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University of Hawai‘i at Manoa School of Architecture

ARCH 743 Architecture Studio IV – Urban Design [6 cr]

Instructor: Judith Stilgenbauer, Professor Spring 2023, Mon & Wed 1:30 – 6:00 pm

Class Booklet

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Waikīkī beach front (Photo: Diane Moore/UHCDC)

2410 Campus Road Room 212 Honolulu, HI 96822

http://uhcdc.manoa.hawaii.edu

http://www.arch.hawaii.edu

Contents

August 2023

Team

Instructor: Judith Stilgenbauer

Course Instructor & UHCDC Principal Investigator: Judith Stilgenbauer, Professor

Spring 2023 ARCH 743-002 and ARCH 743-302 Students: Doctor of Architecture Candidates - Jannah Dela Cruz, Tyler Dinnocenti, Riza Lara, Hana Matsunaga, Beau Nakamori, Joshua Ramos, Maleah Reynolds, Melissa Yoo

Master of Architecture Candidates - Nicole Gdula, Janice Sonson, Hannah Valencia

Master of Landscape Architecture Candidates - Kiana Dai, German Failano, Alzira Fernandes, Lynn Mayekawa, Christina McWhorter

Our spring 2023 University of Hawai‘i at Manoa School of Architecture graduate-level urban design studio developed research- and analysis-based bold, forward-looking visions and innovative ecological design proposals that explored the role of landscape as infrastructure and driver of resilient urban form in the Waikīkī Special District.

Five graduate student teams, comprised of Master of Landscape Architecture, Master of Architecture, and Doctor of Architecture candidates, have developed speculative urban design frameworks and concepts for future mixed-use that embrace open-ended, indeterminant, and dynamic environmental conditions, such as coastal flooding, rather than preventing them—all while promoting ecologically performative and culturally-appropriate “soft” adaptation solutions and learning from traditional native Hawaiian biocultural land-water practices.

The conceptual, multidisciplinary student work developed in this design studio intends to stimulate discourse and contribute to a long-term vision for a resilient and adaptive Waikīkī that merges the seemingly conflicting goals of economic development, climate and sea level rise adaptation, ecological performance, social and environmental justice, and urban placemaking into mutually beneficial, sustainable relationships.

Limit of work: urban design studio project site

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Course Catalog Description

Urban design focused on Asia-Pacific cities investigating ecological, hydrological, social, cultural, political, and technological factors; study of historical precedents, block and/or open space typology, circulation, infrastructure, and context response. ARCH and LAND majors only. A-F only. Prerequisites: 733 and 742, or 761.

Course Format

ARCH 743 meets twice a week, in SOA Room 312 on Mondays and Wednesdays from 1:30 until 6:00 pm. Due to the ongoing COVID-19 pandemic, some ARCH 743 class meetings might be conducted online via Zoom during this semester. Individual or group critiques, pin ups, student presentations, and individual work time comprise the majority of studio sessions. Occasional lectures, guest presentations, workshops, field trips, in-class exercises, discussions, and readings supplement these course activities. Review of student work occurs throughout the semester. Each main studio phase concludes in a presentation, with a clear emphasis on the mid-term review and final review.

Goals and Objectives

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This graduate-level, interdisciplinary urban design studio—through initial research, precedent studies, a sequence of analytical and mapping exercises, and conceptual, speculative design phases—explores urban scales, systems, and the role of landscape as infrastructure and driver of resilient urban form across a variety of spatial and temporal scales. The course stresses the importance of site analysis and locale-appropriate ecological urban concepts and sustainable design strategies. Focused on nature-based solutions, the course explores how to apply climate- and seal level rise-adaptation design principles to ecologically and socially resilient urban-scale built environment interventions and mixed-use development in Hawaiʻi. The goal is to understand and apply contemporary concepts of ecological urbanism, adaptation to climate change and sea level rise (SLR), water-sensitive low-impact development (LID), large-scale nature-based blue-green infrastructure, local food and resource systems, carbon neutrality, energy efficiency, social and environmental justice, cultural appropriateness, decolonization, urban placemaking, livability, connectivity, walkability, and transit-oriented development (TOD).

UHCDC Studio Context

In 2016, the School of Architecture launched a public interest-driven community design center that engages needs of the state in all areas related to the quality and performance of built environments. The mission of the University of Hawai‘i Community Design Center (UHCDC) is to extend and augment academic research and instruction through faculty-supervised design, planning, placemaking, visioning, and outreach services of measurable benefit to the public. As a hybrid program of education and teaching practice, UHCDC offers Hawai’i a platform for faculty, professionals, and students to collaborate on interdisciplinary research and design projects that serve the public interest. This ARCH 743 studio offers students an opportunity to explore concepts related to a UHCDC design research project that contributes to an effort towards the development of a Sea Level Adaptation & Resilience Plan for the Waikīkī District. Class participants’ creative work serves as a unique academic asset, stimulates discourse, and thus supports the ongoing state-led Waikīkī resilience goals. The research and creative work generated in ARCH 743 precedes a UHCDC project team’s subsequent efforts. In turn, students registered in the course will gain invaluable real-world public-interest design and service experience.

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

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Studio Overview

Following initial research, precedent studies, urban-design-scale analysis, mapping, and planning phases, this speculative urban design studio will investigate the near- and long-term [re]introduction of nature-based blue-green infrastructure for climate and sea level rise adaptation in Waikīkī (commonly translated as “spouting fresh waters”).

Pre-development, the project area (see page 3 above) was part of a drainage basin characterized by springs, streams (such as Pi’inaio Stream and its delta), and marsh land. Pre-Western contact, the ‘Ewa end of Waikīkī included the Hawaiian community of Kalia. It was characterized by numerous traditional fishponds (loko i’a), including the large Ka’ihkapu pond and residences owned by native Hawaiian royalty. In addition to the fishponds, the marshy area of present-day Waikīkī was filled with wetland taro farms (lo‘i kalo) and rice fields. In 1908, the U.S. military acquired, occupied, drained, and filled a large parcel of land for the subsequent construction of Fort DeRussy.

