CONTENTS PROFESSIONAL WORKS
1 2 3 4 5
Wuhan South Channel Water Treatment System Water Treatment System Design, Landscape Design
Olive Way Improvement Plan Ecological Strategy, Waterway Design
Island Park Hydraulic Design Wetland Waterway Circulation Design
STUDENT WORKS
Active Connection
Integrated Development of Bishnumati River and Squatter Settlements
Xunliao Bay Resort Planning
Commercial Complex Planning and Design
SUPPLEMENTAL WORKS
Hydraulic Calculation Floating Wetland Design GIS Analysis Community Involvement Art Works
WUHAN SOUTH CHANNEL WATER TREATMENT SYSTEM Civil Design Development, Associate Landscape Design
LOCATION: Wuhan, China CLIENT: China Eco-city Academy Co.,Ltd SIZE:12000 m2 RESPONSIBILITY: Drafting, Rendering This system creates a wetland pond and improve the landscape. Water is lifted by a pump from deep pipe to underground storage tank and get stored, settled and screened, then the pretreated water pumped to proprietary Waterfall Treatment System (WTS) for filtration.
MASTER PLAN
WATER TREATMENT CIRCULATION
DESIGN DEVELOPMENT
OLIVE WAY IMPROVEMENT PLAN Street Water Structures Design
LOCATION: Seattle, WA DATE: Jul 2018-Present CLIENT: Seattle Department of Transportation SIZE: 4600 m2 RESPONSIBILITY: Drafting, Associate SDOT made the street and utility improvement plan for Olive way, 7 district. Our team is responsible for the section between Boren Street and 9th Street and the water structures along the street is the main focus.
90% SIP DD
ISLAND PARK HYDRAULIC DESIGN Wetland Waterway Design
LOCATION: Zhejiang, China DATE: Jan 2019 CLIENT: Zheyuan Real Estate Co., Ltd. SIZE:11000 m2 RESPONSIBILITY: Drafting We conduct a hydraulic analysis of the wetland waterway to determine the final water budget, pump flow rates to maintain proper water quality, and estimated over flow to the city sewer system. Base on the analysis, we further develop the overall hydraulic system, including water circulation detail, inlet and overflow connection, pumps and pipe system and wet well.
WATER INLET STRUCTURE DETAIL KEY MAP
ACTIVE CONNECTION Integrated Development of the Bishnumati River Corridor and Squatter Settlements
Location: Kathmandu, Nepal DATE: Mar-May 2018 Instructor: Brian Gerich Individual Work Bishnumati is one of the very important rivers of the Kathmandu valley. It serves for drinking water, cultivating agriculture and uses of rituals purpose of the local citizen. But from last 35 years it has been using for dumping site for all types. Much of the river is occupied by urban poor squatter settlements who have limited access to adequate civil infrastructure and regard river corridor as dumping sites. Hyumat is one of the slums that along the river which has been battling for its existence for the past several decades. The primary goal of this proposal is connecting the slum with the river, to mitigate the current waste issue by creating a self-sustainable cycle.
BISHNUMATI RIVER CORRIDOR
EXISTING CONDITION
PHASE 1 WASTE COMPOST ON SITE
PHASE 2 BUILDING CONNECTION
PHASE 3 SUSTAINABLE COMMUNITY
SITE PLAN
SELF-GUIDING IN ROME Creative Mapping & Urban Analysis
LOCATION: Rome DATE: Oct-Dec 2017 INSTRUCTOR: Julie Parrett INDIVIDUAL WORK The project started with re-mapping the historical zone where cover the Campo dei Fiori, Plaza Novona and Pantheon,these three most well-known tourist sites. Through mapping the volumes of pedestrian within the territory, there is the startling contrast between existing street widths and pedestrian flow. The streets were classified to four classes. Based on the research which focused on the development of urban fabric, the area was divide into three parts, each of them has its own hierarchy of units-circulation system. Allied with this new hierarchy map, the intervention is intended to guide tourist exploring Rome, build the spacial sense of where they are, what grand places in their surroundings.
PEDESTRIAN TRAFFIC MAP
TOURISTIC NODES MAP
CONCEPT OF INTERVENTION
XUNLIAO BAY RESORT PLANNING Commercial Complex Planning and Design
LOCATION: Guangdong China DATE: Feb-Jul 2015 INSTRUCTOR: Xiao Feng INDIVIDUAL WORK The design laid emphasis on the users’ walking experience and the principle of eco-culture of the site. The main strategy is making fully use of natural mountain landscape to retain and restore the water, which combine with traditional characteristic of the site, to form a simple, rustic landscape style and different kinds of interaction with water in the valley and piedmont routes.
MASTER PLAN
A-1 Cascade Swimming PoolER
A-2 “Zen” Courtyard
A-3 Viewing Terrace
A-4 Raised Wood Trail
DESIGN DEVELOPMENT: SALE CENTER
STUDY MODEL ER
SUPPLEMENTAL WORKS Hydraulic Calculation Floating Wetland GIS Analysis Community Involvement Art Works
HYDRAULIC CALCULATION JIANGXI RIVER PARK LOCATION: Sichuan, China DATE: Aug-Sep 2018 CLIENT: Chengdu Gaoxin Investment SIZE:24.8km2 LANDSCAPE DESIGN TEAM: SWA Group We developed design strategies specific to ecology, hydrology, and water quality to support the Chengdu Tianafu Park competition project. Delineate sub-basin and provide stormwater calculation support water treatment and storage design concepts. Develop water quality strategies for river and stormwater discharge using treatment wetlands integrated in the park framework.
GLOWING LEAF
Floating Wetland Design at Sakuma View Point LOCATION: Seattle, WA DATE: Apr-May 2017 INSTRUCTOR: Nancy Rottle GROUP WORK WITH Feifei Deng
GEO-SPATIAL ANALYSIS OF POST-FIRE FLOODING LOCATION: Plain, WA DATE: Jan-Mar 2017 Class Project with University of Washington Hazard Mitigation Lab This study looks at probable changes in the wildland fire and flood risks over the long term for the Chelan County community of Plain, Washington. The objective of the research is to determine if the approaches to risk reduction can be improved by taking into account long-term expected changes. Each map describes the future wildfire impacts in the Plain watershed in 2040 and 2080.
NEPAL INTERACTION Mobile Park Pods for Hyumat Squatter Community LOCATION: Kathmandu, Nepal DATE: Jan-Mar 2018 INSTRUCTOR: Benjamin R Spencer Brian Gerich CAPSTONE STUDIO The We developed small-scale park modules specific to the desires of the community in Hyumat which contained by the political, cultural, and environmental realities of that place. The main purpose of this project is community involvement. We organized 5 workshops on site to collect the idea and requests from community members, to review the design proposals and build the park pods on site.
HAND DRAWING
MARKER PEN
MARKER PEN+PEN
WATER COLOR+COLOR PENCIL
WATER COLOR