Examine Wentworth Student Research Success at the Muddy River Symposium
Understand the Significance of the Muddy River Symposium in the USA
Urban waterways face immense ecological pressures, requiring localized and innovative approaches to environmental management. The Muddy River, which winds through the Fenway neighborhood and Brookline in Boston, Massachusetts, serves as a critical living laboratory for these challenges. For two decades, the Muddy River Symposium has gathered academics, local officials, and students to address these urban ecological issues. Hosted by the Colleges of the Fenway (COF) Center for Sustainability and the Environment alongside the Muddy River Restoration Maintenance and Management Oversight Committee (MMOC), this event highlights the vital role of student research in shaping local environmental policy and community resilience.
At the 20th annual symposium held on April 7, Wentworth Institute of Technology demonstrated exceptional proficiency in applied sustainability. Wentworth students secured top honors in three out of the four primary categories: Water, Sustainability Science, and Local Social Action. This achievement underscores the institution’s commitment to hands-on, project-based learning and its ability to prepare students to tackle complex environmental issues in the USA and beyond.
Submit your application today to join the next generation of sustainability researchers and make a tangible impact on urban ecosystems.
Review Wentworth’s Winning Sustainability and Water Research Projects
The symposium categorizes student research to address different facets of environmental science. Wentworth’s dominance in the Water and Sustainability Science categories highlights the university’s interdisciplinary approach to problem-solving, blending engineering, science, and design.
Analyzing the Salinity of Muddy River
In the Water category, Wentworth students Sofia Henriques, Nico McLean, Zachary Askinasi, and Koda Mannino earned first place for their project, “The Salinity of Muddy River.” In northern climates across the USA, road salt application during winter months is a primary driver of increased chloride levels in urban waterways. Elevated salinity can degrade water quality, harm aquatic vegetation, and disrupt freshwater ecosystems.
By systematically measuring and analyzing the salinity gradients within the Muddy River, the student team provided actionable data. This type of student research is essential for local environmental managers who need baseline data to evaluate the effectiveness of alternative de-icing methods or to identify highly vulnerable sections of the river. The project exemplifies how undergraduate work can directly inform municipal sustainability initiatives and infrastructure maintenance strategies.
Developing Achievable Green Infrastructure for Students
The Sustainability Science category was won by a multi-institutional team featuring Wentworth students Ashley Quintal and Cash Eck. Their project, “DIY:GI—Achievable Green Infrastructure for Students,” focused on democratizing environmental technology. Green infrastructure (GI)—such as rain gardens, bioswales, and permeable pavements—mitigates stormwater runoff and reduces urban heat island effects. However, large-scale GI installations often require significant capital and institutional backing.
The “DIY:GI” project investigated how students and community members can implement small-scale, affordable green infrastructure solutions. By focusing on achievable, low-cost interventions, this research empowers individuals to participate in sustainability efforts directly. It bridges the gap between high-level institutional sustainability plans and grassroots environmental action, proving that effective stormwater management can happen at the micro-level.
Highlight Local Social Action and the Francis Allou Gershwin Award
Environmental progress requires more than just scientific data; it demands community engagement and advocacy. The Francis Allou Gershwin Local Social Action Award, named for the late chair of the Muddy River Restoration MMOC, recognizes projects that connect ecological health with community well-being.
An all-Wentworth team comprising Ava Pendleton, Aaron Chmura, Cash Eck, and Sophie Vorperian won this prestigious award for their project, “The Course of the Stony Brook.” This research traced the historical and contemporary flow of the Stony Brook, another critical waterway in the Boston area that has been heavily altered by urban development. By mapping the course and understanding its hydrological and social history, the students highlighted the importance of reclaiming and recognizing buried urban streams.
This project was uniquely developed during Wentworth’s Fall 2025 Environmental Forum, a pilot initiative designed to help students fulfill requirements for the university’s minor in sustainability. The success of this forum demonstrates the value of alternative classroom structures that prioritize intensive, focused research over traditional lecture formats. The Wentworth Sustainability Committee played a crucial role in guiding this endeavor, ensuring the students’ research was both academically rigorous and relevant to local stakeholders.
Schedule a free consultation to learn more about Wentworth’s sustainability minor and how you can participate in future Environmental Forums.
