9.0 NOLA 2200 White vs. Black Density NOLA 2020 Population: 365,212 White Population Density NOLA 2020 Population: 132,423 Black Population Density NOLA 2020 Population: 232,789 will have to come to terms with as people will immigrate to the USA because there situation. Something that I believe America is not prepared for is having climate refugees from there own country seeking national relocation as some states become more and more uninhabitable. Residence of New Orleans in 2005 were some of the first modern day climate refugees and we are now just realizing this. NOLA will see a drastic shift in its population density as it continues to see significant flooding do to storm surge and sea level rise. Understanding how the population of NOLA and the surrounding areas will look in the year 2200 with a 15’-0” SLR projection will be key to understanding the future of NOLA. With a decrease in land mass and an increase in flooding one could assume that the future of NOLA’s population would shift and redistribute along its new coastline.
9.0 NOLA 2200 Healthcare Facilities: 16 Louis Sullivan International Airport University Medical Center New Orleans NOLA Police HQ DR. MARTIN LUTHER KING JR. CHARTER SCHOOL Education Facilities 25 Police Station 17 Airports/Helipads 17
9.0 NOLA 2200 New Orleans is project to have 2-3 feet of sea level rise in the year 2050. New Orleans is extremely venerable during storms due to average storm surge during peak storm season being 4’-0” in 2019. One could imagine what this statistic looks like 20 the year 2050 where the amount of storms that hit NOLA has increased, sea level has risen and storms are surging more furiously than ever before. Over the next few decades the City of New Orleans will be faced with some tough choices and their response will literally shape the city for better or worse. If nothing is done and the climate situation is not taken more seriously in the United States and resilient architecture is not mandated in flood risk areas then the NOLA could no longer exist in the year 2200. New Orleans 2200: SLR 15 FEET
0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 30° 3'33.26"N 89°57'59.30"W 30° 1'56.64"N 90° 3'43.20"W 29°58'35.16"N 90° 0'16.31"W 29°57'7.31"N 90° 3'46.35"W 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 30° 3'33.26"N 89°57'59.30"W 30° 1'56.64"N 90° 3'43.20"W 29°58'35.16"N 90° 0'16.31"W 29°57'7.31"N 90° 3'46.35"W NOLA Sectional Analysis 1VTF: vulnerable to Flood Little Woods 86% 70% Suburb at Lake Edge Population: 31,698 At Risk to Flooding At Risk to Flooding Population VTF1 : 27,300 Gentilly Population: 37,298 University of New Orleans Population VTF1 26,200 9.0 NOLA 2200
0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 30° 3'33.26"N 89°57'59.30"W 30° 1'56.64"N 90° 3'43.20"W 29°58'35.16"N 90° 0'16.31"W 29°57'7.31"N 90° 3'46.35"W 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 0ft 25ft 50ft 75ft 100ft 125ft 150ft 175ft 200ft 225ft 250ft 275ft 300ft 300ft 0ft 5ft 10ft 15ft 20ft 30° 3'33.26"N 89°57'59.30"W 30° 1'56.64"N 90° 3'43.20"W 29°58'35.16"N 90° 0'16.31"W 29°57'7.31"N 90° 3'46.35"W 100% 30% Lower 9th Ward At Risk to Flooding At Risk to Flooding Population: 5,560 Lower 9 Fruit Park Population VTF1 : 5,560 French Quater Population: 3,888 Woldenberg Riverfront Park Population VTF1 : 1160 9.0 NOLA 2200
NEW ORLEANS 2220
NOLA 2020 Currently, New Orleans has 192 miles of levees and 99 miles of flood-walls that protect it from Flooding along the Mississippi. In the 2020 storm season alone, New Orleans saw 6 Tropical storms and reports of flooding and sever damages in 4 out of 6 of those instances. NOLA 2200 (2ft SLR) Ony 2 feet of sea level rise would put almost all of the area surround New Orleans under water. The only thing keeping NOLA sage in this scenario is the existing Storm Surge protection strategies they currently have and what they currently have is not sufficient enough to protect them. NOLA 2200(15ft SLR) New Orleans in the year 2200 would be subjected to a number of tropical storms per year. The Number of tropical storms per year is steadily increasing and is projected to double by the year 2100. With 15ft of sea level rise and a tropical storm, virtually all of NOLA is flooded with average flood depths in the region reaching 15ft. 9.0 NOLA 2200
This thesis Aims to explore a version of the future were the dynamic landscape of New Orleans and its outlying areas in the year 2200 with 15’-0” of sea level rise. In the Year 2200, this area of the US is hit on average with 10 tropical storms during peak season causing vast amounts of flooding. The key to NOLA 2200 lays within the shrinking of NOLA’s coastline and reinforcing said coast line with Barrier islands to break the wake and act as continual storm surge protection. The red line is the infrastructural line which is highlighting the areas along the coast that would need coastal protection projects and infrastructural development to keep the water calm to reduce flooding. The urbanization of NOLA in 2200 aims to protect historic areas and optimal