The class’s goal is to advocate for the anticipation of climate-crisis challenges in Waikīkī through blue-green infrastructure framework development and urban ecological design that embraces open-ended, dynamic conditions, such as coastal flooding, rather than preventing them—all while promoting nature-based, ecologically performative “soft” solutions and learning from traditional native Hawaiian biocultural land-water practices. The studio intends to contribute to a long-term vision for a resilient Waikīkī that merges the seemingly conflicting goals of economic development, climate and sea level rise adaptation, ecological performance, social and environmental justice, and urban placemaking into mutually beneficial, resilient, and sustainable relationships.

Comprised of graduate students in architecture and landscape architecture, the class developed analyses, ideation, and overall long-term (6-ft SLR, anticipated ca. 2100 for the speculative purposes of this studio) visions and frameworks for sea level rise accommodation options in flood-prone areas of Waikīkī that decrease waterfront vulnerabilities by responding to inescapable shoreline changes, flooding, storm and groundwater inundation, as well as issues related to transportation and Honolulu’s aging conventional infrastructure.

Student concepts explored locale-appropriate, nature-based climate adaptation practices and opportunities for amphibious, blue-green infrastructure in both near-term (3-ft SLR, anticipated ca. 2050 for the purposes of this studio) and long-term (see above) visionary and bold illustrative urban design proposals. The essential drivers of urban form in these forward-looking, speculative visions will be multi-modal, non-automobile connectivity, multi-purpose coastal infrastructure systems, linked public hybrid open spaces, networks of ecological priority zones, and locale-specific, layered living shoreline systems as “nature-based” defense mechanisms against sea level rise and flooding, allowing for indeterminacy, increased biodiversity, improved ecosystem services, and, at the same time, education, decolonization, cultural restoration, and the creation of accessible urban waterfront amenities for all people.

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Initial ARCH 743 Research Topics:

1. State of Hawaiʻi Office of Planning Hawaiʻi 2050 Sustainability Plan and Hawaiʻi 2050 Sustainability Plan Measurement Update

2. Summary overview of the U.S. Global Change Research Program’s The 4th National Climate Assessment (NCA)

3. Summary overview of the State of Hawaiʻi’s key climate goals and initiatives; difference between Mitigation and Adaptation and State of Hawaiʻi 2045 carbon-neutral goals (HB 2182, Act 15, Greenhouse Gas Sequestration Task Force, etc.) and State Greenhouse Gas Inventory report (2019)

4. City and County of Honolulu Climate Change Commission guidance document “Climate Change Brief” (2021) and City and County of Honolulu Climate Change Commission guidance document “Climate Change and Financial Risk” (2020)

5. City and County of Honolulu One Climate, One Oahu Climate Action Plan 2020-2025

6. NOAA 2022 Sea Level Rise Technical Report “Global and Regional Sea Level Rise Scenarios for the United States” and “Application Guide” for the 2022 Sea Level Rise Technical Report

7. Hawaiʻi Sea Level Rise Vulnerability and Adaptation Report (2017), The Hawaii Climate Change Mitigation and Adaptation Commission

8. State of Hawaiʻi, Climate Ready Hawaii; “Guidance for Addressing Sea Level Rise in Community Planning in Hawaiʻi” (2020) and State of Hawaiʻi, Climate Ready Hawaiʻi, “Guidance for Using the Sea Level Rise Exposure Area in Local Planning and Permitting Decisions” (2020)

9. City and County of Honolulu Climate Change Commission guidance document “Sea Level Rise Guidance” (2018)

10. Summary of State of Hawaii Coastal Zone Management Program (CZM) and The Hawai‘i Ocean Resources Management Plan (ORMP) (2020)

11. State of Hawaii, Climate Ready Hawaii Working Paper “Nature-Based Resilience and Adaptation to Climate Change in Hawaii” (2021)

12. City and County of Honolulu Climate Change Commission guidance document “One Water for Climate Resilience” (2020)

13. Climate Adaptation Design Principles for Urban Honolulu; City and County of Honolulu Department of Planning & Permitting, Office of Climate Change, Sustainability & Resiliency, (2020)

14. Transit Oriented Development (TOD) overview of concept, goals and summary of TOD efforts and key principles in Honolulu

Instructor: Judith Stilgenbauer

Precedent Project Studies:

1. Chicago River Walk project, Chicago, Illinois; Ross Barney Architects, Sasaki, et al.

2. Detroit East Riverfront Framework Plan; Skidmore, Owings & Merrill, Michel Desvigne Paysagiste, Detroit, Michigan

3. Mississippi River Flood Resiliency Plan, Davenport, Iowa; Sasaki, et al.

4. Fayetteville 2030: Food City Scenario Plan, Fayetteville, North Carolina; University of Arkansas Community Design Center

5. Conway Urban Watershed Framework Plan (Sponge City), City of Conway, Arkansas; University of Arkansas Community Design Center

6. Gowanus Canal Sponge Park Masterplan and Gowanus Canal Sponge Park Pilot, Brooklyn, New York, Dlandstudio

7. Oyster-tecture, Brooklyn, New York, part of the MoMA’s 2009 Rising Currents exhibition and Living Breakwaters project, part of the Rebuild by Design initiative, Staten Island, New York, Kate Orff, SCAPE, et al.

8. Big U, part of the Rebuild by Design initiative, Manhattan, New York, Bjarke Ingels Group et al., and progress on implementation: LMCR, ESCR, BPCR projects, etc.

