evelyn thomas portfolio
TRANSCRIPT
E v e l y n T h o m a s
Professional Experience Professional Skills
Research Topics
References
Education Profile2014-2015Architecture and Urban Design | MasterSchool of Architecture and DesignNew York Institute of Technology, New York, NY
1, Second Street, Apt #909Jersey City, NJ 07302
2007-2012Architecture | BachelorSchool of Architecture and DesignManipal Institute of Technology, Karnataka, IN
January 2015 - December 2015 Graduate Assistant | New York Institute of Technology, NYMix of Administrative, Research, Communication and Production Responsibilities
July 2010 - November 2010Architecture Intern | Edgar Demello Architects, Bangalore, INStudy Models, Site Research and AnalysisMaterial Selection with the clients
2012Freelance ProjectsDesigned a logo for Neo-Structo Constructions Pvt. Ltd.,Gujarat, INDesigned the interior of an office in Zambia.
September 2015 - January 2016Urban Design Intern | Department of City Planning,NYUrban Design Projects and Field Research and Community Meetings
Available upon request
Competitions & Workshops
2012 | MAXX-SOLAR ENERGY, Johannesburg, RSACompleted an advance course on Solar Energy and Roof Installations of PV panels
2012 | DRAMANON (English theatre group), INSet designer
2008 | SAARC (South Asian Association for Regional Co-op), Pune, INWas part of a design team of 20 people and worked on “Housing for the Urban Poor” project.
Photoshop
Rhinocerous
Autodesk AutoCAD
MS Office
Illustrator
ArcGIS
Indesign
Google SketchupRevit
in https://www.linkedin.com/in/evelynthomas29 [email protected]
316.882.9833
March 2013 - October 2013Junior Architect | Kabir Hira Architects, Bangalore, INCommercial and Residential Projects, Construction Details and Documents
Recent urban and regional design graduate seeking to obtain aposition in which my qualifications and skills gained throughout studies and associated work experience, may positively contribute to the continued growth and sustainability of today’s society.
Excellent ability in free hand drawings and sketches.Good Knowledge of streetscapeand landscape design.Well-communication,presentation and leadership skills.
Urban Climate Change Research Network - Assessment Report on Climate Change and Cities
Urban Design for the Elderly
COP21 Paris: Cooling A Hot City
Parks And Environmenal Considerations, Paris
MAIN ST
FRANKLIN ST
SLEEPY HOLLOW
FOOTBRIDGEPARKING BUILDING
MIX USE COMMUNITY
COMMERCIAL SPACE
WET LAND
GREEN CORRIDORBRT ROUTEALTERNATIVEBRT ROUTE
CVS
CHURCHVILLAGE HALL
BANK
GROCERY STORE
LIBRARY
SCHOOL
GROCERY STORE
Professional Skills
References
Transit Oriented Pedestrian Community Tarrytown, NY
The proposed development places a par-ticular focus on sustainable and healthy living, with programs catering to both young and ageing demographic. The buildings are shaped to create scenic walkways and connect paths between the many buildings of the complex.
With a network of pedestrian/bike paths weaving through the ground-level com-mercial space, car traffic on the site will be virtually eliminated. In addition, the green roofs act as another method of further mitigating the heat and a low energy incentive.Community and neighborly interaction are encouraged in the very shape of the building. The public path becomes a social condenser; a path where people can leisurely shop, have informal gatherings, go jogging, or take walks.
All in all, the primary aim is to create a seamless combination of archi-tecture and nature that will provide a quintessential environment for communal facilities and sustainable living … leading to a healthy and happy lifestyle.
WILDEY STREETMAIN STREET FRANKLIN STREET
CHURCH STREET
SARAH MICHAELS PARK
VILLAGE HALL
OFFICE
COMMERCIAL
RESIDENTIAL
PARKING
CONTINUOUS PATH
N
TYPE 1
TYPE 2
TYPE 3
MARSHY WETLANDS
BEFORERAILROAD AVE
BEFORERIVERS EDGE AVE
BEFOREMAIN STREET
RIVERS EDGE AVE
RAILROAD AVE
Inviting Resolve Aging Problem
Accessible Build Compact Community
Resilient Climate / Flood Resilient
Knowledge Corridor Downtown Brooklyn, NY
Downtown Brooklyn is currently char-acterized by surface parking, va-cant properties ,under-utilised F.A.R and siloed hubs of activity. This concept, however aims to enhance Downtown Brooklyn’s existing potential to create a unique urban meshwork through innovation, promoting entrepre-neurship and building community around the generation of ideas in a vibrant, mixed use setting.
