, associate provost for academic programs, has been appointed interim dean for the (ECS).

Hasenwinkel, a Laura J. and L. Douglas Meredith Professor of Teaching Excellence, was previously chair of the Department of Biomedical and Chemical Engineering and a faculty affiliate of theĚý. She has previously served as ECS associate dean for academic and student affairs and senior associate dean. She will continue to serve concurrently as associate provost for academic programs.

“Julie’s extensive leadership and administrative experience positions her well to lead ECS during this time of transition,” says Provost Lois Agnew. “I am grateful she has agreed to take on this expanded responsibility.”

“I’m excited for the opportunity to serve as interim dean of ECS. This college has been my professional home throughout my career, and I am deeply committed to its extraordinary faculty and staff, and most importantly, our students,” says Hasenwinkel.

Two additional appointments will expand leadership support for the college.

Biomedical and Chemical Engineering Professor will serve as senior associate dean for faculty affairs.

“ECS has outstanding people at every level and supporting them is what drives great outcomes for our students and our college,” says Henderson. “I’m grateful for the chance to serve in this role and look forward to working with Julie, Andria and the entire ECS community to strengthen the foundations that let our faculty, staff and students do their best work.”

Civil and Environmental Engineering Professor will serve as interim senior associate dean of academic operations while continuing to chair the Department of Civil and Environmental Engineering.

“I’m honored to have the opportunity to work with Julie, Jay, ECS faculty, staff and students to help our college continue to thrive, innovate and excel,” says Costello Staniec.

Agnew credited input from the broader ECS community, including department chairs, in shaping the transition plan.

“I am confident that under Julie’s leadership, the college will move forward with purpose and momentum,” says Agnew. “I am grateful to Julie, Jay and Andria for stepping up at an important moment and for their dedication to ECS and to Syracuse University.”

, associate professor of writing and rhetoric in the (A&S), has been awarded the $10,000 Syracuse Prize from CNY Arts. Berry was recognized for his work withĚý, a community-engaged writing and multimodal publishing initiative that supports incarcerated and formerly incarcerated individuals and their families.

The inaugural Syracuse Prize honors community members who have made significant contributions to the cultural vitality and civic life of the City of Syracuse. Berry accepted the award at a ceremony on May 14, with the recognition receiving coverage from regional media outlets, includingĚýĚý˛š˛ÔťĺĚý.

Founded by Berry in 2022, Project Mend is an open-access national archive developed in partnership with theĚýĚýin Syracuse. The initiative centers the creative and scholarly work of people directly impacted by incarceration, offering paid editorial and design apprenticeships that provide participants with professional skills and pathways to future opportunity.

“I believe the arts should be accessible to everyone, including those rebuilding their lives after prison,” says Berry. “Initiatives like Project Mend remind us that creativity, storytelling and multimodal publishing are powerful forms of education, healing and community.”

A central component of the initiative isĚý“Mend,” a print and digital journal that publishes fiction, nonfiction, poetry and visual art by incarcerated people, formerly incarcerated individuals and their families. This spring, Project Mend celebrated the release ofĚý“Mend’s”Ěý, marking a significant milestone in the project’s continued growth and national reach.

Project Mend also serves as a high-impact experiential learning site for students. Many students first encounter the project through Berry’s courses in A&S and continue through internships and apprenticeships, translating their work with “Mend” into career pathways in publishing, communications, social services, nonprofit leadership and graduate study.

The Syracuse Prize is the latest in a series of honors recognizing Berry’s leadership on Project Mend. In 2025, he received the Outstanding College–Community Partnership Award from the Coalition for Community Writing, which recognized Project Mend’s collaborative and reciprocal engagement with justice-impacted communities. Berry has also received support through the University’s Office of Research’s Good to Great Grant Program, which supports high-impact initiatives with strong potential for national reach.

Additional funding has come from a Humanities New York Post-Incarceration Humanities Partnership, supported by the Mellon Foundation and the CNY Humanities Corridor. On campus, the project is further supported by the Engaged Humanities Network, the Humanities Center, the SOURCE, Syracuse University Libraries and the Department of Writing Studies, Rhetoric and Composition.

As the initiative continues to expand, so do opportunities for innovative forms of engagement. In spring 2026, Berry launched “,” a podcast that offers members of the team a space to reflect on themes explored inĚý“Mend.” The first episode, released in March and titled “Mental Health and Solidarity in Prison,” was inspired by Rebekha Nilsen’s 2026Ěý“Mend”Ěýarticle “,” extending the essay’s exploration of loss, care and resistance through collective conversation.

