STUDENT DESIGNS

Award Recognition

2022 Rhode Island APA Student Award

The American Planning Association (APA), representing 40,000 members from 90 countries, works to elevate and unite a diverse planning profession as it helps communities, their leaders and residents anticipate and navigate change. Each year, the APA-RI celebrates and recognizes outstanding planning projects and plans across the state. The 2022 Student Award went to the six universities that participated in the 2022 Envision Resilience Narragansett Bay Challenge: the University of Rhode Island, Rhode Island School of Design, Roger Williams University, Syracuse University, Northeastern University and the University of Florida. The award recognizes the innovative student designs that inspired significant community engagement in local Rhode Island communities.

2024 Solar Decathlon Best Innovative Retrofit Award (Howard University)

Howard University sent Team Lumina, made up of undergraduate students, to the Department of Energy’s 2024 Solar Decathlon with a project focused on the old Hillman Street Firehouse in New Bedford, MA. The team partnered with the Envision Resilience Challenge throughout their research, design and presentation phases of the Decathlon. In April 2024, Team Lumina won the Bonus Award for Best Innovative Retrofit project at the Solar Decathlon finals in Denver, Co. The students, Journey O’Neal, Raeesah Amegankpoe, Alyse Dees, Shania Burrus, Trey Turner, Kai Dixon, Jai Blyden, Julian Newnham, Quaran Ahmad, were led by Professor Nea Maloo.

2024 BSLA Student Merit Awards (University of Massachusetts Amherst and Northeastern)

Two groups of student teams from the 2023 Envision Resilience New Bedford and Fairhaven Challenge cohort were recipients of the 2024 Boston Society of Landscape Architects (BSLA) Student Award.

Resilient Coastal Living in New Bedford by UMass Amherst students Mario DeLuca, Amber Rachele and Viktor Schneider, led by Professors Samantha Solano and Frank Sleegers. The jury admired this project's work with the community, it's clear and engaging framework, and the realistic way it treated the water's edge.

Riverside Park by Northeastern students Alexis Mazzatta, Amy McAllister, Michael Rahtz and Valentina Riera, led by Professor Sara Carr. The jury appreciated how the project integrated a strong community engagement process with small and large scale planning and design.

2024 Lyceum Fellowship (University of Florida)

The 2024 Lyceum Competition explores the potentially regenerative symbiosis between the inevitable growth of human settlement—our buildings and infrastructure, our towns and cities—and the essential health of our terrestrial ecosystem. The program calls for a new, hybrid building type, a "maker space" that functions as an essential component of a regional economic and ecological metabolism. The building itself will serve as a model of regenerative design and construction.

First-place winner Alejandro Rodriguez, alum of the 2023 New Bedford and Fairhaven Challenge, based his designs on New Bedford’s working waterfront. Alejandro was part of the University of Florida team from the College of Design, Construction and Planning led by Professor Jeff Carney.

2024 Envision Resilience
Portland and South Portland Challenge

2024 Envision Resilience Portland and South Portland Challenge

The 2024 Envision Resilience Portland and South Portland Challenge calls on multidisciplinary student teams of architects and landscape architects, urban or regional planners, engineers, environmental scientists and and artists to reimagine Portland, South Portland, Casco Bay and the Islands, and propose imaginative solutions to the current and future impacts of climate change. These include ecological degradation, rising sea levels, a clean energy transition, economic disparities, housing scarcity, transportation and urban heat, among other themes. All design team strategies and interventions will consider the natural, ecological, social and built environments collectively, building on the 68 strategies across four areas outlined in One Climate Future

With a rich maritime culture and legacy and a diverse coastline ranging from sandy barrier islands to dramatic rocky shores along the Gulf of Maine, the state of Maine has experienced the ebb and flow of changing coastlines, warming waters and evolving industries throughout history. This is particularly true for Casco Bay, a watershed stretching 1,000 square miles made up of 785 islands4. Its historic working waterfront, which has carried the industries of oil, shipping, cruise liners and fishing, is home to two of Maine's most prominent cities: Portland and South Portland.  Like coastal communities around the world, Portland and South Portland are at the forefront of the fight against climate change. The Gulf of Maine is warming three to four times faster than the global ocean average1, sea levels in the state have been rising at a rate that is also three to four times the global average and extreme storm events are becoming more and more frequent, as made evident by the winter 2024 storms that flooded the two cities and set record high tides. 