9. F.R.E.D. proposal, For a Resilient Rockaway competition, Leading Innovation in Resilient Waterfront Design Award, Ennead Lab / Ennead Architects.

10. Islais Hyper-Creek, entry to Resilient by Design, Bay Area; BIG et al.

Course Structure

Main studio schedule components:

Phase 1:

Initial Research (January 9 – January 18, 2023)

What are urban design and landscape urbanism? Climate crisis, SLR, native Hawaiian land-water concepts. Readings, research, exercises, discussions, and presentations

Phase 2:

Precedent Studies (January 18 – January 25, 2023)

Precedent research on urban climate-adaptation design, living shorelines/nature-based solutions, and carbon-neutral urban design; research, discussions, and presentations

Phase 3:

Site Mapping, Analysis, and Synthesis (January 25 - February 13, 2023)

Site visit and research, inventory, mapping, and analysis; ideation

Phase 4:

Urban Framework Concepts (February 13 - March 8, 2023: mid-term review).

Waikīkī-scale concepts and programs; development over time; urban framework plans

Phase 5:

Urban Design for Focus Areas (March 20 - April 12, 2023)

Schematic urban design proposals for selected focus areas and disciplinary areas of expertise

Phase 6:

Presentation Material Development (April 17 – May 3, 2023: final review)

Refinement of plans, concepts, and programs; preparation of digital presentations for final

Phase 7:

Documentation (May 3 – May 10, 2023)

Compilation of digital portfolio/ class booklet pages

Pages 16 to 109 of this booklet feature selected excerpts of the five student teams’ final, specualtive urban design projects (phases 4 & 5). For additional course and/or project information, please email the instructor, Professor Judith Stilgenbauer, at jstilg@hawaii.edu.

Instructor: Judith Stilgenbauer

Waikīkī Resilience & SLR Adaptation Project (WRAP)

Instructor: Judith Stilgenbauer

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Site analysis excerpt; image: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Site analysis excerpt; image: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Site analysis excerpt; image: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Site analysis excerpt; image: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

The Project Site

The site and its context

As mentioned above, the class focused on the Waikīkī Special District and its immediate urban context. Pre-development, the studio project area (also see page 3 above) was part of a drainage basin characterized by springs, streams, such as Pi’inaio Stream, and swamp land. Pre-Western contact, the ‘Ewa end of Waikīkī was part of the Hawaiian community of Kalia. It was characterized by numerous traditional fishponds (loko i’a) and residences owned by native Hawaiian royalty In addition to the fishponds, the marshy area in the vicinity of present-day Waikīkī was charachterized by wetland taro farms (lo‘i kalo) and rice fields. In 1908 the U.S. military acquired, drained, and filled a large parcel of land for the subsequent construction of Fort DeRussy.

The studio project area included the entirety of the Waikīkī Special District, bordered by the Pacific Ocean and Waikīkī Beach to the southwest and the Ala Wai Canal to the northeast. Waikīkī connects to the rest of Honolulu through a series of bridges that reach over the Ala Wai Canal and a land-based connection to the south, where it meets the Honolulu Zoo and Kapi‘olani Park. Waikīkī is comprised of a considerable tourism-based hotel area, which spans most of the makai side along the ocean. The mauka side of Waikīkī has residential units, commercial shops, and one of the main automotive thoroughfares, Ala Wai Boulevard.

In the long run, the entire Waikīkī Special District, and much of its context, will be heavily affected by sea level rise.

3’ SEA LEVEL RISE (NEAR-TERM)

6’ SEA LEVEL RISE (FAR-TERM)

6-ft SLR impact; image: Gerry Failano, Nicole Gdula, Hannah Valencia

3-ft SLR impact; image: Gerry Failano, Nicole Gdula, Hannah Valencia

Waikīkī-Scale Concepts and Programs

General project goals and land use parameters to explore include, but are not limited to:

Climate-crisis and SLR anticipation and preparedness

Enhancing coastal resilience through adaptive, urban ecological design and nature-based solutions

Adaptation strategies for existing urban infrastructure (transportation, sewer, water, energy facilities/utilities, etc.)

Large-scale coastal blue-green infrastructure/ living shorelines and open space networks

Water-sensitive low-impact development

Ecosystem performance, water quality, habitat, biodiversity

Adaptive multi-purpose infrastructural systems

Climate-positive design, carbon neutrality, clean energy

Mixed use development, including affordable housing

Waterfront amenities, public access

Recreational and water-based activities

Pedestrian, transit, water, and bicycle connectivity; walkability

Alternate, clean forms of transportation connecting to rail

Transit-oriented development

Urban placemaking, livability

Productive landscape elements; urban agriculture; resource management

Modern interpretations of traditional Hawaiian bio-cultural land-water practices

Cultural sensitivity and history of place; decolonization

Green jobs and eco tourism

Public works initiatives

Environmental and social equity and justice; jobs; social services

Etc.

Flooding and inundation vulnerabilities of coastal area to consider:

Saltwater inundation (SLR, increased wave overtopping, hurricane/ storm surges, tsunami)

Salt intrusion/ potable water contamination (freshwater lens changes/ saltwater intrusion/ water table rise, effect on low-lying agriculture and aquatic ecosystems)

Erosion of shorelines and beaches

Habitat shifts (coral reefs, wetlands, etc.)

Ground water inundation resulting from SLR

Stormwater management (storm sewers and structures), increased flooding in low-lying areas inlands, nuisance flooding, drainage problems, streets becoming impassable, etc.

Ecological impacts

Release and leaching of pollutants at contaminated sites, landfills, etc.

