protfolio EN
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4 8 16 32 PETAL PAVILION_COMO PARK_SAINT PAUL, MN ASSIGNMENT 02_ TASK 02b_SITE PLAN 1037 3rd Ave Apt # 4 Brookings, SD 320-220-1789 [email protected] EMILY NELSEN PORTFOLIO The first project in my portfolio is the pavilion project from Fall 2015 graduate studio. I designed a science pavilion for Como park in saint Paul, MN. I was inspired by flowers. I studied the dahlia and used it to inform the design. The name of the project is petal pavilion. I looked at the symmetry of the dahlia and translated it into a building. The second project I have included is from Fall 2016 studio. The governor of South Dakota granted our Architecture department money to design and build a Passive House in Brookings, SD. The sale of the passive house will fund the next passive house. A passive house has continuous insulation, no thermal bridges, air tight, triple pane windows and doors, ERV/HRV and water tight. Our studio worked as team to design a Passive House. Our studio professor Charles MacBride and us 6 graduate students worked together. We ran the studio like a real office. We each had our responsibilities. I was in charge of specifications and trained to become a certified passive house consultant. I went to Philadelphia, PA to the Passive House Institute of United States conference. I went to New York to attend classes and take the test to become a certified passive house consultant. I am have submitted my design test soon and will soon find out if I have passed. Title of content 1_intro and Como site plan 2_1”=4’ Framing model, 3/4“ Envelope model 3_ Ceiling plan and floor plan 4_ Section and elevation 5_ environmental systems diagram 6_ Thesis diagram and structural diagram 7_ Assembly diagram 1 8_Passive House rendering 9_ 1st and 2nd floor plans 10_ Elevations 11_Sections 12_ Wall assembly
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Transcript of protfolio EN
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1632
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 02_ TASK 02b_SITE PLAN
1037 3rd AveApt # 4Brookings, [email protected]
EMILY NELSEN PORTFOLIO
The �rst project in my portfolio is the pavilion project from Fall 2015 graduate studio. I designed a science pavilion for Como park in saintPaul, MN. I was inspired by �owers. I studied the dahlia and used it to inform the design. The name of the project is petal pavilion. I looked at the symmetry of the dahlia and translated it into a building.
The second project I have included is from Fall 2016 studio. The governor of South Dakota granted our Architecture department money todesign and build a Passive House in Brookings, SD. The sale of the passive house will fund the next passive house. A passive house has continuous insulation, no thermal bridges, air tight, triple pane windows and doors, ERV/HRV and water tight. Our studio worked as team to design a Passive House. Our studio professor Charles MacBride and us 6 graduate students worked together. We ran the studio like a real o�ce. We each had our responsibilities. I was in charge of speci�cations and trained to become a certi�ed passive house consultant.I went to Philadelphia, PA to the Passive House Institute of United States conference. I went to New York to attend classes and take the testto become a certi�ed passive house consultant. I am have submitted my design test soon and will soon �nd out if I have passed.
Title of content1_intro and Como site plan2_1”=4’ Framing model, 3/4“ Envelope model3_ Ceiling plan and �oor plan4_ Section and elevation5_ environmental systems diagram6_ Thesis diagram and structural diagram7_ Assembly diagram
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8_Passive House rendering9_ 1st and 2nd �oor plans10_ Elevations11_Sections12_ Wall assembly
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05b_CEILING PLAN
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05b_MAIN FLOOR PLAN
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PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05b_TRANSVERSE SECTION 1
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05b_ELEVATION 1
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PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05c_ENVIRONMENTAL SYSTEMS DIAGRAM
ACTIVE GEOTHERMAL_HEATING_ INFLOOR HEATING WITH BOILER
ACTIVE GEOTHERMAL_COOLING_ INFLOOR COOLING WITH BOILER
During the winter, the pavilion will use geothermal to heat. The boilerwill bring it up to the desired heat. The heat will be distributed via in-�oor heating. The heat will then rise and provide comfort.
During the summer, the pavilion will use geothermal to cool. The boilerwill than bring it to the desired temperature for comfort. The cooling willbe distributed via in�oor cooling.
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05c_ENVIRONMENTAL SYSTEMS DIAGRAM
PASSIVE VENTILATION AND COOLING
ACTIVE VENTILATION
Natural ventilation will be used to cool the pavilion. The air will push the warm air out of the building creating a draw. This will help with the comfort level.
Fans will be used to provide active ventilation. They will helpcirculated the air and more e�ectively heat and cool the space.
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PETAL PAVILION_COMO PARK_SAINT PAUL, MNARCH 521_ASSIGNMENT 04_THESIS DIAGRAM
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PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05c_STRUCTURAL DIAGRAM 1
PETAL STRUCTURE
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KALWALL KALWALL
ALUMINUM FRAME LIQUID SMOKE INSULATION
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05c_STRUCTURAL DIAGRAM 2
PETAL ASSEMBLY
1''=2'
PETAL PAVILION_COMO PARK_SAINT PAUL, MNASSIGNMENT 05_ TASK 05c_STRUCTURAL DIAGRAM 3
How the petals join.
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