Zz.Portforlio

Landscape Architecture

University of Michigan

Portfolio

Zhenzhen Zhang 2nd-year MLA

Volunteer Work

Education University of Michigan Ann Arbor, MI Degree: Master of Architecture Master of Science GPA: 3.882/4.0

Member of Red Cross of Beijing Forestry University Major :Landscape Architecture Environmental Informatics

Beijing Forestry University,Beijing, China Degree: Bachelor of Agriculture Major: Ornamental Horticulture GPA: 3.85/4.0 Ranking: 3/64 Academic Academic Award: National Scholarship Second Scholarship of Outstanding Student of BFU

Sep 2014-Present Sep 2014-Present

Volunteer of the Red Cross, visiting mental patients, painting for the care center classrooms and anticancer voluntary running, etc.

Volunteer of the 2011 Chongqing Garden Expo 2012 June -July

Awards Experience Sep 2010-Jun 2014

National Scholarship, Ministry of Education, PRC Second Scholarship of Outstanding Student of Beijing Forestry Univ.

Nov 2012 Nov 2013

Merit Student of Beijing Forestry Univ.

Excellent Students Cadre of Beijing Forestry Univ.

Additional Experience

Work Experience Contact Info CCo zzzhen@umich.edu, 734-276-8879, Skype: zzz19911130@hotmail.com

2010-2012

Professional Skills

Nichols Arboretum and Mattaei Botanical Gardens of University of Michigan Intern: Managed Peony Garden, Construction storm-water facility, Nursing Plants

Adobe products, Auto CAD, Sketch Up, Arc GIS, Office, Hand drawing

May 2015-Aug2015

Additional Information

Chongqing Landscape Architecture Design Institute, Chongqing, China

Leadership, Teamwork, Persistence, Independent, Motivate

Intern: Collected project information for transportation, neighborhood land use, and plants; drafted project drawings and made presentation for Nanchong Hua Town project; Assisted with transformation of flower field for landscape and economic development

2012 Winter & Summer

Winter 2015

Chongqing Tianzi Floriculture Company, Chongqing, China Intern: Managed flower greenhouse including fertilization, deinsectization, etc.

Jul 2011-Aug 2011

Project Experience College Students Innovation Project

Jun 2013- May 2014

Team project selected the edible ornamental chrysanthemum with pollution-free production Identified pesticide residue detection in different ornamental chrysanthemum Idea-King Proposed a unique riverside scheme for a renovated riverside landscape Designed a hydro-fluctuation device to meet flood control and water landscape enjoy needs Silver Award

Unofficial transcript GRADE HOURS

MSH

CTP

MHP

NRE

501 Grad Experimtl Digit Media Fundamntals or LA

A

1.00

1.00

1.00

NRE

531 Principles of GIS

A

4.00

4.00

4.00 16.00

NRE

588 Site Engineering

A

4.00

4.00

4.00 16.00

NRE

590 Eco Site Design 1&2

A+

2.00

2.00

2.00

NRE

590 Eco Site Design 1&2

A

Fall 2015 Aug 2013

Rackham

Rackham

2.00

2.00

GRADE HOURS

4.00

2.00

MSH

8.60 8.00

CTP

MHP

NRE

540 GIS&NR Applications

A

2.00

2.00

2.00

8.00

NRE

591 Materials&Methods

A

3.00

3.00

3.00 12.00

NRE

600 Dir Res&Prb-Gr

A

1.00

1.00

1.00

NRE

688 Site Planning&Design

A+

4.00

4.00

4.00 17.20

NRE

691 Plants Use Des Lndsc

A+

3.00

3.00

3.00 12.90

4.00

Romantic and Rational ---epa competition for campus rainwork challenge Oct---Dec, 2015 Location: North campus, University of Michigan Tutor: stanton jones Team: zhenzhen zhang, Xinming Liu, Qianyun Yuan Work: Form the competition team, lead project work, focus in strategy come out and detail design, contact other consultants

campus rain work challenge

strategy background

Strategy One---Site Plan for Rain Water

site analysis

Buildings are stand as a group, and they always have a huge amount of roof area.