Sewers, cesspools, storm sewers, energy facilities, transportation systems, and other utilities and critical urban infrastructure

Existing building stock and critical building systems

Public access to shoreline and non-automobile connectivity

Vulnerable populations, public health impacts

Instructor: Judith Stilgenbauer

Urban Design Parameters and Shared Assumptions

Near-term, 2050 assumptions (for the purposes of this studio) include, but are not limited to:

• 3-foot SLR plus human-made and natural coastal hazards (groundwater inundation, erosion, hurricane/storm surge, flooding, tsunami, etc.); increased ocean temperatures; other anticipated climate-crisis effects. How does your project site/ Waikīkī begin adapt in innovative and resilient ways?

• Proposed new climate-resilient programs and uses will produce net-zero emissions and be carbon neutral.

• No more individual, fossil-fuel/combustion engine vehicles permitted in Waikīki; , only shared, autonomous zero-emission vehicles and future electric, automated public transit, water-based transportation, connections to rail; multi-use paths, walkability and bikes; public waterfront access.

• Waikīki’s land and water begin to adapt and perform ecologically, provide ecosystem services (water, soil, air, etc.), and promote habitat, biodiversity, and cultural practices.

• More residents live, work, and recreate at or near the site; focus on public health and human-centric urban places (placemaking).

Long-term, 2100 assumptions (for the purposes of this studio) include, but are not limited to:

• 6-foot SLR plus human-made and natural coastal hazards (groundwater inundation, erosion, hurricane/storm surge, flooding, tsunami, etc.); increased ocean temperatures; other anticipated climate-crisis effects. How does your site in Waikīkī adapt in a resilient way?

• Honolulu, Waikīki, and your proposed climate-resilient mixed-use neighborhood/focus area will be climate-positive and self-sufficient/ off-grid where possible (decentralized energy, water, sewage, utility, waste, food systems); high-performacne buildings and infrastructure

• No individual automobiles will be allowed in Waikīkī, only shared, autonomous zero-emission vehicles and future electric, automated public transit, water-based transportation, etc.; consider connections to mauka neighborhoods and rail; multi-use paths, walkability and bikes; public waterfront access.

• The proposed neighborhood’s open spaces, shorelines, and water systems will perform ecologically, provide ecosystem services (water, soil, air, etc.), and promote ecological resilience, habitat, biodiversity, food security, and cultural practices

• Social equity; jobs; social services; many residents live, work, recreate within walking distance; focus on public health and human-centric urban places (placemaking).

Urban Design Parameters and Shared Assumptions (Cont.)

Design Strategies for SLR and coastal flooding to explore in urban design proposals: LINEAR BARRIERS

• Hard, engineered infrastructure systems that armor and stabilize the existing shoreline

• Examples: impermeable structures, levees, dikes, seawalls, riprap, dams, flood gates, storm surge barriers, etc.

LIVING SHORELINES

• Soft, nature-based green infrastructure solutions

• Examples: wetlands, tidal marshes, and other vegetated/living coastal buffers that rely on ecosystem services and increase the distance between water and development, retain and absorb inundation, attenuate waves, slow erosion, and provide habitat; etc.

ADAPTATION

• Elevated development

• Examples: raising the height of land, infrastructure, and built structures, using fill or pilings that allow flood water to flow underneath, etc.

• Floodable development

• Examples: structures and landscapes designed to withstand occasional inundation; habitable space and critical infrastructure on upper levels

• Floating development

• Examples: floating buildings, transportation elements, and infrastructure; elements are designed with fluctuating water levels in mind

MANAGED RETREAT

• Withdrawal of development from the shoreline over time through managed abandonment of areas subject to frequent inundation

• Examples: structures designed for disassembly; conversion of abandoned areas into floodable, living shoreline elements, etc.

COMBINATIONS of these strategies

Instructor: Judith Stilgenbauer

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Student Team:

Lynn Mayekawa, Master of Landscape Architecture Candidate

Joshua Ramos, Doctor of Architecture Candidate

Janice Sonson, Master of Architecture Candidate

Project Title: The Waikīkī Experience

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

The Waikīkī Experience

The Waikīkī Experience is about altering the currently marketed paradise that does not place importance on the region’s historical significance or biocultural past and, arguably, even the physical realities. Facing catastrophic change, we have the opportunity to construct a new identity that strives for a more grounded and connected experience for people living here and visitors alike.

Student

Waikīkī has a past of ‘āina momona, of being a source of great agricultural abundance. We currently identify the ahupua‘a of Waikīkī as one division of land and the watershed of Ala Wai as another division—overlapping but having different boundaries. Historic maps show the productivity of the land. Here is a speculation of how the ahupua‘a system could have been practiced in this area, highlighting the importance of understanding not just the coast but the entire experience mauka to makai.

team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

Principles Guiding Site Design

Land use and stewardship across the Hawaiian islands has gone through many phases. Along the south coast of O‘ahu, in Waikīkī, Hawaiians took advantage of the marshy conditions and ample waterways. They devised systems of lo‘i, floodable agriculture, and loko pu‘uone, inland fishponds. These systems were manipulated further into extensive rice paddies and duck ponds. Waikīkī’s default condition of wetlands served as a pause for water coming down from mauka along the Pālolo, Mānoa, and Makiki streams, as well as fresh water from the Mo‘ili‘ili karsts and water surfacing from a shallow water table. By the early 20th century, the focus on Waikīkī for its productive agricultural landscape was overshadowed by the potential of tourism. To facilitate this shift, the Ala Wai Canal diverted the major streams feeding Waikīkī, and the land was filled to address the shallow water table, setting the scene for a marketable paradise. With the indeterminacy of sea level rise, we have a new opportunity to create performative, nature-based interventions that allow a new cultural and social framework. The principles guiding our design aim to:

Engage Hydrological

Variability

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Understanding Waikīkī: Hydrology

Existing Conditions

3’ SLR Projection

Proposed Stream Names

6’ SLR Projection

Proposed Landform Based on 3’ SLR

Research and site conditions direct the design process. As a coastal site, understanding hydrology is acutely important. Considering the projections for sea level rise, areas that flood, and the potential for tsunami inundation, we developed a design that allows water to move freely across the site, leaving space to highlight the biocultural and historical identities of Waikīkī.