fishing habitats. The orange dots are representative of Marine Agriculture and controlled fish farming. This is the main economic driver that develops the urbanization of NOLA in the year 2200. The solid blue lines are how the cities of the future are connected. This blue line represents a hyperloop that would be either underground or above ground connecting these communities. The dashed blue line indicates a newly develop aquatic mass transit system that helps connect the furthers most points of land that are closer to each other but separated by water. Note a new City at what used to be the Mississippi Delta, this is inhabited by mainly shrimp fishers who resisted the changing landscape and re-urbanization and have created a resilient city of the future that is home to research facility. Littered within the brakish marsh lands on the inside of the barrier island line are floating communities. Some stilted well above the water, some are truly floating with no land mass per say. What was once Lake Maurepas is now a man made island that was served as the first tests to how NOLA studied the effects of dredging and silting before they perfected this technique and started to build up the barrier islands. New Orleans Lafayette Provocant Golf Port
Infrastructure Urbanization 9.0 NOLA 2200
Marine Agriculture Population Visibility from ISS 9.0 NOLA 2200
This material would be laid in tiers across a body of water and would actively and adaptively stretch and compress with the rising water level. This is only meant to slow the rate of flooding to allow residents more time to react, prepare, or evacuate. The materials would allow fish and aquatic creatures to pass through it even when it is compressed. While it is compressed, residents can use this as a bridge similarly to how people currently treat a breakwater or jetty. 9.0 NOLA 2200
9.0 NOLA 2200
Revere High School Model Portland, ME Revere Housing Authority Site Existing Revere High School Site Old Wonderland Dogtrack Site Perkins & Will Project Type: Project Pursuit T he City of Revere is getting a new high school and the Massachusetts School Building Authority invited a handful of firms in the greater Boston area to participate and submit proposals. Currently Perkins&Will’s Boston office has 3 ongoing projects with the MSBA, two in early schematic design phases and one edging close to closeout. The proposal stated that there were three potential sites for the proposed design. Our Studio decided to submit a proposal that would cover all 3 sites. My role during this project was to work with the design team and coordinate the build with the model shop team to generate 3 full site models for each of the schemes. The interview would be contented remotely due to the current ongoing pandemic and whenever our studio goes after work, we like to build study models to give dimension to plan diagrams. Given the model would not be seen the same as it would in an in person interview, the team decided to record videos of the model and use this as an opportunity to talk specifically about the program as myself and the model shop team placed the diagram pieces on the model. P COMMONS LEARNING LEARNING LEARNING LEARNING GYM WELLNESS ART AUD LEARNING LEARNING CUSHMAN AVE. REVERE HOUSING AUTHORITY PROCTOR AVE. ADAMS STREET GORDON RD COOLEDGE ST BROADWAY BLANEY ST TO SUSAN B ANTHONY MIDDLE SCHOOL COMMUNITY PARK / PLYGRD BUS DROP-OFF DROP-OFF POTENTIAL HOUSING SITE 0’ 100’ 250’ 500’ RAIN GARDEN BUFFER RAIN GARDEN P P RUMNEY MARSH ACADEMY Lorem ipsum PLYGRD NEW PLYGRD GYM (RENOVATION) SCHOOL DROP-OFF WELLNESS CNTR (RENOVATION) NEW ENTRY COMMUNITY ENTRY PLAZA PEDESTRIAN PROMENADE MEDIA ARTS LEARNING LEARNING LEARNING LEARNING LEARNING LEARNING COMMONS 0’ 100’ 250’ 500’ BROADWAY SCHOOL ST E MOUNTAIN AVE CARY AVE AMERICAN LEGION HWY TRUE ST BROADWAY TO HARRY DELLA RUSSO STADIUM BERM BERM COMMERICAL DEVELOPMENT P P P P P P P P AUD. GYM LEARNING LEARNING LEARNING LEARNING LEARNING LEARNING ENTRY PLAZA WELLNESS ART MEDIA COMMONS COMMERICAL DEVELOPMENT SHAWMUT ST N SHORE RD VETERANS OF FOREIGN WARS PKWY N SHORE RD DUNN RD WONDERLAND STATION OCEAN AVE REVERE BEACH BLVD REVERE BEACH ATWOOD ST 0’ 100’ 250’ 500’ BOSTON SKYLINE COASTAL VIEWS
Materials Used -Chip board -3D Printed Plastic -Grey Watercolor -Custom Water Color -High Density Foam -Acyrilic Slabs/Sheets -Custom Paint
Maine Medical Center: Congress St. Portland, ME Perkins & Will Project Type: Healthcare Medical Campus Building Addition Maine Medical Center is Congress street addition was awarded to Perkins&Will in 2018. Since then, the MMC team has issued a full document set and currently the existing parking structure on the site is being demolished. Large piles are being driven into the concrete retaining wall and the team is currently responding to RFI’s as the demolition on the existing structure wraps up. Currently I am going through the set and managing the modeling inside the Revit file to render out what is in the set and use this as means to quality control internally to try to catch RFI’s before they come in.