Berry is also developing a book,Ěý“Literacy and the Humanities After Prison,” which examines how literacy and humanities-based practices shape the lives of people impacted by the criminal legal system.

The College of Arts and Sciences (A&S) mourns the passing of Meredith Lillich, professor emerita of art history, who died on March 18, 2026, at the age of 94. A member of the University’s faculty for more than four decades, Lillich was an internationally recognized scholar of medieval stained glass, a dedicated teacher and mentor and a foundational figure in the modern study of Gothic art.

Born in Chicago, Lillich demonstrated an early devotion to intellectual pursuits. After double majoring in English and art history at Oberlin College and graduating in 1953, she traveled to Europe on a Fulbright fellowship, taking part in a formative abroad experience that sparked what would become her life’s scholarly focus: medieval stained glass.

Lillich would go on to earn a master’s degree in art history from Cornell University in 1957 and a Ph.D. from Columbia University in 1969. While finishing her dissertation, “The Stained Glass of Saint-Père de Chartres,” she joined the A&S faculty in 1968. She remained at the University until her retirement in 2010, shaping generations of students and playing a central role in establishing A&S as a hub for research and teaching on medieval art.

Her research took her frequently to Europe, where she was known for her determination and fearlessness in the field. Undeterred by cramped staircases, great heights or the less hospitable corners of medieval buildings, Lillich, herĚý, climbedĚýinto hard-to-reach spaces in churches (i.e., triforia, towers and clerestory levels) to study stained glass up close. These efforts yielded landmark publications, including “The Armor of Light: Stained Glass in Western France, 1250–1325” and “The Gothic Stained Glass of Reims Cathedral,” along with numerous influential articles.

Among her many honors, Lillich received fellowships from the John Simon Guggenheim Memorial Foundation, the Institute for Advanced Study in Princeton, New Jersey, the National Gallery of Art’s Center for Advanced Study in the Visual Arts, the National Endowment for the Humanities, the American Council of Learned Societies and multiple Fulbright awards. At Syracuse, she was recognized with the Wasserstrom Prize for Outstanding Graduate Teaching (1987), the Arts and Sciences Special Service Award for Service to Field (1989) and the Chancellor’s Citation for Exceptional Academic Achievement (1999).

, Distinguished Professor of Art History and Chair of theĚýĚýin A&S, recalls Lillich’s immense scholarly stature and international reputation. “Her colleagues used to call her the ‘Queen Bee of Medieval Art,’ and for good reason,” Franits says. “Meredith received prestigious academic recognition abroad, particularly in France, where her scholarship was widely respected and influential.”

Beyond her scholarly achievements, Lillich was deeply revered as a mentor, and her influence extended far beyond Syracuse through the students she trained. Former studentĚý, now an associate professor of medieval art history at the University of Virginia, credits Lillich with shaping both his intellectual orientation and professional ethos. “I affectionately refer to Meredith as my ‘medieval momma,’” he says. “Her model of academic excellence, devotion to family and research output are a model for anyone to follow. Her passion for stained glass studies was unrivaled.”

Her colleagues and former students describe Lillich as a scholar whose curiosity was tireless. By understanding both the people behind the art and the meaning embedded in their work, Lillich believed society could gain deeper insight into the cultures that shaped these artworks and the values they still reflect.

Lillich’s expertise made her a sought-after authority worldwide. She was a central and foundational figure in the American chapter of the Corpus Vitrearum Medii Aevi, an international scholarly initiative devoted to the study, documentation and preservation of medieval stained glass. Her influential work on subjects such as Cistercian grisaille, band windows (which are clerestory windows featuring horizontal narrative strips) and collaborative research at institutions including the Corning Museum of Glass continues to shape the field. Colleagues across the discipline described her as “fiercely brilliant,” a “force of nature,” and one of the founding mothers of American stained-glass scholarship.

Meredith Lillich leaves behind a legacy of rigorous research and devoted teaching. Her influence endures not only through her work and students, but also through her family. She is survived by two daughters, Victoria A. Lillich and Olivia P.L. Hilton; and four grandchildren, Rebecca Lillich KrĂźger, Miles Hilton (Lis Meiss), Rupert KrĂźger and Aaron Hilton (Enjolique).

, director of research development for the arts and humanities in the and the (A&S), has been recognized with the 2026 Innovation Award from the (NORDP).