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

Evacuation Zone

Stormwater + Sewer

Proposed Final Landform Based on 6’SLR

Flooding

Tsunami

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Understanding Waikīkī: Constructed + Land Elements

Existing Maximum Building Heights

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Mokupuni Redistricting

Urban Design Proposal: The Waikīkī Experience

Reclaimed Concrete: 44,764,753 ft3

Reclaimed Concrete: 49,222,585 ft3 (Generated in Phase 2) (Generated in Phase 3)

Total Volume for Fill Generated Onsite: 102,785,772 ft3

Volume Required for Fill: 83, 239, 784 ft3

Volume Dredged: 8,798,432 ft3 0’

Making way for hydrological variability means the land comprising the new Waikīkī will be altered. Careful consideration has been placed on increasing density, scheduling buildings for use as fill at the end of their life cycle, and appropriately treating the zone where water meets land.

Buildings Removed: Phase 2 (3’ SLR)

Building Age from TMK Data

Buildings Removed: Phase 3 (6’ SLR)

Cut + Fill Diagram

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Hiki Kū: Circulation and Infrastructure

Extension Of Rail

Hiki Kū Thoroughfares

Water Taxis & Boating Docks

Mass transit connection into and through the site, providing access and connection to the island.

Elevated thoroughfares for localized mass transit options, pedestrian and human-powered locomotion, or other individual autonomous devices.

Water vessels are the ideal solution for hydrological variability. Ferries would connect to the whole island, and more individual taxis or personal boats.

Circulation is layered in The Waikīkī Experience and endeavors to reach all points across the mokupuni. Circulation methods will include self-powered modes of transportation, including walking or cycling; mass transit options, including autonomous rail or bus lines; and water-based vehicles, such as ferries, water taxis, and personal water crafts.

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

of Hiki Kū Transit Hub + Observatory

• ELEVATOR ACCESS

• INTEGRATED WATER CATCHMENT + DESALINATION STATION

• CULTURAL DISTRICT MARKER

CIRCUITOUS TRANSITION FROM HIKI KŪ TO THE ‘ĀINA ALLOWS FOR REFLECTION AND RECREATION

Hiki kū refers to the portion of the sky just above the horizon. As water inundates most of Waikīkī, we will need to retreat back or rise up from the horizon to a new plane. The horizon is the place where the sea meets the sky, the position that, arguably, is where Waikīkī sits. Hiki Kū thoroughfares elevate most transactional activities associated with Waikīkī above the horizon, leaving the earth below available for a refreshed identity. In The Waikīkī Experience, the ‘āina below is a concentration of recreational, ecological, and biocultural activities.

An autonomous bus system supports people moving and can include emergency vehicles or supplement services such as waste collection. ELEVATED

Section

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Existing Conditions - Map represents dense building placement and linear road system.

Phase 2 Near-Term Proposal (3’ SLR) - Removal of roads to discourage vehicular circulation and promote more walkability.

PROPOSED GREEN SPACE REMOVAL OF EXCESSIVE PAVING

WALKWAYS

FURTHER APPLICATION OF BOATING DOCK AND BOARDWALK ALA WAI CANAL (REMEDIATED)

INTRODUCE FILL FROM 2-6’ NEWLY PROPOSED URBAN EDGE CONDITION

ALLOWING FOR WATER INNUNDATION ON SITE FOR ISLAND SEPERATION AND STREAM CONVERSION

Phase 3 Far-Term Proposal (6’ SLR) - Removal of all roads and city block conditions promotes ecological growth of native species and biodiversity in the area. A new circulation path (Hiki Ku) and a boating dock for water taxis are also introduced.

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

KEONI ANA BUILDING

OAHU SURF I

Programs

Urban Design Proposal: The Waikīkī Experience

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Section 1 - Shows major cut and fill channels along former roads to promote controlled water infiltration between west and east idland of building site.

Section 2 - Zoomed in section that showcases systems working in cohesion with site users.

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

Perspective 1: Hiki Ku thoroughfares looking south between Keoni Ana and Oahu Surf Buildings towards Ala Wai. Users are seen using the public space.

Perspective 2: Looking west of Waikiki special district. Shows new urban edge along the Ala Wai Canal and users enjoying the space.

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Existing conditions

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Phase 3 far-term proposal (6’ SLR)

Phase 2 near-term proposal (3’ SLR)

Exisitng Discovery Bay programming

Existing The Modern Honolulu and The Ilkai programming

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Building energy use - Proposed PV and wind panels

Section - Proposed programming

Section - Proposed building water reclaimation

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

Perspective - Elevated farethrough connecting The Ilikai and Discovery Bay, showing the edge conditions and wetlands on the Ilikai side

Perspective rendering highlights public gathering space between The Modern Honolulu and The Ilikai that allows for relaxation, food events, and performances.