More trees

Heavy use pathways are from the two bus stops of the north campus.

During class time, most use pathways are from each school to the Duder Center (library).

Because of current none reasonable pathway design, lawn and planted slope are been walked to "new pathways".

Collect Rainwater Lawn area near Duder center

Green space on slope

Storage in underground tank

Large percentage of green space are lawn without enough trees; besides, some green space is located on slope, with make the rainwater infiltration not effectively.

Design site---Central Core Area With schools of engineering and science.

Traditional drainage North site is much more higher. The south east corner is the lowest area.

Most of the stromwater is flow from surrounding area to the center.

A lot of stairs Reuse for car wash

existing problem

90°F

4inch

70°F

3inch

roof.

50°F

2inch

2. Slope makes the green space hard to infiltrate rain water;

30°F

1inch

10°F

01 02 03 04 05 06 07 08 09 10 11 12

0inch

Annual precipitation in Ann Arbor

underground tank connect with building , rain gardens and outside drainage system

1. Large impervious area including impervious pathway and The rainwater of the paving area and the roof area is directly drain into the inlet without reusing.

Reuse for irrigarion

stairs also make the rainwater accumulation time short.

3. Large percentage of lawn in green space, lacking biodiversity and shade place for people.

4. Rain water directly go in to traditional pipe, without reuse.

-First, we collect all the rain from roof, and store it in an underground water tank, which is under the center lawn area.

We also connect each current drainage inlet with this undergroundwater tank to store more rain water.

-Second, we clean the rain water with purification system.

-Third, the purified rainwater will be used to irrigation and maintain the rain garden.

-Fourth, when collecting the rain water from parking lot, we reuse them in a new-built car washing area.

campus rain work challenge

Strategy Two--- Slove slope condition This is the original topography: lots of scattered bushes and grass next to the steps. In order to collect more rainwater in the green area and on the ground, we combine the rainwater garden and topography to create multi-layered system to collect rainwater from wider area.

Multi-layered system can not only increase the efficiency of the infiltration, but it also can replace the abrupt slope by several flat area to decrease the soil erosion.

Strategy Three--- Increase biodiversity Most of the planting structure in the site is major lawn. However, the use efficiency of lawn area is incredibly low because students like to spend their time indoor, not under the sun. Besides, the biodiversity is low because the oneness of the ecosystem composition and structure. To solve these problems, we use three models to alter the structure:

1st, For the major lawn area which is not used by people currently, we plant more big trees to increase the understory area, which can increase the cool and shade place for those who do not fond of sunbathing. We use northern red oak, white oak, sycamore, american elm,etc.

2nd, For perennial and herbs dominated area, we add more woody plants. That can enrich the ecosystem composition and complete the ecosystem structure. Trees and shrubs means rich food and habitat for animals and biodiversity. We use white oak, northern red oak, downy service berry, highbush-cranberry, common lilac, flowering dogwood,etc.

The steps in the site are sorted into two kinds: either under or above 10 steps, because we can make diverse alteration with the topography upon different altitude difference.

We come up with two strategies to respectively adapt the two kinds of altitude differences: Most schools in this area are engineering and science. Students usually spend most of their time in labs and computer rooms rather than to go out to and have any outdoor activities. Actually, engineering students do have romantic hearts while they have strongly logical minds and rational thinking. We are trying to combine the romance and rationality into the landscape to make this site full of possibilities.

To make the garden more playful and to draw people's attention to here to see what we are doing, we add some "engineering" elements into the rainwater gardens like the "gear" and the "machine". We are placing some gearlike waterwheel in the rainwater garden and using some mechanism to move it when there is water in it. It would be romantic. Besides, there will be some introduction words curved on the gear and other "engineering" elements so that people can understand more about the garden by reading the introduction.

