MICHAEL DELASH ARCHITECTURE DESIGN PORTFOLIO
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monie bay field station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 - 13
eco-campus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 - 21
connection outlook . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 - 29
oasis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 - 35
cv . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 - 37
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Monie Bay Field Station 2018 Field Research Station Team
This design finds its origin in the same way that the marsh finds its: it is the place where two entities become one and a transitional, interstitial space is the result. This space in nature is marked by the convergence of the water and land which results in the marsh. This building strives to create a similar space as a mediation between built and natural environments. In this design, this concept is seen at larger scales such as the unconditioned, yet semi-enclosed porch as well as the smaller scale, such as the overlapping of structural units and details. Additionally, the goal for this project is to reach net zero energy for the site and be capable of lasting decades in a rough environment. This project integrates many aspects of sustainable design from photo-voltaic panels and ground source heating to a highly insulated envelope to passive cooling. All of which fitting within the confines of a challenging site that is destined to change, the buildings proposed are capable of withstanding hurricane winds and tides, flooding, and a general expectation of rough usage.
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1 SLIDING HURRICANE SHUTTERS 2 WEATHER PROOFING BASE USING MDO 3 BUILDING LIFTED 2’ ABOVE MIN. REQ’D BY CODE 4 EXPENSIVE EQUIP RAISED UP TO MEZZ. LEVEL
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INTERSTITIAL SPACE
OVERLAPPING STRUCTURE
PUBLIC + PRIVATE
CIRCULATION
STORM PROTECTION
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PV PA
NELS
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RAIN COLLECTION
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REUSE GREYWATER
NW WIND
TO RETAIN-
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PRIMARY TREATMENT TANK WETLAND TREATMENT CYCLE DOSING TANK DRIP FIELD
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(10) GROUND SOURCE HEAT WELLS WARM WATER PUMPED TO BE USED IN BLDG HOT WATER USED IN SUB-FLOOR RADIANT HEATING COLD WATER CYCLED BACK TO WELLS
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STORMWATER
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GROUND SOURCE HEAT
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SLIDING CEDAR WD SLAT SCREEN SLIDING GLASS DOOR BEHIND
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CEDAR SHIPLAP 3/4” x 4” WD FURRING 24” O.C. WATERPROOFING MEMBRANE 2” XPS INSULATION VAPER BARRIER 3/4” PLYWOOD SHEATHING 6” HIGH DENSITY CLOSED CELL SPF IN 2” x 6” STUD CABITY AT 24” O.C. 3/4” GRADE A PLYWOOD FINISH
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RECYCLED CORRUGATED METAL SHEET WD FURRING 24” O.C WATERPROOFING MEMBRANE 2” XPS INSULATION VAPER BARRIER 3/4” PLYWOOD SHEATHING 6” HIGH DENSITY CLOSED CELL SPF IN 2” x 6” STUD CABITY AT 24” O.C. 5/8” GWB PAINTED
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3/4” x 12” HARDWOOD FLOOR, FINISHED WITH EPOXY IN LABS 1/8” PAD 1” BEDDING LAYER WITH RADIANT TUBING 16” O.C. 14” TGI JOIST 24” O.C. FILLED WITH HIGH DENSITY CLOSED CELL SPF (2) LAYERS 2” XPS INSULATION 3/4” MDO
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3/4” x 12” HARDWOOD FLOOR, 1/8” PAD 1” BEDDING LAYER WITH RADIANT TUBING 16” O.C. 3/4” PLYWOOD SHEATHING 14” TGI JOIST 24” O.C. 3/4” GRADE A PLYWOOD FINISH
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PV PANEL CORRUGATED METAL ROOF WD FURRING 24” O.C. WATERPROOFING MEMBRANE 3/4” PLYWOOD SHEATHING 3” XPS INSULATION 8” HIGH DENSITY CLOSED CELL SPF 3” TONGUE AND GROOVE WD DECKING
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Eco-Campus 2018 Campus Planning Group
The Eco-Campus is a newly developed region of the University of Maryland, College Park campus. It is north of Campus Creek and extends to the northern most tip of the property line. This project’s goal is to create a place on campus where sustainable practices can be housed as well as providing a framework to teach students about these practices. The only buildings that remain in this north campus development scheme are the basketball stadium and the adjacent parking garage, both of which are retrofitted with photo-voltaic panels and vertical farming, respectively. In this design, sustainability is integrated to the maximum possible extent, which includes wastewater treatment, rainwater collection, storm water management, energy generation, urban farming, green roofs, and minimal use of non-porous surfaces.