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Phase 3: 6’ SLR

KŪ OBSERVATORIES KEYSTONE SPECIES ESTABLISHED

• Ramps lead from Hiki Kū throughfares to ground-level attractions

• Variably include water catchment systems, freez-based desalination system feeding adjacent loko, PV, elevator

• Offers moment of contemplation as you descend or ascend

• Capitalizes on views

WAI BOAT HARBOR + SALT MARSH

• Confluence of multi-modal transportation is ideal location for cultural hub

• All watercraft utilize renewable energy or are wind-powered

• Foundations for thriving marine ecology will lead to flourishing keystone species once abundant

• Thriving coral habitat and limu will attract and sustain fish in the loko

• Loss of Ala Wai Community Park means loss of a vital urban recreational resource

• Oʻahu Mokupuni integrate community open space and these integral features

• Canoe Halau are now spread throughout the side with easier water access

Phase 3 far-term proposal (6’ SLR)

Existing conditions

• Hiki Kū thoroughfares support air-to-ground autonomous trams, pedestrians and individual transportation devices such as bikes

• Rail extension through Waikīkī

• City infrastructure embedded into thoroughfares

• Loʻi kalo is established, test production of other agricultural prodcuts

• Desalination through freezing can be implemented, value-added product harvesting paʻa kai

USED AS AN EDUCATIONAL, ECOLOGICAL AND CULTURAL SITE

WETLAND AMPHITHEATER

• Floodable multi-use space for festivals or hula competitions through farmerʻs markets or graduations

Phase 2 near-term proposal (3’ SLR)

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experiencet

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Section B-B detail viewing urban beach access by hotels

Section A-Athrough Kanaka‘ole wetland amphitheater

Student team: Lynn Mayekawa, Joshua Ramos, Janice Sonson

Instructor: Judith Stilgenbauer

Urban Design Proposal: The Waikīkī Experience

Perspective looking Diamond Head through Kahanamoku Loko Kuapā 20’

Section B-B detail through Kahanamoku Loko Kuapā + Hiki Kū Observatory

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Student Team:

Jannah Dela Cruz, Doctor of Architecture Candidate

Hana Matsunaga, Doctor of Architecture Candidate

Christina McWhorter, Master of Landscape Architecture Candidate

Project Title: Envisaging a New Waikīkī

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student

Instructor: Judith Stilgenbauer

team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Urban

Proposed near-term sea level rise masterplan

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student

Instructor: Judith Stilgenbauer

team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Proposed long-term sea level rise masterplan

Aquaculture/ agriculture

Farm to table restaurant

Agroforest

Outdoor classroom

Urban Design Proposal: Envisaging a New Waikīkī

Retrofitted existing buildings

Urban greenspaces

Elevated pathways

Eco-hub

Transect of long-term sea level rise design

Bioshield

Floating wetlands

Soft edges

Elevated park

Green slope from hub to park

Oyster breakwaters

Floodable plaza

Eco-tel

Pier

Ala-wai canal

Kalakaua ave as water taxi canal

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Communal water transportation

The newly introduced water transportation in the form of water taxis provides visitors and residents with a new way to move along the canal.

Deck at 10’ below University bridge

The proposed deck allows for pop-up restaurants, outdoor markets, cultural events, community engagement, and connection to the elevated residential paths.

Floodable Plaza with permeable surface floor allows for plaza to flood during storm surge and slowly permeate down while allowing residents to utilize during dry periods.

Bioshield (Coastal Forest)

Planting based on the tree’s or plant’s physical qualities to mitigate flooding, reduce erosion, and trap sediment.

Soft Edges

Through the incorporation of living shorelines and floodable basins, the Ala Wai Canal can flood and not harm infrastructure, while plants trap sediment and enable absorption.

Beginning from the Mauka side: Ala Wai Canal Edge Isometric

Student team:

Instructor: Judith Stilgenbauer

Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Section

highlighting the makai side of the Ala Wai Canal

highlighting the mauka side of the Ala Wai Canal

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Resilient Urban Green Spaces

Forests, gardens, constructed wetlands, plazas, green roofs offer a green, biophilic experience at the human scale. Street sponges are first introduced, permeating the hardscape as a way to direct and filter stormwater run-off and mitigate impacts from SLR.

Elevated Paths & Program

Connectivity & Natural Rainwater Harvesting is organized through modular pedestrian structures that meander in and around buildings from mauka to makai. Parking in existing buildings is converted into semi-enclosed spaces for displaced offices, retail, dining, and commercial activity from retreat areas.

Sustainable Building Systems

Energy and waste is sustainably collected and managed through a set of building strategies, systems and lifestyle practices maintained between the user and architecture. This includes PV Solar, wastewater, food waste/compost, recycling, and more.

New & Retrofitted Buildings

Existing buildings with potential remain while others retreat (turning rubble into reusable fill). The remaining buildings are retrofitted for resiliency and sustainability with recommended design strategies and floodable or floodproof ground floors.

New construction for residences is offered in urban voids, increasing density and walkability, following the same building strategies with advancements.

Residential Neighborhood Isometric

Student

Instructor: Judith Stilgenbauer

team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Urban

Example section of Kuhio Avenue long-term design, highlighting elevated pathways and floodable first floor

Diagram of proposed building programming

Student team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Instructor: Judith Stilgenbauer

Diagram of sustainable building systems with an example section of proposed building design

Urban

Diagram of proposed building retrofits

Diagram of proposed urban green spaces and elevated pathways

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Eco-tel (Hotel), Commercial, Education

This area is divided into three types of spaces, while the Education Center and the Farmer’s Market Eco Center serve as a central hub connecting each building.

Eco-Center

Directly connected to the University Avenue bridge is a 2-story building topped with a green space area that also provides space for local markets and shops that open up during the weekend. Visitors and students can purchase groceries and local productions directly served from the ponds and fields.

Education Center & Water Taxi Access

This area contains office and lecture rooms and a water taxi dock covered by a glass house-looking construction, letting people into and out of the hub area.

Residence for Local Workers

Existing buildings to be repurposed into residential units

Isometric of proposed Eco-Hub

Student team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Instructor: Judith Stilgenbauer

Eco-Hub Education Center

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Agriculture and Aquaculture

Fish ponds, rice, and loʻi fields are organized by the UH Mānoa Research Center to serve as a food resource and as a local experience for the people to tend and care for.