3rd, Rain gardens also increases the habitat and water area, which would attract more animals especially wild bird. It was saying there are plenty of birds on North Campus because the forest area is big and the water resource is not sufficient. Therefore, the animals would make the site a more natural and romantic space to stay when there is birding singing and squirrels running.

We use lake sedge, prairie blazing star,etc.

underground water tank

Strategy Four--- Romance in rational center plaza with funnel rain water collector

The car-wash system: We collect extra water in a tank underground when the rain garden cannot absorb such amount of water. Then, we build an automatic drive-through car washer in the parking lot in which students and stuff can wash their cars by using their campus card or coins. The main water for the car washing is from the underground tank after necessary sedimentation and other processes. This can avoid wasting cast of water to the drainage.

Plus, this can benefit people in a sustainable way.

We choose a small site in the area to do the detail design. A rectangle pond in the middle is surrounded by several building-attached green areas. There are several footsteps and slope here because the topography is like a kettle. The pond in the middle is the lowest plane and the surrounded buildings are built on the slope.

The current landscapes are simple and are mostly without careful handling with the topography. We plan to change some steep slope into multi-layered rain garden and some low spots into common rain

rainwater reuse for irrigation

garden to collect water instead of letting

natural style rain garden rainwater flower direction and gather area

Funnel feature rainwater collection In this design, we set funnel shape rainwater collection in the center of plaza. When raining, it working as a rain water collector, which will help transport rain water to the underground pipe it also displays to people the first step to collect rain water. When there is no rain, it is a land mark also a shelter to give shade for students.

funnel feature rain water collector

multi-layered rain garden

pre and post comparision

reference

Method: NRCS Methodology 1. Find out the value of CN(soil type, floor type, refer to chart) 2. Find out value of P(refer to the weather chart) 3. S=1000/CN-10 4. Q=(P-0.2S)2 / (P+0.8S) ďźˆunit: inch 5. Use Q*Area = V (unit: CF) runoff volume

Runoff volume for 1 hour

Runoff volume for 3 hours

Pre-design Peack flow

Runoff volume for 12 hours

Post-design Peack flow

Runoff volume for 24 hours

1. University of Michigan North Campus, Master Plan Update | Summer 2008, PDF, http://www.umaec.umich.edu/campus.plans/ U-M%20North%20Campus%20Master%20Plan%20Update%20-%203.5.09.pdf.

2. Bonnin, Geoffrey M., et al. "Precipitation-frequency atlas of the United States." NOAA atlas 14.2 (2006).

3. Blick, Sandra A. Kelly, and Joseph J. FredSkupien. "New Jersey stormwater best management practices manual." (2004).

4. Stromwater Management within the City of Ann Arbor by system planning Unit, PDF. http://www.a2gov.org/departments/systems-planning/water-resources/Documents/Stormwater%20Basics%20-%20Sept%202010.pdf.

5. PART 2, DESIGN CRITERIA FOR STORM WATER MANAGEMENT SYSTEMS, PDF; http://www.ewashtenaw.org/government/drain_commissioner/dc_webPermits_DesignStandards/dc_Rules/rules-2000/dc_partii.pdf.

6. Stander, Emilie K., et al. "The effects of rain garden size on hydrologic performance." World Environ. Water Resour. Congress 2010: Challenges of Change. 2010.

7. Khastagir, Anirban, and Niranjali Jayasuriya. "Optimal sizing of rain water tanks for domestic water conservation." Journal of Hydrology 381.3 (2010): 181-188.

8. Guo, James CY, and Ben Urbonas. "Runoff capture and delivery curves for storm-water quality control designs." Journal of Water Resources Planning and Management 128.3 (2002): 208-215.

9. Guo, James CY. "Cap-orifice as a flow regulator for rain garden design." Journal of Irrigation and Drainage Engineering (2011).