Explore the Impact of COF Mini-Grants on Student Innovation
Beyond the main competitive categories, the COF Center for Sustainability and the Environment awards $500 “mini grants” to fund student-led prototypes and research initiatives. These grants lower the financial barrier to innovation, allowing students to purchase materials, build prototypes, and test their hypotheses in the real world. Of the five mini grants awarded this year, three went to Wentworth teams, further illustrating the density of student research activity at the institution.
HUGO Interactive Recycling Trash Can
Andrew Juscamaita and Jayden Lighty developed the “HUGO Interactive Recycling Trash Can.” Contamination in recycling streams remains a massive hurdle for municipal waste management in the USA. Interactive bins that provide immediate feedback—such as visual cues or auditory signals when the wrong item is deposited—can significantly improve user compliance. By prototyping HUGO, these students applied principles of human-centered design and technology to solve a persistent behavioral issue in waste management.
Hydroelectric Power Generator Prototyping
Liliana Santora, Dylan Carter, Anthony Gardner, and Michael Koutrouba presented their project on a “Hydroelectric Power Generator.” Urban waterways offer untapped potential for small-scale, decentralized renewable energy generation. The team’s work involved designing and testing a generator capable of harnessing the flow of water in local canals or rivers. This type of mechanical and electrical engineering project shows how student research can contribute to broader climate resilience goals by developing localized, clean energy solutions.
Waste Sorting Education Web App
Kristine Antonio presented a solo project: a “Waste Sorting Education Web App.” While physical infrastructure like HUGO addresses recycling at the point of disposal, Antonio’s app tackles the problem through digital education. A web application that quickly tells users how to dispose of specific items reduces confusion and contamination before waste even reaches the bin. Combining software development with environmental education represents a highly scalable approach to sustainability.
Have questions about undergraduate research opportunities? Write to us! Our faculty advisors are ready to discuss how you can secure funding for your own innovative projects.
Connect Undergraduate Research to Career Readiness in Sustainability
Participating in events like the Muddy River Symposium provides students with far more than just an academic line on their resume. Presenting research to a panel of experts, peers, and community leaders develops critical professional skills. Students must learn to communicate complex technical data clearly, defend their methodologies, and answer unscripted questions from the audience.
The symposium also featured a keynote address by Emily Norton, Executive Director of the Charles River Watershed Association. Hearing from leading professionals in the field helps students understand the broader landscape of environmental advocacy and policy in Massachusetts. It connects their localized Muddy River research to regional watershed management efforts, demonstrating how local actions fit into macro-level environmental strategies.
For prospective students evaluating universities, the volume and quality of Wentworth’s representation at this symposium serve as a strong indicator of the institution’s career readiness focus. Employers in the sustainability sector increasingly demand candidates who possess not only theoretical knowledge but also practical experience with data collection, prototyping, and cross-disciplinary collaboration. Wentworth students consistently demonstrate these competencies.
Learn How Wentworth Structures Its Sustainability Minor
The overwhelming success at the Muddy River Symposium is not an anomaly; it is the direct result of Wentworth’s structured approach to sustainability education. The university offers a dedicated minor in sustainability that is accessible to students across various disciplines, from engineering and architecture to management and computer science.
This interdisciplinary design ensures that sustainability is not siloed within a single department. Instead, it is treated as a critical lens through which all future professionals should view their work. The Fall 2025 Environmental Forum, which birthed the award-winning Stony Brook project, represents an innovative pedagogical shift. By replacing standard coursework with an intensive, collaborative research forum, Wentworth allows students to experience the true nature of environmental problem-solving: complex, messy, and requiring diverse perspectives.
The support from the Wentworth Sustainability Committee further ensures that students have the institutional backing necessary to pursue ambitious projects. Whether securing mini-grants, navigating community partnerships, or preparing for public presentations, students are guided by faculty and staff who are deeply invested in their success.
Move Forward with Applied Environmental Science
The results of the 20th annual Muddy River Symposium clearly illustrate the caliber of student research occurring at Wentworth Institute of Technology. From analyzing water salinity and designing interactive recycling bins to mapping the historical flow of urban streams, Wentworth students are actively contributing to the environmental health of Boston. For high school students and transfer applicants looking for a university where they can engage in meaningful, real-world sustainability research, Wentworth provides the resources, faculty support, and collaborative environment necessary to succeed.
Share your experiences with student-led environmental projects in the comments below.
Explore our related articles for further reading on how interdisciplinary education is shaping the future of sustainability in the USA.