Increasing temperatures, rising sea levels and intensifying storm events are compounded by the intersecting challenges of affordable housing, resource dependency, viability of port infrastructure, food insecurity, access to transportation and ecosystem health and restoration. How will the communities prepare for and adapt to a changing climate? How can student design thinking inspire community-centric, incremental change that leads to equitable and resilient outcomes? How might the process of envisioning resilient climate futures help business owners, fishermen, families and residents consider adaptive waterfronts that embrace healthy, sustainable and equitable systems around water? How can a design studio reimagine the social, ecological and economic relations embedded in design to challenge the status quo and meet the needs of the community? 

Participating institutions were Cornell University, Harvard University, the University at Buffalo, the University of Maine at Augusta, the University of Michigan, the University of Virginia, Yale University and the program’s first international partner, the University of Toronto.

Studio Reports and Publications

 2024 Envision Resilience
Portland and South Portland
Challenge

 2023 Envision Resilience New Bedford and Fairhaven Challenge
As a program of ReMain Nantucket, the third iteration of the Envision Resilience Challenge in the South Coast of Massachusetts focused on New Bedford and Fairhaven and their shared port. The design studio took place in the fall of 2023 and called on undergraduate and graduate teams of architects, landscape architects, urban or regional planners, engineers, environmental scientists, naturalists, journalists and artists to reimagine the coastal neighborhoods and waterfront and propose imaginative solutions to the current and future impacts of sea level rise and climate change. 

New Bedford and Fairhaven have long been defined by their connection to the water. New Bedford, a historical and cultural hub in the heart of the South Coast that was once the whaling capital of the world, is now home to the highest earning fishing port in the country, with annual revenue of $11 billion. Neighboring Fairhaven, famously tied to Herman Melville and the whaleship Acushnet, has since developed an economy that supports many of the fishing, ferry and recreational vessels around the port. State recommendations to plan for sea level rise under a high emission scenario mean that the South Coast of Massachusetts, which includes New Bedford and Fairhaven, would experience 1.2 feet of sea level rise by 2030, 2.5 feet by 2050, 4.3 feet by 2070 and 7.8 feet by 2100. For more than 50 years, the New Bedford Hurricane Barrier—which has been called a “18,000-foot-long insurance policy against tidal flooding”—has provided both communities with a sense of security. And though it has done its job to protect against many hurricanes and storms since 1966, the Hurricane Barrier has not yet been tested with the kind of storm it was designed to withstand. What that means for the future of the port and neighboring communities remains to be seen. 

Like many coastal communities, New Bedford and Fairhaven are at the forefront of the fight against climate change. How will the many diverse communities with their own values adapt? How might the innovative design thinking of students help business owners, fishermen, families and residents consider adaptive waterfronts that embrace healthy, sustainable and equitable systems around water? How can a design studio reimagine the social, ecological and economic relations embedded in design to challenge the status quo and meet the needs of the community? In addition to the threats of sea level rise, New Bedford and Fairhaven are facing major challenges with affordable housing and gentrification, waste management and ecosystem health. Another priority for many local leaders is the transition to clean energy, primarily the balance and harmonious coexistence of the fishing industry and the offshore wind industry, development vs. greenspace, storm and wastewater management. 

Set against the backdrop of social and environmental inequities, along with the current and future impacts of climate on all systems and people, we are undoubtedly living in a moment of transformation. This transformation will require both a recognition of the changing landscapes we inhabit, as well as the need for new strategies to ensure an equitable and effective transition to the future. 

Participating universities were Howard University, Northeastern University, Rhode Island School of Design, University of Florida, University of Massachusetts Amherst, University of Massachusetts Dartmouth and University of Virginia.

