Design Portfolio

Ryan Dillon, LEED Green Associate 6100 Henry Avenue, Philadelphia PA, 19128 • (603) 264-7362 • [email protected]

OBJECTIVE: Seeking a design position with a sustainability oriented architectural firm. EDUCATION: Philadelphia University, Philadelphia PA

Master of Science in Sustainable Design, May 2012 Graduate Certificate in Sustainable Practices, August 2011

GPA 3.92

Keene State College, Keene, NH Bachelor of Science in Architecture, May 2009 GPA 3.32

PROJECTS: “Gastronomy Gateway,” Fall 2011

o Designed, 3D modeled, and performed a daylight analysis for a new construction marketplace located in East Falls, Philadelphia

“Miami Day School,” Summer 2011 o Designed, computer drafted plans, energy modeled, and calculated energy

and water consumption for an academic building in Miamia, FL. EXPERIENCE: Habitat for Humanity, Philadelphia, PA January 2012- Present Sustainable Design Intern

o Researched current Habitat practices to determine LEED compliance and make recommendations for improvements.

o Supported volunteer staff on site during construction. o Researched various loan and grant opportunities available to promote

green practices such as stormwater management and LEED certification. Sullivan Construction, Bedford, NH May 2011- January 2012

Intern Assistant Project Manager

o Reviewed product submittals for current projects to verify compliance with architect specifications.

o Worked closely with clients and subcontractors to assemble estimates for both hard bid and design build projects.

o Supported superintendents on-site including demolition and site work. o Developed a series of spreadsheets for calculating LEED compliance and

assisted writing an indoor air quality management plan.

SKILLS: Software: Microsoft Office Suite, Revit Architecture 2011, Adobe Creative Suite CS 5.5, 3ds Max 2012, Ecotect Analysis 2011, Sketchup 8, E-Quest 3 Abilities: Site Analysis, Energy Modeling, Computer Rendering, Architectural Drafting, Concept and Design Development, Blueprint and Construction Document Reading, 3-D Modeling, Daylight Analysis

Table of Contents

Apartment Renovation Live/ Work Space

Spofford Lake Boathouse .....11

Adams Technoogy Building .....19

Miami Day School ..................29

Gastronomy Gateway ...........39

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Urban Redevelopment, Group ProjectGraduate Sustainable Studio 2011Philadelphia University

Gastronomy Gateway East Falls Philadelphia, PA

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Site Analysis

This series of graphics displays the of relationship between the site and its interaction with the community and natural features. Most notably, the prevailing winds follow the Schulkyll River by blowing to the southeast 8 months of the year blowing to the Southeast, providing a great opportunity to naturally ventilate the interior spaces of the building. The site also has terrific solar exposure year round, as the surrounding buildings are only one or two levels.

Kelly Drive, to the south of the site is a major commuting hub into Center City Philadelphia which sees over 20,000 cars daily. Also along Kelly Drive is a walking path, a small piece of the larger Fairmount Park. This path continues on for the six miles into the city and sees a fair amount of foot traffic at this junction of the path.

East Falls is a neighborhood currently renventing itself as a lively district on the outskirts of Philadelphia. There has been

Traffic Patterns Site Views Entry Points

Natural Processessubstantial development in the past few years, however this site has remained an eyesore to those passing by. The Falls Bridge to the south is a nearly 100 year old historical landmark which connects East Falls with Wynnefield Heights, an important commercial district.

Site Development

The building shape is oriented to maximize solar exposure as well as provide views towards the East Falls Bridge. A courtyard patio space provides outdoor seating during the summer months, as well as allowing a space for the market to overflow into.

Trees at the southwest corner of the site block low, evening sun during the summer. The southern edge of the site is a stormwater retention basin which retains stormwater and channels it back to the building to partially satisfy water needs by the vertical garden.

Heating and cooling needs are provided by 50 geothermal wells along the perimeter of the site.

Series of Conceptual Diagrams Final Site Plan40 41

Developing the Program

VisionEat, shop, learn and play at the diverse culinarycollaborative of East Falls. Enjoy the unique gathering destination which celebrates local food, community, and sustainable practices.

Mission StatementTo provide the community with access to local,responsibly sourced healthy food products andexperiences.

Guiding Principles• Food center that supports local agricultureand urban farming through on-site verticalgardening and culinary classes• Farm-to-table restaurant that specializes inregional produce• Grocery store to satisfy the community’sdemand• Micro brewery to create a popular destinationfor East Falls and surrounding communities• Promote transparent sustainable practices• Frame views of the East Falls bridge andSchuylkill River• Achieve LEED Platinum certification

Passive Strategies

1. Operable windows provide natural ventilation2. Light shelf directs light deeper into the space3. Photovoltaic panels4. Cross ventilation cools the marketplace5. High albedo roof reflects solar radiation6. Negative air pressure flow7. Suspended mesh ceiling evenly distributes light8. Window overhangs control summer sun

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Marketplace Section

First Level

MarketplaceGrocery Store

Second Level

ClassroomPatioRestaurantMicrobrew

Third Level

Vertical Garden (Levels 3-5)Event Space

Rendering of the Microbrewery

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Active Strategies

1. Mechanical room for grocery, event space, microbrewery and classroom2. DuctSox™ duct system3. Radiant Floor Heating4. Mechanical room for main lobby and vertical greenhouse5. Air tower heating and cooling system6. Transparent cistern7. Geothermal pump room8. Mechanical room for restaurant and market space9. Geothermal wells

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Building Section

Rainwater Retention

1. Rooftop rainwater retention system2. Transparent cistern channels water from the roof in through the market. 3. Garage level cistern capable of holding enough water during a 6” storm (200,000 gallons)4. Extensive green roof

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Marketplace Section

Rendering of North Elevation Rendering of Marketplace

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Daylight Analysis

A series of shading strategies were neccessary in order to provide optimal, comfortable day lighting within the main interior space. Ecotect Analysis was used to determine the daylighting levels of the marketplace. Typically, a public space like this demands lighting levels in the 40-70 foot-candles range, shown in red. The baseline analysis showed levels far beyond this, actually surpassing levels 400 foot-candles, shown in yellow.

Series of design changes to the market

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Shading Strategy 1: Additional first level overhang and spandrel glass

Shading Strategy 2: Increased footprint of the second level

Shading Strategy 3: Series of overhangs, lightshelves, and suspended mesh ceiling

Daylight Analysis Before Shading Strategies

Daylight Analysis After Shading Strategies

Deskop Radiance was used in conjunction with Ecotect Analysis to create a 3D rendering showing how the daylighting effects the interior space. Using the software, I was able to apply contour lines to describe the change in the lighting conditions.

The two images to the right, taken from the same camera show the difference in lighting before and after implementing the shading strategies described on the previous page. The upper image showing no shading strategies shows the harsh lighting levels concentrated at the middle of the space. The image below with the shading strategies shows the lighting levels being evenly dispersed throughout the space.

The image below was taken from the Revit model. By cutting away the walls on different planes, it reveals the interaction between lower level market and upper level restaurant, as well as shows the design changes in a more detailed 3D image.

3D Rendering Before Shading Strategies

3D Rendering After Shading StrategiesModeled Using Ecotect Analysis 2012Rendered Using Desktop Radiance

3D Section of the Marketplace

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Contact Information

Ryan [email protected]

View From Kelly DriveModeled Using Revit Architecture 2012

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