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1 - Mixed Use Dorms 2 - Academic 3 - Academic + Agriculture 4 - Waste treatment 5 - Library 6 - Existing Stadium 7 - Water treatment 8 - Solar Decathlon Houses 9 - Organized Quads 10- Amphitheater 11- Parking 12- Recreation Fields 13- Colonnade 14- Underground Parking
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Connection Outlook
2017 Civic Center Individual Connection Outlook is a cultural arts center with a wide variety of flexible spaces that allows for a congregation of the multifaceted nature of the surrounding city. The introduction of a formalized performance space will rejuvenate the musical atmosphere that used to be ever-present in Tenleytown, Washington D.C. The multifaceted recreational spaces, both indoor and outdoor will allow for the surrounding park to become a coveted destination with a wide variety of activities to participate in. The offices and studios in the building allow for classes for the arts to be taught within the community as well as a flexible space where the possibilities are endless.
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1 - Office 2 - Conference 3 - Toilet 4 - Garden 5 - Gathering
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GROUND LEVEL
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BASEMENT
1 - Entry 2 - Gathering Hall 3 - Lockerroom 4 - Spa 5 - Outdoor Stage 6 - Artist Studio
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LEVEL 4
LEVEL 3
LEVEL 2
1 - Cafe Seating 2 - Cafe Kitchen 3 - Multipurpose Class 4 - Toilet
1 - Auditorium 2 - Toilet 3 - Storage 4 - Multipurpose Class 5* - Weight Room (elevated by 5’)
1 - Gymnasium 2 - Lockerroom 3 - Multipurpose Class 4 - Rooftop Patio
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Oasis 2017 Pavilion Individual
The idea for this pavilion is to create an oasis within the heart of the campus’s commotion where one can find peace and take a moment to be calm. Formally, this pavilion creates the serene environment by enveloping people as they pass by and enclosing them in an organic clustering of large semi-dome-like structures. The pneumatic membrane material allows soft, diffuse light to penetrate through the translucent structure. The curved shapes allow for internal noise to be amplified--especially that of the water feature within--while reflecting the noise from beyond the structure. The semitransparent petals allow for visibility into and out of the pavilion at all times to allow for safety on this college campus site.
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36 University of Maryland, College Park Master of Architecture student in final year. Anticipated graduation from the program will be December 2019. Areas of interested include housing, civic, and research based projects. Places of study include Hawai’i, various parts of Scandinavia, and the Turks and Caicos Islands. Undergraduate degrees in interdisciplinary arts and biology.
EXPERIENCE TEACHING ASSISTANT University of Maryland, CP | Aug 2018 - Present Aided students in their learning process covering a range of topics including diagramming, sketching, writing, researching and studying RESEARCH ASSISTANT University of Maryland, CP | June 2017 - December 2017 Aided professor aqcuire data for a campus project related to the embodied energy of the buildings on campus. Mentioned in a published article for aiding ART CONSULTANT Wentworth Gallery | March 2016 - October 2016 + Shows until December 2018 Helped clients design their interiors and arrange their art. Worked with hands to hang, deliver, and show art to clients as well as mend damages
EDUCATION MASTER OF ARCHITECTURE University of Maryland, CP | Aug 2018 - December 2019 BFA INTERDISCIPLINARY ARTS + BS BIOLOGY University of Maryland, BC | 2015
SKILLS Illustrator Photoshop InDesign
CV
Rhino Revit AutoCAD
Sketchup PC + Mac MS Office
Sketching Modeling
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