MADISON COTELLESE Portfolio
TABLE OF CONTENTS
Apothecary
Miquon Campus
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Studio Apartment
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Wellness Retreat
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Agriculture Center
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Biophlex Office
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APOTHECARY This high-end apothecary was inspired by the process of obtaining essential oils through distillation and decomposition of plants. Located in a boutique building in Manayunk, the use of natural and recycled materials achieved the goal of a sustainably finished interior project. Programs Used: AutoCad, Revit, Photoshop
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STUDIO APARTMENT These renderings are from an advanced visualization class. It provided the chance to improve rendering skills using 3ds Max, and introduced SketchUp as a modeling program. The dining table was custom made for the project which required the use of three different materials. Programs Used: SketchUp, 3ds Max, Photoshop
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CAPSTONE: WELLNESS RETREAT The wellness retreat was designed after completing a semester of research on wellness history, context, and program. It is located in the Philadelphia Navy Yard and is open to overnight guests and the general public. The interior being heavily driven by biophilic design, appeals to the human senses, and creates a comfortable, flowing space for the mind and body. Programs Used: AutoCad, Revit, 3ds Max, Photoshop
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MIQUON ELEMENTARY CAMPUS The project for this studio was focused on an ecological landscape. Still with net-zero energy in mind, the site for this school supports sustainable thinking and the natural environment. Guiding principles for the project included optimizing energy efficiency with passive strategies and creating a biophilic environment driven by human comfort and ecology. It was imporant to uphold the ideals and values of the Miquon school on a new urban campus..
Programs Used: AutoCad, SketchUp, Sefaira, Photoshop
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LANDSCAPE ZONES
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PLANT AREAS 1. Flooded Forest Red Maple Red Oak Sweet Birch Flowering Dogwood Maple Leaved Viburnam Knotweeds 2. Rushing Waters Bluejoint Reed-Canary Grass Joe Pye Weed Swamp Dewberry New York Ironweed 3. Pollinator’s Point Common Milkweed Butterfly Weed Mountain Mint Black-eyed Susan Cardinal Flower 4. Singing Stones Moutain Laurel Smooth Alder Blue Cohosh Spicebush Jack in the Pulpit Wood Ferns RECREATIONAL AREAS 5. Growing Garden Crops 6. Play Patch Playground Game Field
METRICS and SYSTEMS Rainwater Management A rain garden to collect from parking and other impervious surfaces A bioswale leads to a rentention pond to capture runoff Green roofs provide habitat and collects rainwater Interior and exterior citerns for rainwater harvesting 100% managed on site Energy Before Solar EUI= 39 kBTU/ft2/year After Solar EUI= 7 kBTU/ft2/yr Experience 100% of workspaces have views to the outdoors 92% of workspaces have access to a window for natural light and air
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AGRICULTURE CENTER The goal of this studio was to design a building by first reaching netzero energy, and then develop the architectural integrity. The agriculture education center is for the community of Eastwick in southwest Philadelphia. Guiding principles for the project included optimizing energy efficiency and connecting and educating residents through an accessible center that strengthens integration with natural systems.
Programs Used: AutoCad, Revit, Insight 360, Photoshop
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A. New pathways connecting to residences B. Grading to naturally blend into the existing topography C. 1:20 slope hills starting at ground level and leading to second floor D. Garden plots for community members E. Rain garden
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PV Array
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METRICS and SYSTEMS Before Solar EUI= 24 kBTU/ft2/year After Solar EUI= -2 kBTU/ft2/yr 92% of landscaped areas covered by native or climate appropriate plants 100% of workspaces have access to a window for natural light, air, and views 94% reduction in water use versus baseline -interior cistern for flushing water closets collected from second story roof HVAC High efficiency geothermal heat pumps -vertical, closed loop -water to air Rainwater Management Rain garden to collect from parking and other impervious surfaces Exterior citerns Intensive green roof
EUI Countdown 334 225 84 28
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Preliminary Design
Passive Design
Building Envelope
Power Settings
Photovoltaic Settings 40
BIOPHLEX OFFICE By renovating a converted industrial building in the artsy town of Callowhill, Philadelphia, and introducing an ecological interior landscape, a more comfortable, indoor environment was created that boosts productivity and supports mental and physical health for occupants in the office space. The design focused on worker flexibility, improving indoor environmental quality, and strengthening the relationship between employees and nature.
Programs Used: AutoCad, SketchUp, Sefaira, Photoshop
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Notes 1. Interior landscape 2. Green wall with active biofilter 3. Potted plants 4. Water feature outside of cafe for acoustics
5. Assigned workstations 6. Soft seating collaboration 7. Single focus seats and small meeting rooms 8. Outdoor area 9. Cistern
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10. Hanging planters 11. Informal work area 12. Caps for rooms below
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13. 4’ high clerestory 14. 6’ high clerestory 15. Overhead shading
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Thermal Comfort Inputs Operative Temperature: 70 F Air Speed: 0.1 m/s Relative Humidity: 60% Metabolic Rate: 1.1
Summer Breeze HVAC Packaged terminal heat pumps with a split systems Natural ventilation through operable windows on south facade and clerestory Shading 3’ louvres along south windows 2’ horizontal shading along the southern clerestory Automated interior shades based on solar heat gain
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METRICS and SYSTEMS With using an existing building, there was limited control over the building envelope and site conditions, presenting a challenege to achieving net-0 energy. Energy Before Solar EUI= 55 kBTU/ft2/year After Solar EUI= 14 kBTU/ft2/yr Experience 100% of workspaces have views to the outdoors Rainwater Management Three 6’ diameter cisterns on the second level to collect rainwater from the roof Garden area serving as pervious surface
- Cistern - Pervious Surface - Direction of Water *An underground cistern will hold the remaining 8,468 gallons in case of a 1.5 inch storm event
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CONTACT INFORMATION Name: Madison Cotellese Phone: 484.944.4490 Email: mads02@comcast.net LinkedIn: https://www.linkedin.com/in/madison-cotellese/
Thomas Jefferson University