@Scale 1:10

Scale Bar 0

Project Name

300mm

500mm

Xiaoyun Zeng s1728381 University of Edinburgh

Display Shelf Axonometric Diagram

Concrete Slab

100mm

Scale Bar 1:10 300mm

Led Straight Pendant Light Size: W45 x L600mm

Aluminum Column

Led Track Spot Light

Steel Cable

Metal Track

Aluminum Screw R = 7mm

Steel Cable

Mesh Reinforcement Shear Stud R19 x H95mm

500mm

600

820

100

200mm

Scale 1:5

Aluminum Display Tray

Scale Bar 1:5

Aluminum Column

Metal Track

Concrete Slab

Aluminum Column

880

897.5527

900

320

20 50 40

350

Aluminum Column

Aluminum Display Tray

100

Concrete Subgrade

Concrete Slab

Aluminum Screw Aluminum Display Tray

200mm

Scale 1:5

200mm

Scale 1:5

Aluminum Pipe

Scale Bar 1:5

Scale Bar 1:5 0

Aluminum Joint Screw

Shear Stud R19 x H95mm Steel Cable

Metal Deck Profile

Concrete Slab Mesh Reinforcement

Scale 1:2

Scale Bar 1:2 0 10

270

50mm

100mm

Scale Bar 1:10 0

300mm

880

Aluminum Pipe

500mm

Aluminum Joint Screw

Display Shelf Details 1 - Scale 1:10 @ A1

Concrete Subgrade

Scale 1:5 50

Scale Bar 1:5 0

The Green Market Display Shelf Details 1 001/A(90)001 Xiaoyun Zeng s1728381 University of Edinburgh

Drawing Title Drawing Number @Scale 1:10 A1

200mm

Project Name

100

Led Track Spot Light

Lighting Track

Steel Cable

Aluminum Display Tray

Aluminum Vertical Support

Aluminum Channel

720

1060

310

Unstiffened Base Plate

270

320

1090

1270

2680

Scale 1:2

Scale Bar 1:2 0 10

50mm

Concrete Slab

Scale 1:2

0 10

Scale Bar 1:2

Aluminum Column Thickness: 20mm

Aluminum Screw

Aluminum Column Thickness: 20mm

Aluminum Column Thickness: 8mm

Steel I-Beam Aluminum Track

Steel I-Beam (Behind)

Steel Cable

50mm

Aluminum Display Tray

Aluminum Fixing Screw

Aluminum Channel

Aluminum Column

100mm

Scale Bar 1:10 0

300mm

500mm

Concrete Slab

Unstiffened Base Plate

Aluminum Column Thickness: 8mm

Aluminum Column Thickness: 20mm

Scale 1:2

Scale Bar 1:2 0 10

50mm

Display Shelf Details 2 - Scale 1:10 @ A1

Concrete Subgrade

The Green Market Display Shelf Details 2 001/A(90)002 Xiaoyun Zeng s1728381 University of Edinburgh

Project Name Drawing Title Drawing Number @Scale 1:10 A1

FINAL IMPRESSION - Rendering Images - Material Strategy - Funiture Selection

06 - Lighting Strategy

View from Entrace to the Gallery Space The display units designed for the Vegetarian & Urban Farming Gallery Area is made of green metal vertical support structure and pine wood board. The height of the gallery space is double-height, therefore LED pendent lights is hanging down to decorate the space and light the space. The beams and columns are made of steel. The window frames of the garden area is made of green painted metal support as well.

View from Entrace to the Cafe & Reading Area The Cafe and reading area is located on the ground floor and just next to the entrance. The Cafe area offers vistors coffee, vegetables and fruit juice as well as some vegetarian cakes and salad. There is a reading area next to the Cafe area which provides visitos books and magazines about health diet, Vegetarian, farming and so on. There is also sitting area for the cafe and reading area behind the counter.

View from Workshop to the Main Staircase The main staircase is supported by the single steel stringer. The thread is made of resin with leaves inside the resin. The staircase is surrounded by the metal mesh panel with trailing plants on the mesh panel. When people walk through the staircase, they can touch and observe the plants. On the left hand side of the image, there is the dinning area where vistors can enjoy the view of the garden area downstairs and see what event is happening downstairs. On the right hand side of the image, there is the Hydroponics box.

View of the Buffet Area The image shows the Vegetarian Buffet in the Green Market which is located at the mezzanine floor. There is Hydroponics Box inserting between the buffet tables. People can get Vegetarian food, dessert, drinks, soup and so on from the Buffet Area.

View of the Raised Bed Garden Area On the first floor, the space is bright and open. The original structure of the roof is windows which allow the sunlight get into the building. Therefore, the first floor is the best choice for riased bed garden. There is also park playground and walkway around the raised bed garden area. Vistors can walk around, take rest and enjoy the greenary and sunshine. Pets is also allowed here! The first floor is a good place for family, children, the old people come to spend their spare time.

