LU PENG
PORTFOLIO
female, DOB: Feb.12, 1992 Master of Urban Design Bachelor of Landscape Architecture Email address: lpeng@ltu.edu, peng-lu@foxmail.com Phone: +1-248-346-8172 Current Address: 22715 Nottingham Lane, Southfield, MI
Lu Peng EDUCATION
June 2014-June 2016 GRADUATE STUDY Urban Design Lawrence Technological University (LTU) Southfield, MI, USA Sept. 2013-May 2014 4th Year of UNDERGRADUATE STUDY Landscape Architecture Landscape Architecture Lawrence Technological University (LTU) Southfield, MI, USA Feb. 2013-Jun. 2013 EXCHANGE STUDY Architecture Southern Polytechnic State University (SPSU) Marietta, Georgia, USA Sept. 2010- July. 2014 UNDERGRADUATE STUDY Landscape Architecture North China University of Technology (NCUT) Beijing, China (Feb. 2013- Jun. 2013 in SPSU Sept. 2013- May. 2014 in LTU)
INTERNSHIP
January. 2016-May. 2016 (Actual works started from June 2015) GRADUATE RESEARCH ASSISTANT LLC, studio[Ci] Website:http://studio-ci.net Main project: Net Zero Energy Prototype in Detroit Area(Landscape & UrbanDesign) February. 2012, August. 2012 ART EDITOR ART Design for three books written by Beijing Guoxingyuanda Technology Development Center Published with the ISBN No.: ISBN No.978-7-5066-7386; 978-7-5066-6715-9 and 978-7-5066-7386-0
1
KEY SKILLS
GIS Revit Vray Adobe Photoshop Adobe Illustrator Rhino Auto CAD Sketch up Hand Drawing Teamwork Analytical skill
HONORS & EXPIERENCE Finalist of Academic Science Competition in NCUT(May. 2013) Distinguished Student in SPSU(Jun. 2013) Art Design of Three books published in Mar. 2012, Oct. 2012, and Jan. 2014
CONTENTS
23 Recovery Park, Detroit (Graduate)
29 Drawings & Practices
3
32 School of Lutherie Program, Atlanta (Undergraduate)
Art Design of Published Books (Undergraduate)
11 Greektown Theater & Plaza, Detroit (Graduate)
17 NEZ Prototype, Detroit (Graduate)
2
School of Lutherie Program, Atlanta
3
4
5
6
7
8
9
10
Greektown Theater & Plaza, Detroit
11
Landscape Management
Entrance
Transit
North-side Elevation
East-side Elevation
Landscape
12
Climbing vine
Bird View
Landscape Column Shrub Layer
Pavement
LiTracon
LED Light 13 Street View
Proposed Construction Layers
Climbing vine
Power Transmission Pipe
Plant Nutrient Transporting Pipe
Plant growth LED
LiTracon Detailed Section 14
Theater Section
GIS Analysis
(dollar/sq feet)
15
Building Skin Analysis
Light and Building Skin Analysis
16
NEZ Prototype, Detroit
[sw]LAB: NZE is a Net Zero Energy (NZE) project conceived by studio[Ci] in partnership with the Detroit Public Schools (DPS) preK-8 Sampson Webber Leadership Academy (SWLA) in the Tireman neighborhood to implement an “energy farm and outdoor classroom”. studio[Ci] has several primary goals for this project: 1. ENERGY: Design, fabricate, and install a prototype module of our NZE system on the school site, including a solar/water collection array, storage and irrigation system, enhanced public realm and learning gardens. 2. EDUCATION: Develop NZE lesson plans for the outdoor classroom focused on a monitoring protocol and “active learning” supporting the DPS/LTU STEAM curriculum for students and training neighborhood residents. 3. EQUITY: Co-production and process with the neighborhood to implement the long term vision of a collectivized micro grid, community/research center, cooperative ownership, and a new knowledge based/ NZE economy. The prototype will hybridize several NZE technologies and functions: 1. Collect solar energy year round through Photovoltaic (PV) panels, then convert that power into electric power to support the school. 2. Collect rain water in three seasons with a water management system to irrigate the learning gardens. 3. Leverage SWLA’s award winning recycling and composting initiatives to minimize and eventually eliminate waste. My work has focused on following three areas: site, sun&shadow, and scaling analysis. 17
sw[LAB] NZE PROTOTYPE SHADOW STUDY
JANUARY (9:02-18:10)
FEBRUARY (8:46-18:46)
MARCH (8:08-19:22)
APRIL (7:15-19:58)
MAY (6:28-20:32)
JUNE (5:58-21:03)
JULY (5:59-21:13)
AUGUST (6:25-20:52)
SEPTEMBER (6:57-20:07)
OCTOBER (7:29-19:14)
NOVEMBER (8:05-18:26)
DECEMBER (8:42-18:01)
LOCATION: Sampson Webber Middle School, 4700 Tireman Ave Detroit, MI 48204 COORDINATES: Latitude 42.35, Longitude:-83.11
SHADOW RANGE : FROM SUN RISE TO SUN SET AT 1ST OF EACH MONTH （Based on Detroit City area weather data）
Current condition analysis
1 Site: Iterating a site plan through diverse inputs that can be easily recognized by our constituency groups and the general public. Studying the holistic and reciprocal relationship among public realm and public transit in a broader Detroit context, the Tireman neighborhood, and the site.
