VIVIANAVILLA
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3 8 0 3 P o n d A p p l e D r i v e W e s t o n , F L 3 3 3 3 2 9 5 4 . 6 7 0 . 4 8 4 7 v i v i a n a v i l l a @ l i v e . c o m
I hold a Bachelor's in Architecture from Florida Atlantic University. My exceptional thinking and graphical skills are of great assets for your business. I am career-‐oriented, hard working and committed to achieving long-‐term goals and aspirations. I have excellent communication skills and I am able to learn new concepts quickly. Education Bachelor of Architecture December, 2014 Florida Atlantic University, Ft Lauderdale, FL School of Architecture CPTED Certification December, 2014 High School Diploma May, 2009 Cypress Bay High School
Educational Experience
Miami-‐Dade County Resilient Redesign
State Road 7 Comprehensive Master Plan -‐ City of Hollywood FAU Charette Competition Award -‐ First Place FAU Charette Competition Award-‐ Second Place
Spring 2014 Fall 2013 Spring 2013
Experience
Euro Design Group
May, 2014
Miami, Florida Alta Liberty Project -‐ I designed and helped with kitchen and vanity shop drawings for the interiors of the project Alta Liberty in Maryland. It consists of 300 residential units, 14 different kitchen and bathroom style and variations. Drawings include detailed floor plans and elevations of units and information of project. I also helped with redesigning and producing order lists. Other work-‐ I helped create many proposal takeoffs for future jobs by measuring and counting kitchen cabinets and countertops. All include residential, luxury condos/hotels, and studios
Skills
Computer
AutoCad -‐ Sketchup Microsoft Office (Word, Excel, PowerPoint) Adobe Suite (Illustrator, Photoshop) Drafting Free hand sketching, schematic design, construction drawings Graphic Design Visual presentations, page layouts, boards, conceptual illustrations
English + Spanish
Languages
Fluent (speaking, writing and reading)
Fall 2014
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3Levell DN
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Units c + d 1 bed 2 bath alcony 3 balcony udio 4 studio hotovoltaics 5 photovoltaics
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orage * storage
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Natural Light
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energyCOLLECTION
rain
energyCOLLECTION
PlantsPURIFICATION
GreenWALL
BioSWALE
BioSWALE
GreenWALL
PlantsPURIFICATION
MAx
50’-0�
70’-0�
Site to Building
Massing
living units
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PRIVACY
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a
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Structure
energy
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Symmetry and Balance
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water
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M E A S URE
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Energy Flows + Energy Future Interactions among all the energy flows in a building in the future should produce a systematic method of planning and upgrades that maximize energy and cost savings. Many opportunities exist for reducing supplemental electric and heating loads in a building, thereby paving the way for smaller, lower-costequipment in fan and HVAC systems. Here are the best savings strategies: + Develop habit of energy-conservation behavior Load reduces by turning off equipment when it is not in use and enabling energy-saving settings for computers and monitors. + Upgrade the building envelope with high-performance windows, window films, shading, upgraded roof insulation, or a cool roof.
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U N D E R S TA N D I N G & C A L C U L AT I N G E U I kBtus/sf or better known as the EUI, energy use intensity, is a unit of measurement that describes a building’s energy use. EUI represents the energy consumed by a building relative to its size
Energy Use Intensity & 2030 Challenge Targets by Building Type
Energy Use Intensity by Building Floorspace
U.S. Climate Zone 5 Building Type
Lodging
1,000- 5,000 ft2 0.0
Lodging 20.0
30.0
60.0
80.0
100.0
120.0
Annual Energy Use kBtu/ft2
Annual Energy Cost ($/ft2)
102
$1.62
140.0 0.0
kBtu/ft2/year
50.0
100.0
150.0
200.0
250.0
300.0
kBtu/ft2/year 2030 70% Target (2015)
2030 60% Target
Energy Use Intensity
Averaged Energy Use Intensity and Cost for US Climate Zone 5 - Housing ANNUAL ENERGY USE (kBtu/sq ft) 102 2030 Challenge TARGET 60% TARGET 70%
40.8 30.6
1 studio 300 sq ft 1 bedroom 500 sq ft 2 bedroom 750 sq ft
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30,600 kBtu 51,000 kBtu 76,500 kBtu
H O USING
proposed site building sq ft number of levels number of users number of units
ANNUAL ENERGY COST ($/sq ft) $1.62
$486 per year $810 per year $1,215 per year
CONS UMPT I ON
3,500 sq ft 1,850 sq ft 3 7 people 4 units
MAJOR APPLIANCES Water Heater 4 Refrigerator Range Other
3,500 WATTS X 4= 14,000 WATTS 325 WATTS X 4 = 1,300 WATTS 4,500 X 4= 18,000 WATTS 5,000X 4 = 20,000 WATTS
LIGHTING and Electrical
110 KW/ Hour
number of showers 4 (water heaters) number of outlets 16 number of cooling systems 4 Total power required 29,362.5 Watts per day (600 Watts per hour) Total power provided by solar panels 1,850 sq ft = 266,400 sq in x 70 milliwatts= 18,648,000 milliwatts x 5hrs = 93,240,000 millwats/day 93,240 Watts 93.24 Killowatts Number of panels 1 panel = 4 cells= 4 sq in = 70 milliwatts/hour
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S TR ATE G IE S
All new buildings, developments and major renovations shall be designed to meet a fossil fuel, GHG-emitting, energy consumption performance standard of 60% below the regional (or country) average/ median for that building type These targets may be accomplished by implementing innovative sustainable design strategies, generating on-site renewable power a nd/or purchasing (20% maximum) renewable energy.
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Th an k you
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