A Farm-To-Table restaurant is located in the heart of Kalia, proposing a new style of self-sufficient food cycle, working with local growers and fishers, utilizing seasonal ingredients while avoiding waste, and striving for a lower environmental impact.

Elevated Park

Instructor: Judith Stilgenbauer

The proposed park creates a physical connection between the Farmer’s Market, Eco Center, and the repurposed Battery Randolph building while providing recreational areas and sports facilities that visitors and the UH sports team use. The amphitheater at the entrance can serve as a meeting point, and small kiosks and cafes are also there to take a small break.

Student team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Isometric of Kalia wetlands, agriculture, and aquaculture

Urban Design Proposal: Envisaging a

Cross section highlighting agricultural wetland and proposed Farm-to-Table restaurant

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Oyster Breakwaters

By adding oyster breakwaters, the living barriers absorb wave force, prevent erosion, create habitat for marine life, and reduce waste by working with local restaurants to donate shells.

Agroforest

Agroforests sequester carbon, enhance landscape resiliency, increase food security, improve water quality, and reduce sedimentation from entering the ocean.

UH Manoa Marine Research Center

By repurposing the Battery Randolph building to create a connection to UH Manoa and creating an outdoor classroom for students, residents, and tourists to learn or experience the ‘new’ water’s edge

Student

Instructor: Judith Stilgenbauer

team: Jannah Dela Cruz, Hana Matsunaga, Christina McWhorter

Isometric rendering of proposed living shoreline (makai)

Urban

Eye-level perspective of UH Mānoa Research Center

Cross-section of UH Mānoa Research Center

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Student Team:

Alzira Fernandes, Master of Landscape Architecture Candidate

Beau Nakamori, Doctor of Architecture Candidate

Maleah Reynolds, Doctor of Architecture Candidate

Melissa Yoo, Doctor of Architecture Candidate

Project Title: Waikīkī Resilience & Sea Level Rise Adaptation

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

CONVENTIONAL TOURISM

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

Diagram of design principles

Waikīkī-scale parti diagram

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Proposed plan for Waikīkī at 6’ sea level rise

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Instructor: Judith Stilgenbauer

Exisitng isometric (0’ sea level rise)

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Long-term isometric rendering of master plan (6’ sea level rise)

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

WETLAND BIRD HABITAT

PLANTED ISLANDS

HIGH POINTS GIVE DRY SPACE TO WETLAND BIRDS WHO MAY NEED IT, E.G. KŌLEA, ʻAUKUʻU

ELEVATED VIEWING PATHWAYS

SECONDARY CIRCULATION TO THE HI-LINE ALLOWS PASSIVE ENJOYMENT OF THE WETLAND HABITAT, WITHOUT DISTURBANCE

ʻAUKUʻU

SUBMERGED PLANTED AREAS

AS SEA LEVEL RISES, PLANTED AREAS WILL BE PARTIALLY TO FULLY SUBMERGED. PLANTS WILL ASSIST WITH EROSION CONTROL AND WATER FILTRATION AS THIS OCCURS.

ʻAKEKEKE RUDDY TURNSTONE

Isometric of proposed wetland bird habitat

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

KOAʻE ʻULA RED-TAILED TROPICBIRD Phaethon rubricauda

KŌLEA PACIFIC GOLDEN PLOVER Pluvialis fulva

BLACK-CROWNED NIGHT HERON Nycticorax nycticorax hoactli

AEʻO HAWAIIAN STILT Himantopus mexicanus knudseni

Arenaria interpres

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

WETLAND BIRD HABITAT

Perspective rendering of wetland bird habitat

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

Section illustrating fishpond and loʻi kalo

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

Section illustrating pier transition

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Waikīkī Resilience & Sea Level Rise Adaptation

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

ELEMENTARY SCHOOL GREEN ROOF

TRANSITIONAL SPACE

EDUCATIONAL AGRICULTURE

Proposed plant palette for re-envisioned Waikīkī

PuakalaunuCalotropis gigantea Nīoi Capsicum frutescens Papaya Carica papaya

ʻUala Ipomoea batatas

Kalo Colocasia esculenta

Rice Orya sativa

Niu Cocos nucifera

Oʻahu Sedge Carex wahuensis ʻUkiʻuki Dianella sandwicensis WETLAND

Shoenoplectus lacustris

ʻAhuʻawa Cyperus javanicus Makaloa Cyperus laevigatus

Paʻu o Hīʻiaka Jaquemontia ovalifolia subsp. sandwicensis

ʻAkia Wikstroemia uva-ursi

Pōhinahina Vitex rotundifolia

ʻIlima Sida fallax

Ti Cordyline fruticosa Hala Pandanus tectorius

Milo Thespesia populnea

Pua Kala Argemone glauca PLANT PALETTE

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Isometric of Ala Wai Elementary School, Eco-Learning Center, and University Ave to HI Line Pedestrian Bridge

Perspective rendering of Ala Wai Elementary School, Eco-Learning Center, and University Ave to HI Line Pedestrian Bridge

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Illustrative section of Ala Wai Elementary School, Eco-Learning Center, and University Ave to HI Line Pedestrian Bridge

Waikīkī Resilience & Sea Level Rise

WAIKIKI RESILIENCE & SEA LEVEL RISE ADAPTATION

WELCOME GATEWAY PEDESTRIAN ENTRANCE

ECO-LEARNING

EDU SATELITE OFFICE

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student

Isometric of building cluster and HI Line plaza

Instructor: Judith Stilgenbauer

team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Perspective view of public plaza from canal edge

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Section illustrating a mixed-use high rise, the HI Line plaza, and the University Canal

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Isometric rendering of development zoning

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Isometric of connection and transportation components of proposed concept.