Prototype Model Making
18
Prototype Types "The Bolt"
"The X"
"The One Sided"
19
Canopy Design
Human View
Site Plan with Whole Canopy
Scaling the System: Replicating, based on the design and the Sun+Shadow study, the single prototype module to a group modules, then scaling those modules to create a canopy. The parametric design exercise considered “rules� such as proximity to active site entrances, visible from surrounding streets, affording at least 8 hours sunlight, etc. 20
Street View Analysis
Sun+Shadow: Utilizing parametric design to build the system + site model in Rhino, and then analyzing the impacts and benefits of light, shadow, view, and system location on site to achieve technical, performative, and use metrics. 21
Shadow & Active Analysis for Canopy
Final Management of Canopy
Shadow Impact between Building, Prototype and Canopy 22
A comprehensive existing condition analysis
Detroit
Teamwork My Part: Case Study, Concept, Greenway & Green Infrastructure lvd
GM Detroit-Hamtramck Assembly Center
dB ran
EG
A comprehensive existing condition analysis lvd
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GM Detroit-Hamtramck Assembly Center
Existing Buildings
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Existing Condition
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Kir
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EQ Detroit
by
Kir
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Park
For
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Residential
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EQ Detroit
UNESCO oil Park
UNESCO oil
Residential
Gra
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Boxing gym
est For Boomer Construction Materials
Boxing gym
Gra t
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est For Boomer Construction Materials
Church
Plymouth Educational Center
Church Plymouth Educational Center
Pepsi-Cola
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Pepsi-Cola
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Wil
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Bus Lines Service roads Fast lanes Slow lanes Dedicated bike lanes Bicycle friendly roads Bus Stops Eateries, shops, hotels, Churches Parks Industrial, manufacturing, etc Residential Detroit Waste Incinerator
Michigan's Active Leaking Underground Storage Tanks(LUST) DEQ Leak Tank
Bus Lines Service roads Fast lanes Slow lanes Dedicated bike lanes Bicycle friendly roads Bus Stops Eateries, shops, hotels, Churches Parks Industrial, manufacturing, etc Residential Detroit Waste Incinerator
Michigan's Active Leaking Underground Storage Tanks(LUST) DEQ Leak Tank
23 Lawrence Technological University Detroit Studio/ Urban Design 2 Spring 2015
Lawrence Technological University
Greenway
Pick your own farm
Green building
High-tunnel
Tree hop
Creek landscape
Commertial area landscape
24
Greenway Typology
Greenway Type 1
Greenway Type 2
Greenway Type 4
Greenway Type 3
Direction 1: Greenway Direction 2: Vehical Street Blue area: Crosswalk, painted in
25
House Types (other team members) & Land Use
Tw i n h o u s e o r s e m i detached:
Two-unite or Duplex house:
Farmhouses near the farms Three-unite or Triplex:
Four-unite or four-plex:
Small house dimensions
26
Identify different methods used to maintain healthy soil. Use alternative and sustainable methods to avoid soil with high probable contamination.
Fa rm Ty p e s
Proposed Guidelines
(other team members)
Identify Sources of Contamination
You can conduct a formal environmental assessment (study) of the land you are interested in using for urban gardening. (See Fig.1) There are two types of assessments: Phase I and Phase II Environmental Asse -ssments.
Supporting Data from sources Source
Lead
Paint High Traffic
5. Soil next to schools and busy streets
6. Soil next to industry
7. Soil located away from high traffic areas
Ph of the soil (Steps)(See fig.3)
Dioxins Cadmium Copper
Molybdenum, sulfur Stoddard solvent & tetrachloroethene
3 4
petroleum products 5
8. Soil located away from high traffic areas
Source: www.epa.gov/brownfields/urbanag/
acidic
6
Location Urban farms on Fig.1aof Location of Urban farms on the the site. site.
alkaline neutral Ph Scale
27 Step 1: Sieve your soil sample to remove stones and any debris such as twigs and roots of plants.
8
Polycyclic Hydrocarbons (PAHs)
Fig.1 Contamination type based on site location Source: www.epa.gov/brownfields/urbanag/
7
Zinc
Burning wastes
Coal ash
2
1
Contaminants
Phase I Commercial/ A review by a trained environmental industrial professional of historical site uses site use interviews with neighbors and, if possible, 1.site Soil near 2. Soil near Soil away 4.Sewage Soil away Sludge owners, and a visual site 3.inspection highways highways from busy to determine the potential for and type of from busy Dry cleaners streets streets contamination at a site.(See Fig.1a) Phase II If a Phase I assessment determines that there is potential for contamination at the site, a Phase II assessment is conducted to sample for contaminants and locate any impacted areas.(See Fig.1b)
Supporting Illustrations
acidic
neutral
alkaline
1. Soil near highways
2. Soil near highways
Green Infrastructure
Green Buffer
Free Picking Farm
Plant Management
28
Traditional Chinese Garden Analysis (Undergraduate)
Drawings & Practices
Hand Drawing for Work Shop (Graduate)
29
Game Character Design
30
Hand Drawing for Case Study of Grand Rapids
31
Art Design of Three Published Books
32