10. University of Michigan ---North Campus Woods, Assessing the Value of Natural Areas in the Context of a Growing Campus, PDF, non-published.

11. STORM WATER MASTER PLAN, Basin A Georgia Institute of Technology, PDF, http://www.space.gatech.edu/sites/default/files/images/stormwatermasterplan-basina.pdf.

12. Gillard, Steven R. "Comprehensive Stormwater Management Plans on University Campuses: Challenges and Opportunities." (2011).

the floating riverside July,2013 Location: Tong zi, China Tutor: Jianhua Zhou Partner: Yi Zhou Work with partner come up the big idea to solve the problem; together finished all design work

FLOATING RIVERSIDE

39

Location

Background

Planning concept

The The flood is prevalent in the summer.

TheThe Theterrain terrainon onthe thetwo twosides sidesofofrivers riversisismainly mainlymountainous. mountainous.

The flood is prevalent in the summer.

water level level of of river riverduring duringthe theflood floodisis922.5 922.5while whilethe thedesired desiredwater waterlevel levelisis919.4m, 919.4m,which whichforms formsthe theriparriparian water

zone with the height of 5 meters. The width of river is designed to be 40m, satisfying the need of channeling the flood and avoiding the vertical revetment. Thus, creating the aquatic landscape with local characteristics neling the flood and avoiding the vertical revetment. Thus, creating the aquatic landscape with local charwill be a major challenge. ian zone with the height of 5 meters. The width of river is designed to be 40m, satisfying the need of chan-

acteristics will be a major challenge.

Current problems

＋

The design of of natural natural landscape landscapewhich whichhas hasriparian riparianzone zoneis isinin odds with water affinity of people.

The design odds with thethe water affinity of people.

TheThe construction of such aquatic landscape not only needs to function as the defense against the flood but also construction of such aquatic landscape not only needs to function as the defense against the flood but to display its aesthetic value and to provide the relaxing environment. In reducing the altitude difference also to display its aesthetic value and to provide the relaxing environment. In reducing the altitude differbetween flood water level and normal water level, the traditional solution is to broaden the transversal ence between water level normal the traditional solution is to broaden the transversurface of the flood river bottom andand reduce thewater slop. level, The solution includes the vertical revetment, the gradient revetment theriver multistep thesesolution measures limit activities of people closethe togradithe river, sal surface and of the bottomrevetment. and reduceHowever, the slop. The includes the vertical revetment, and thus functions are restricted.

Moreover, if we use the ecological revetment, it will have the problem ent revetment and the multistep revetment. However, these measures limit activities of people close tothat the ability to control flood is not enough. the river, and thus functions are restricted. Moreover, if we use the ecological revetment, it will have the

problem that the ability to control flood is not enough.

general revetment, before rising

general revetment, after rising

The goal of design: the river which, according to Chinese culture，bestows on

The goal of design: the river which,

the city with sense of vitalitybestows and dyaccording to aChinese culture

on the also city with a sense of vitality and namics play an important role in the dynamics also play an Itimportant role ecosystem of the city. helps maintain

in the ecosystem of the city. It helps maintain the city’s ecosystem, create landscape, facilitate and the facilitate economic an artificialand landscape, development city as a whole. the economicofdevelopment of cityThus, as a whole.the Thus, building the aquatic building aquatic landscape which is landscape is and both visually both visually which appealing economically appealing and economically viable is viable is beneficial in promoting the beneficial in promoting the image of image ofimproving city and improving the of qualities city and the qualities lives of lives of citizens. of citizens. the city’s ecosystem, create an artificial

＝

43

solution

floating river side FLOATING RIVERSIDE

Elevation analysis of the flooding

THE PHYSIC PERSPECTIVE The followinpicture is the bird’s -eye view of the riverside after flooding. in this condition, all the boxes are floating, and they are well-knit forming the floating riverside. However the previous stairs have been submerged.