Leveraging the potential of key institu-tional anchors within the district (Brooklyn Law School, Long Island University, and St. Francis College), this plan creates an environment that foster knowledge gener-ation and innovation and also strengthens connections within Downtown Brooklyn and to surrounding neighborhoods. So-cial economic, livability and environmen-tal sustainability are the key elements of the plan.
1,000’1,000’
SHIBAMY E M E N
Case Study
Population : 6794Density : 189,406.20/m2
GDP : $ 2,300 CO2 Consumption : 1 metric ton/ captia
Proposed Figure Ground - 2050Population : 66,666GFA : 300,000,00 ft² Density : 158,728 / mi²
To strengthen the connections between neighborhoods, the Brooklyn-Queen express way is removed to liberate more land for development and creating more density.
Clear Path Heirarchy Active Nodes VegetationActivity Nodes are destinations within the public realm, focused around the plazas which will fos-ter private investments over the time.
To maximize pedestrian comfort, tall trees with wide and dense canopy are planted along en-trance plazas and setback ar-eas, while causing minimal wind blockage to the pedestrian level.
AA
B
C
C
B
The aim of the project is to configure this district so that it can adapt and thrive in changing climate conditions, meet car-bon-reduction goals, and sustain urban populations in compact settings.
CLIMATEAnalysis
Energy Waste Heat
URBAN CLIMATE FACTORS
Morphology
Thermal Mass & Surface Reflectivity
Vegetation
AirFlowVentilation Corridor
Current Temperature 2050 Projected Temperature 2050
SUMMER WINDS
WINTER WINDS
SUMMER SUNRISE
WINTERSUNRISE
WINTERSUNSET
SUMMERSUNSET
The hyothesis is to test re-configuring urban form according to climate resilient strategies such as Building massing, Urban Ventilation, Solar impacts, Green infrastructure and Anthropogenic factors to shape the outcomes.
24
45 DEGREES 20 DEGREES
60
Jun Jul Aug12 AM
5 AM
12 AM
6 PM
12 AM
??? DEATHS
COP21 Paris: Cooling A Hot City PARIS, FRANCE
CO
45
38
41
43
36
34
32
29
27
25
CO
45
38
41
43
36
34
32
29
27
25
AUGUST 2006* SOURCE : National Climatic Data Centre Database
AUGUST 9th, 2003* SOURCE : National Climatic Data Centre Database
Temperature in Paris rose above 40 oC.Houses (usually of stone, concrete, or brick construction) do not warm too much during the daytime and radiate minimal heat at night, and air conditioning is usually unnecessary. During the heat wave, temperatures remained at record highs even at night, preventing the usual cooling cycle.
Temperature in Paris is usually below 25 oC. Although Cities are bit warmer com-pared to its surroundings
Jun Jul Aug12 AM
5 AM
12 AM
6 PM
12 AM
Aug 3th
Aug 3th
Aug 9th
Aug 12th
15,000 DEATHS
PEAK TEMPERATURE 40 oC
PEAK TEMPERATURE < 50 oC
2003
2080
30 METRES 20 METRES 10 METRES 5 METRES
Dimensions of streets for good Daytime Microclimate
10 DEGREES 5 DEGREES
24
DesiredNightime Microclimate
60
30
24
Extreme heat has joined the list of critical vulnerabilities that our cities must confront. 2014 was the hottest year on earth since record-keeping began and the 10 warmest years have all occurred since 1997.
Meteorologists forecast that cities like Paris and New York City will gain 2-3 degrees C on average this century, which will alter urban livability and ecosystem health. With increased global urbanization and hotter cities, a central challenge for designers-planners, scientists and policy-makers will be to create healthy micro-cli-mates for compact cities.
DESIGN PRINCIPLESDaytime
Nighttime
Wind Rose
Psychrometric chart
TYPICAL : PARIS 2003 HEAT WAVE: PARIS
KWH/M2Radiation
519.35461.64403.94346.23288.53230.82173.12115.4157.71<=0 577.05<=
- Lower speed variable winds- Non- directional
- Highly directional constant winds- Night breezes might be useful for
For Good Daytime Microclimate, Narrow streets with deeper street canyons and to provide additional shade through the use of trees, covered walkways, pe-destrian arcades.
For Nightime Microclimate, Nar-row streets with wide exposure to the sky mitigates the urban heat islands and ameliorate ur-ban microcli-mates and enhance outdoor thermal comfort.
Typical Year
Typical Year
2003 Heat Wave
2003 Heat Wave
Paris is usually humid - Heat wave was very dry- Water bodies / Vegetation are important