View of the Fixed Raised Bed Garden Area & Cooking Classroom The green circular raised bed is different form the raised bed garden area you can see from the last image. This one is used for growing larger plants which is not suitable to grow in a small raised bed box. Therefore, the Green Market offers vistors chances to grow larger vegetables and fruit in the fixed raised bed area. Behind the raised bed area, here is the cooking classroom. As the first floor is a open space, I do not want to use solid wall to break up the space. Instead, I was inspired by the glass green house, visitors could feel like they are cooking in a green house with enough daylight and surrounded by plants. On the left hand side of the image, you can notice that there is a glass lift, I think the glass lift can allow vistors to see what is happening when they take the lift and enjoy the views.

E Main Entrance

Main Entrance

Gallery Area

Cafe Area

Stairs

C Fire Exit

Fruit Area

Multi-use Event Space &Green Garden Space Vegetable Area

Vegetable Area Pay Area Glass Lift

Vegetable Area

Cereals Area

Stairs

Market Area Nuts Area

Lifestyle Area

Beam & Subproducts Area

Snacks Area

Drinks

Scale Bar 0

Health Care Area

Flavour & Source Area

Frozen Food

D' Render Ground Floor Plan

Butter & Jam

Lifestyle Area

Frozen Food

E Main Entrance

Main Entrance

Gallery Area

Cafe Area

Stairs

C Fire Exit

Fruit Area

Multi-use Event Space &Green Garden Space Vegetable Area

Vegetable Area Pay Area Glass Lift

Vegetable Area

Cereals Area

Stairs

Market Area Nuts Area

Lifestyle Area

Beam & Subproducts Area

Snacks Area

Drinks

Scale Bar 0

Health Care Area

Flavour & Source Area

Frozen Food

D' Render Mezzanine Floor Plan

Butter & Jam

Lifestyle Area

Frozen Food

E Main Entrance

Main Entrance

Gallery Area

Cafe Area

Stairs

C Fire Exit

Fruit Area

Multi-use Event Space &Green Garden Space Vegetable Area

Vegetable Area Pay Area Glass Lift

Vegetable Area

Cereals Area

Stairs

Market Area Nuts Area

Lifestyle Area

Beam & Subproducts Area

Snacks Area

Drinks

Scale Bar 0

Health Care Area

Flavour & Source Area

Frozen Food

D' Render First Floor Plan

Butter & Jam

Lifestyle Area

Frozen Food

Pine Wood Steel

Green

Terrazzo

Light Concrete

Materials

Furniture Selection - The Green Market is not only a community and shopping centre, but also a space to promote Sustainability as Vegetarian and urban farming have close connection with Sustainability. - Furniture is highly related to material use. The materials we choose to build with can aggravate resource depletion, climate change, water scarcity, biodiversity loss, waste, and even our health, as well as causing pollution during production. Therefore, it is important to consider the life circle of the materials use for the furniture. Is it renewable resources? or can the materials being reused again? I am going to choose the furniture that is made of renewable materials or meet the standard of Cradle to Cradle circular economy. - In the Green Market, there is a multi-use event space, therefore folding furniture could be very helpful to store and use. - website: https://molodesign.com/collections/furniture/ https://www.ikea.com/es/en/p/froset-easy-chair-white-stained-oakveneer-80425641/ https://www.behance.net/gallery/87977565/Dumbo-stool-(2017) http://alexanderschul.com/works/substantial-chair/

MOLO - folding furniture / made from paper and textiles (recycle/ flexible/ multi-use)

IKEA - FRÖSET Chair (renewable resource/ durable/ modu;ar design)

Alexander Schul Plastic Chair (recycled plastic/ low energy manufacture)

Dumbo Stool designed by Studio PESI (modular design/ recycable/ easy produce)

Lighting Strategy - In order to promote the sustainble development in the Green Market design, the energy use is one of the key aspects to effect sustainability. The environmental effects of energy consumption comprise climate change and resource depletion. Therefore, approaching low-energy design is the priorities in interior design. - Installing low-energy lightbulbs to ensure the electricity is used efficiency can be a good way to promote sustainable design in my design. Therefore, I am going to select some lighting strategies that produce the same amount of light but use less energy than standard lightbulbs. - In addition, it is neccessary to plan lighting zones and locate switches to make it easy for the building's users to turn lights off in each part of the space. Therefore, it can help to avoid waste of energy.

MOLO - cloud softlight pendant / paper (renewable material/ improve acoustics/

- In the Green Market, there are many double height space, therefore pendent light hanging down from the ceiling will help to add more aesthetic perception. LED spot light is important to the space as there are many products need to light up. In addition, it is a good idea to light up the existing brick wall as it has a long history. - website: https://molodesign.com/collections/lighting/ https://www.archdaily.com/957432/carslberg-group-central-office-cfmoller?ad_source=search&ad_medium=search_result_all https://www.1stdibs.com/furniture/lighting/chandeliers-pendant-lights/ bang-black-terrazzo-concrete-ceiling-lamp-bentu-design/id-f_9826813/ https://www.pinterest.co.uk/pin/345088390201771004/

Carlsberg Group Central Office / C.F. Mø (low-energy lighting design/ pendent led

lamp low electricity)

Terrazzo & Concrete Ceiling Lamp by Bentu Design (related to the meterial use in the Green Market)

øller Architects light)

Hallway Lighting Idea (artistic/ oriented)