Assume F is the symbol for buoyancy force, ρ is the density of water 1kg/L, g is the gravitational acceleration 10N/g. V is the volume of water excluded by the floating box.

Assume the man and square with the area 0.36m^2(0.6×0.6); the total weight of the man and the box is 100kg, and the other things like plants weight 100kg either. To assume the safety of man, the box has to guarantee the buoyance force between 1000N and 2000N. And thus, Vmin=1000/ (1000×10)=0.1m^2; Vmax=2000/(1000×10)=0.2m^2; Hmin=Vmin/S=0.1/(0.6×0.6)=0.28m; Hmax=Vmax/S=0.2/(0.6×0.6)=0.56m.

In sum, the height of sinking is between 0.28-0.56m, which means the height of the box has to between 0.28-0.56m.

Normal water level Normal water level1 1

Flood water level Flood water level 11

Normal water level 22 Normal water level

Flood water level 22 Flood water level

Normal water level 3 3 Normal water level

Flood water level 3 3 Flood water level

The above calculation is based on the area per man, and it can be applied to more people.

The Thecutaway cutawayview viewofofnormal normalwater waterlevel level

The cutaway view of normal water level The cut away view of flood water level

In design process, the connecting part of two adjacent tanks adopted two rollers, which reduces the floating resistance force and makes the process of floating up more stable and more smooth. In all the connecting part, clearance is taken into consideration to avoid the situation that the connecting components are broken due to the pulling stress caused by waves. The rendering of four tanks is showed in following picture.

The cutaway awayview viewofof heavy flood water The cut heavy flood water level

45

FLOATING RIVERSIDE

Riverside Perspective

The floating riverside will finally solve the problem that the river side lacks the sustainable scene. As a result, plants can avoid the

The floating riverside will finally solve the problem that the river side lacks the sustainable scene. As a result, plants can avoid the flood river; at the same time, flood river; at the same time, people can play and walk near along the riverside all year around. people can play and walk near along the riverside all year around.

Normal water level 1

Flood water level 1

Normal water level 2

Flood water level 2

Normal water level 3

Flood water level 3

working in nature April, 2015 Location: Saginaw forest, MI Tutor: marycarol hunter, Jone nassauer Individual course work

working in nature

Master plan

working in nature

Elevation B'

Office park Walking through the woodland area, people will immediately view feature walls standing on the lawn, providing a feeling changing from under canopy to the open space.

At the entrance of the building, there is a small garden, with outdoor seating area. Rain gardens are located at the south, east and north part of the building, deal the rain water from the roof.

There are stairs connected the second floor of the building to the back yard. Small seating spots are also provided. Moreover, there is a big lawn at the north part of building, which will attract people to walking outside.

Green roof can deal the storm water, and provide a good view to the people who sitting on the roof cafĂŠ.

A'

A-A'

B

D'

D B-B'

Entrance

C

In the master plan, we redesign the entrance of the Saginaw Forest, switching the main entrance to the left, which is opposite to the residential areas. This design provides a pedestrian entrance for people to walk in, to gather, which is separated from the auto entrance; at the same time providing parking spots for public, it makes the access more convenient. Flowering plants are planted at the entrance, attracting people to come in.

C' C-C'

A

N

D-D' 0

50'

100'

Perspectives

Viewing from big lawn at the back of the Office building

Rain garden at the east of the building

Back yard outside rest area

New built wood bridge at east side of the lake

Resting at the roof cafe

Seating area in front of the building

Looking from the green roof, with roof cafe and good view

Two-floor building, with outside stairs, rain garden and wood deck

Discover the Great Circle July, 2012 Location: Chao Yang dist. China Work in team as assitant designer, main foucus on collect information, analysis and graphic making

THE GREAT CIR

11

Background With thedevelopment development economy, of urbanization China With the of of thethe economy, The The level level of urbanization in Chinainincreased increased capital of China, Beijing, especially. many significantly,significantly, as the capitalasofthe China, Beijing, especially.