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Bird’s eye perspective of HI Line and Waikiki Loop Station (Mauka facing)

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student team: Alzira Fernandes, Beau Nakamori, Maleah Reynolds, Mel Yoo

Instructor: Judith Stilgenbauer

Section rendering of Univeristy Canal, Waikiki Loop station, and HI Line

Interior rendering of proposed Waikiki Loop

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Student Team:

Kiana Dai, Master of Landscape Architecture Candidate

Tyler Dinnocenti, Doctor of Architecture Candidate

Riza Lara, Doctor of Architecture Candidate

Project Title:

Island Central

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

The current Waikīkī experience is only possible with massive imports of goods and materials.

Through an analysis of imports and exports, Waikīkī can be re-envisioned with more sustainable commerce emphasizing closed-loop systems

Waikīkī can potentially be a catalyst for other communities that are tourism-dependent. These communities can be sustainably reimagined to improve user and resident experience.

While Waikīkī could likely never be a self-sustaining and closed-loop neighborhood, the proposed design envisions a future that emphasizes beneficial exports.

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Instructor: Judith Stilgenbauer

Urban

Throughout our design, the proposal investigates ways to keep Hawai’i’s isolation in mind and the state’s dependency on global imports and exports.

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Instructor: Judith Stilgenbauer

Existing Waikiki Basemap

Cut/Fill Diagram

Green Streets Hydrology

Overall Waikiki Long Term Masterplan

Green Circulation

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Instructor: Judith Stilgenbauer

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Open space and ecological linkages

Agricultural opportunities in the long-term

Zoning

Overall Waikīkī Long-term masterplan

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Instructor: Judith Stilgenbauer

Existing focus area

Near Term (3’ SLR) focus area

Long Term (6’ SLR) focus area

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student

Instructor: Judith Stilgenbauer

team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Landscape green infrastructure interventions on Ala Wai (mauka) side, previously Ala Wai Golf Course

Landscape green infrastructure interventions on Royal Hawaiian (makai) side, with 6’ SLR

Identified focus areas in transcect

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Instructor: Judith Stilgenbauer

Illustrative rendering of canals

Illustrative rendering of retail avenues

Illustrative rendering of green streets

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student

Instructor: Judith Stilgenbauer

Section of Kuhio Riverwalk

team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Section of Ala Wai Canal

Urban Design Proposal: Island Central

Diagram of vertical zoning in proposed plan

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Isometric rendering of existing transect

Isometric rendering of long-term proposed transect

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Instructor: Judith Stilgenbauer

Cultivation compontents of long-term proposal

Connectivity compontents of long-term proposal

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Instructor: Judith Stilgenbauer

Student team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Illustrative rendering of view from apartments in the proposed design

Illustrative rendering of a green street

Illustrative rendering of a retail avenue

Illustrative rendering of arriving Kalakaua

Waikīkī Resilience & SLR Adaptation Project: WRAP STUDIO

Student

Instructor: Judith Stilgenbauer

team: Kiana Dai, Tyler Dinnocenti, Riza Lara

Illustrative rendering of agriultural farming

Illustrative rendering of canoe waterway towards the Royal Hawaiian

Illustrative rendering of Royal Hawaiian proposal

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Student Team:

German Failano, Master of Landscape Architecture Candidate

Nicole Gdula, Master of Architecture Candidate

Hannah Valencia, Master of Architecture Candidate

Project Title: The Nexus

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

DESIGN COMPONENTS

Student team: Gerry Failano, Nicole Gdula, Hannah Valencia

Instructor: Judith Stilgenbauer

View from Makai to Mauka

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Student team: Gerry Failano, Nicole Gdula, Hannah Valencia

Instructor: Judith Stilgenbauer

Rendered view of the Water Nexus Terminal

Rendered view of the Ala Wai Courtyards

Section cut of the Agricultural Center to Ala Wai Canal edge

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

HIGH-RISE

Student team: Gerry Failano, Nicole Gdula, Hannah Valencia

Instructor: Judith Stilgenbauer

RETROFIT CASE STUDY: Queen Kapiʻolani Hotel

HIGH-RISE RETROFIT CASE STUDY: Queen Kapiʻolani Hotel

MID-RISE RETROFIT CASE STUDY: Ewa Waikīkī Hotel

Urban Design Proposal: The

PROPOSED BUILDING DESIGN: School (multi-purpose building)

LOW-RISE RETROFIT CASE STUDY: Waikīkī Beachside Hostel

HIGH-RISE RETROFIT CASE STUDY: Waikīkī Beachside Hostel

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Highlighted isometric of the main activity are on the Nexus

Isometric renderings of the Nexus components

Student team: Gerry Failano, Nicole Gdula, Hannah Valencia

Instructor: Judith Stilgenbauer

Diagram of the structural assembly of the Nexus

Section cut highlighting functional elements of the Nexus

Rendered eye-level view of the proposed Nexus

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

THE NEXUS

ARCH 743 WRAP STUDIO | SPRING 2023

Gerry Failano, Nicole Gdula, Hannah Angelika Valencia

Isometric of near-term proposed design

RETROFITTED BUILDINGS

NEXUS INFRASTRUCTURE

Isometric of far-term proposed design

Section cut through propsed site

Student team: Gerry Failano, Nicole Gdula, Hannah Valencia

Instructor: Judith Stilgenbauer

ALA WAI GOLF COURSE REVITALIZATION

Urban Design Proposal: The Nexus

Bird’s-eye view from Kapahulu Canal to Ala Wai Golf Course

Rendering of proposed Ala Wai Golf Course

Eye-level rendering of proposed retrofitted buildings

Eye-level rendering of proposed Nexus infrastructure

Waikīkī Resilience & SLR Adaptation Project (WRAP) STUDIO

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Instructor: Judith Stilgenbauer

Ignis am, inctur autem ius. Hentionseque con pore dolorep elecerferuv

Ignis