Studio Reports and Publications

 2023 Envision Resilience
New Bedford and
Fairhaven Challenge

2022 Envision Resilience Narragansett Bay Challenge
The 2022 Envision Resilience Narragansett Bay Challenge, a spring 2022 design studio, was the second iteration of the program under ReMain Nantucket. The Challenge called on multidisciplinary teams of graduate and undergraduate students from architecture, design, engineering, communications, business and economics, and earth/marine sciences to reimagine at-risk sites in the Narragansett Bay region through an iterative, design-driven approach. 

Narragansett Bay is a coastal community and thus our focus is properly on water: surge, tidal, rainfall, stormwater, drainage, surface, groundwater, ecological systems, and combinations thereof. The community’s long-term survival will, in large part, be determined by how the community manages its flood and sea level rise risks. Acknowledging the water system’s primacy yields sober choices but also aspirational options for resilience and flood reduction while maintaining the Bay’s historic beauty and iconic identity. Each design will consider history, changes, risk levels, and challenges through a layered approach looking at design, then development and land use, drainage and infrastructure, and soils and ecology. Participants will be asked to identify the threats, research solutions, and propose an adaptive design including building redesigns, natural environment installations, recreation uses, and transportation modifications. These designs will, necessarily, be at the conceptual level. Each should demonstrate an understanding of the difference between engineering solutions for current problems and designing for the future given the information available now. 

Students across disciplines―landscape architecture, environmental engineering, law, journalism and economics to name a few―will be tasked with identifying threats, researching possible solutions and proposing adaptive pathways forward for selected study areas within Providence, Wickford, Newport and the adjacent towns of Barrington, Bristol and Warren. Teams are tasked with proposing imaginative solutions and inspirational ideas to the current and future impact of coastal sea level rise and other climate impacts for a vibrant Narragansett Bay in 2030, 2060, and 2100.

Participating universities were University of Rhode Island, Rhode Island School of Design, Roger Williams University, Syracuse University, Northeastern University and the University of Florida.

Studio Reports and Publications

2022 Envision Resilience
Narragansett Bay
Challenge

2021 Envision Resilience Nantucket Challenge
The Challenge, by way of a spring 2021 design studio, called on interdisciplinary teams of graduate students from leading design universities to reimagine Nantucket Harbor under the latest projections of sea level rise. Teams were tasked to create visually impactful designs and propose adaptations and innovations that will enable coastal communities to actually imagine what our futures under sea level rise and climate impacts may look like. The teams worked with 22 local and regional advisors with expertise in conservation, public works, real estate, architecture, historic preservation, natural resources, art, marine biology, fisheries, civil engineering, science, and transportation; and will look to the insights and narratives of Nantucket residents for context and inspiration.

In 2020, ReMain Nantucket announced that five universities that will participate in the Envision Resilience Nantucket Challenge during the spring 2021 semester to address sea level rise: University of Florida College of Design, Construction and Planning, Harvard University Graduate School of Design, University of Miami School of Architecture, The School of Architecture at Northeastern University and Yale School of Architecture.

With the goal of inspiring Nantucket and other coastal communities around the world to envision innovative adaptations to sea level rise, Envision Resilience brings together graduate students from five geographically diverse universities to collaboratively re-imagine the Nantucket waterfront. Each school participating in the spring 2021 design studio will assemble a team of eight to 10 students from across disciplines, who will be tasked with identifying threats, researching possible solutions and proposing adaptive pathways forward. Equipped with the latest climate research, planning guidelines and an expert cohort of 23 Nantucket advisors, students will be encouraged to engage with community members to better understand the unique challenges of the Island.

The National Oceanic and Atmospheric Administration’s “high” sea level rise projections, which the Town of Nantucket has adopted for planning purposes, predict the Island will regularly see 4.13 feet of water above local mean sea level rise by 2060, 6.36 feet by 2080 and 9.25 feet by 2100. Fortunately, the multidisciplinary nature of the challenge promises holistic insight to the unique complexities coastal communities face with rising sea levels, especially since the teams will be guided by leaders in the field: Jeff Carney of the University of Florida, Chris Reed and Alysoun Wright of Harvard, Sonia Chao of the University of Miami, Sara Carr and Cullen Meves of Northeastern and Alan Plattus and Andrei Harwell of Yale.

Studio Reports and Publications