But many problemsBut attendant problems attendant in the process of the rapid development of the city, in the process of the rapid development of the city, migrant workers always have migrant workers always have the low quality of life, and the environment in the lowthey quality life, and thetheir environment in which theyAscan only meetdesigners, their basic which canofonly meet basic living needs. landscape living needs. landscape we can do is just to provide simple, conwhat we canAsdo is just todesigners, providewhat a simple, convenient, safe anda wonderful place. venient, safe and wonderful place.

Analysis of current situation

.

China China

Beijing Beijing

railway in in Chaoyang District Railway Chaoyang Dist

We randomly selected fifty people to finish a questionnaire. The results shows that there are still many problems such as dust, no leisure venues and no children's play facilities, and people have no sense of belonging. So the mainly needs can be divided into five parts，they are safety, entertainment, beauty, ecology, and rest.

The great circle is located in the zoning of the Beijing museum group, there are existing Film Museum, Railway Museum, the Museum of Astronautics models and the arts zone. Then the state will also invest in the the Museum of of Astronautics models the arts zone. the state are will also invest living in the construction thenumber Air and of construction the Air and Spaceand Museum.

ThereThen are factories still used, area for the of large the migrant the new golfused, clubsliving andarea apartments for number the elderly in migrant the area.

The situation is relatively Space Museum.workers, There areand factories are still for the large of the workers, and the new golf confusing.

There is a large area of the nursery, fish ponds and natural woodland in the railway perimeter clubs and apartments for the elderly in the area. The situation is relatively confusing. There is a large area of the nursery,and internal areas. It has obvious advantages of the natural ecological environment. The internal transportation is fish ponds and natural woodland in the railway perimeter and internal areas. It has obvious advantages of the natural ecorelatively convenient, but is still lack of the reachability.

The great circle is located in the zoning of the Beijing museum group, there are existing Film Museum, Railway Museum,

logical environment. The internal transportation is relatively convenient, but is still lack of the reachability.

Introduction The Belt Railroad is built for the national railway testing center. It was built in 1958, 9 km circumference. We will never find another train experimental base in China, The Belt Railroad is built for the national railway testing center. It was built in 1958, 9 km circumference. We will never find another train experimental base in China, even in Asia. The even in Asia. The railway was first built in the outskirts of Beijing, The designers did not expect that the urban sprawl is so fast. Now, with the development of the city as railway was first built in the outskirts of Beijing, The designers did not expect that the urban sprawl is so fast. Now, with the development of the city as well as the improvement of well as the improvement of the motor vehicle speed, the railway will gradually be abandoned. Because of the imbalance in regional development, and many other reasons, motor vehicleofspeed, the railway will gradually be living abandoned. of the imbalance regional many other reasons,can a large low-income athe large number low-income migrant workers here, Because and there’s no sittinginplace for development, them in theirand spare time, children onlynumber play inofthe crowdedmigrant streets after school.

Reuse of disused railway’s landscape bring a glimmer of hope to the resident. wo workers living here, and there’s no sitting place for them in their spare time, children can only play in the crowded streets after school. Reuse of disused railway’s landscape bring a glimmer of hope to the resident.

We will will use beauty andand restrest as the We use safety, safety, entertainment, entertainment,ecology, ecology, beauty as starting points to design the landscape, and we can solve the the starting points to design the landscape, and we can solve problems by this way.way.

On the of field we create the problems by this Onbasis the basis of investigation field investigation we partitions of the main land.

Every functional will dozone their own create partitions of the main land.

Every zone functional will work and as well as and be as interpenetrative. do their own work well as be interpenetrative.

Safety safety

Entertainment Entertainment &Memory &Memory

Ecology Ecology

Beauty Beauty

Rest Rest

THINGS WE CAN DO

13

the big circle THE GREAT CIRCLE

Master plan Major goals

With the development of the economy, the level of urbanization in China increased significantly. Beijing, as the capital of China. In the process of rapid development of the city, many problems attendant, Low-income people always have the low quality of life, the environment in which they can only meet their basic living needs. As landscape designs, what we can do is to provide a simple, comvenient, safe and a wonderful place.

Main structure

Principle of transformation

From the plane, structure of the railway is very similar to the section of eyeball.

In search of the relevant information, we found that there are many similarities From the plane, structure of the railway is very similar to the section of eyeball. In search of the between the function of ocular anterior chamber, posterior chamber and retina relevant information, we found that there are many similarities between the function of ocular and structure of the railway. Therefore, our design is based on the structure anterior chamber, posterior chamberto and retina and structure of theofrailway. our design of the eyeball, According the different function each Therefore, part we make the is based on the structure of the eyeball, According to the different function of each part we make corresponding adjustment.

1. Engineering quantity as small as possible, the landscape is simple and powerful.

2. Make full use of the existing conditions, and make a good connect with surrounding 1. Engineering quantity as small as possible, the landscape is simple and powerful. environment.

2. Make full use of the existing conditions, and make a good connect with surrounding environment.

3. Need very little artificial maintenance In the late, and the landscape is long available.

3. Need very little artificial maintenance In the late, and the landscape is long available.

the corresponding adjustment.

Choroid: protection, provide nutrients to the retina and vitreous

Retina: first station of the neural information transmission

Anterior chamber : the influence of overall refractive rate

Railway: the main landscape axis

Annular green: supplement and transition of the main landscape

Art factory: improve the overall environmental quality

The factory construction In order to meet some expansion of the railway art area, we suggest that the original factory building removal.

In order tooverall meet some expansion of the railway art area, we suggest that the original factory building The benefits: 1. Pollution sources disappear with the relocation of factories, the quality of overall removal. the living environment of residents will be significantly improved. 2. Create a new art area The benefits: 1. Pollution sources disappear with the relocation of factories, the quality of the living envifollowing the 798. And improve the environment of the whole area. ronment of residents will be significantly improved. 2. Create a new art area following the 798. And improve the environment of the whole area.

THE GREAT CIRCLE

17

Perspectives The following the perspectives of Entertainment part, Memory part andpart Rest parttransforming. after transforming.

The following picturepicture shows shows the perspectives of Entertainment part, Memory part and Rest after

Beside the track there is a Beside the track there is a gentle slope lawn and then t hgentle e a v eslope n u e .lawn W e and d e cthen ide t othe u s eavenue.We t h e a b a decide n d o n etod l ouse com t i v e t o blocomoe the theoabandoned scenery of past tourists. tive to be the scenery of

past tourists.

The manufacture of mobile The manufacture of mobile embelished frameand seat embelished frameand is is very simple.

Theyseat can bevery usedsimple. to have a rest They canand be also usedentertainment. to have a rest and We also suggestit can be everywhere entertainment. We suggesalong the Great Circle. tit can be everywhere along

the Great Circle.

The various seats can be Thebeside various used theseats trackcan andbe used beside the track and also creat harmonious ,relaxing environment for also creat harmonious childrens and passer-by. ,relaxing environment for

childrens and passer-by.

the big circle THE GREAT CIRCLE

19

Partial landscape modes

After the transformation, there willthere be paintings and old train models along railAfter the transformation, will be paintings and old train modelsestablished established along the the railway.

The abandoned waywill willfinally finally become a place in which all kinds people find interesting way.

The abandoned railrail way become a place in which all of kinds of can people can find things. interesting things.

other work 2014-2016 Construction Document Hand Drawing Model, Art

other work

feature wall construction sets

other work

color pencil

MODEL

ART DESIGN

color marker

color pencil

WATER COLOR

marker