The award recognizes professionals who advance research development through partnerships, new tools and techniques or the creation and sharing of knowledge that produces demonstrable results. Workman and her NORDP colleague, Allison DeVries of Chapman University, received the award in recognition of the evolution of the (CASSH) affinity group, which they founded in 2022. The group, which has grown to more than 150 NORDP members across the country, helps them marshal and create collective resources and share best practices, case studies and challenges in support of faculty in the humanities, creative arts and social sciences areas.

“I’m honored to receive this award and proud to have had a part in bringing the CASSH group together four years ago when it seemed rare to have a designated arts and humanities research development staff member housed in an R1 institution,” Workman says. The group has gained momentum “because higher education recognizes the value of this support nationwide as integral to the national research landscape and vital to an individual institution’s research ecosystem,” she says.

Workman came to Syracuse in 2019 and built a dedicated arts and humanities research development infrastructure from scratch. She now connects with more than 200 faculty across eight schools and colleges and partners with and several University-affiliated arts organizations.

Beyond campus, she is part of the , an 11-university consortium for collaborative research, teaching and programming. She co-leads its HF4 Corridor Futures and Initiatives working group with program manager Aimee Germain to offer professional development opportunities for faculty.

Impact on Faculty and Funding

Prior to Workman’s arrival, scholars navigated grant funding alone or through informal networks, often missing critical opportunities, says , senior director of research development in the Office of Research, who co-nominated Workman for the award.

She says Workman has contributed to faculty winning prestigious awards, including summer stipends, a and a grant. Workman has also supported a fellowship, an digital justice grant and several successful applications.

In 2025, Workman supported 64 grant proposals seeking $44 million in funding. She recently helped nine arts faculty and five organizations secure awards, making Syracuse the only university in the state to receive multiple awards in that cycle, Chianese says.

, professor of women’s and gender studies and director of the Syracuse University Humanities Center and the Central New York Humanities Corridor, says Workman’s Corridor support has deepened scholarly community across the region and has had significant impact on Syracuse faculty success.

“Sarah has been instrumental in several prestigious Mellon awards, including our first and ensuing New Directions fellowships and many other highly competitive awards and grants,” says May, who co-nominated Workman for the award. “Many of these awards have been substantial enough to transform individual career trajectories and drive transformational work at the University and inĚý wider communities locally and nationally.” May says faculty frequently remark about how much they enjoy collaborating with Workman and appreciate her support.

, assistant professor of music history and cultures in A&S, credits Workman with helping her secure a , a first for Syracuse among 200 competing institutions. “I am deeply grateful for her thoughtful engagement with my research and for helping make its relevance accessible to a broader interdisciplinary readership,” PeĂąate says.

, associate professor in women’s and gender studies in A&S, says Workman’s guidance “proved instrumental in shaping two grant proposals into competitive, fundable projects. Her careful feedback led to key revisions that directly contributed to securing a major award from a private funder. In a context of shrinking funding, Sarah’s leadership has been indispensable for the success of humanities’ interdisciplinary, social justice-centered research.”

While Workman focuses on the arts and humanities, the Office of Research supports faculty across disciplines through a broader research development team. Researchers across campus partner with team members on proposal development, funding searches, cohort writing programs for competitive federal awards and strategic guidance on funding opportunities. Faculty interested in support for their projects can learn more about .

hosted ’Cuse Collections this spring for the third year in a row, an event where students can drop off new and gently used items that they no longer need or are unable to take home at the end of the semester.

The collected items are provided to local organizations and nonprofits, and at the two collection sites on campus, Syracuse University and SUNY College of Environmental Science and Forestry students donated an estimated 85 bins of items.

Student volunteers helped oversee the drop-off sites and assist organizations in picking up the donated items.

The items (equivalent to over three dump-truck loads) were donated to seven local organizations, including the Boys & Girls Club of Syracuse, John 6:12, Lydia’s Attic, Rescue Mission, SEA Without Borders, Spanish Action League of Onondaga County and Huntington Family Centers, Inc.

“Donations collected through ’Cuse Collections help the Rescue Mission meet immediate needs in our community. Items like blankets, sheets and clothing are used directly in our emergency shelter services, while additional donations help stock Thrifty Shopper stores with affordable goods for local families,” says Luana Lovenguth, chief social enterprise officer at the Rescue Mission. “It’s a meaningful example of community impact and sustainability working together.”

These donations help keep items out of the waste stream, reduce the amount of energy used to create new products and benefit those in the Syracuse community.

If you’re interested in getting involved next year or are an organization that would like to partner with Sustainability Management, please reach out to sustain@syr.edu.

Ads generated by artificial intelligence are nearly indistinguishable from human-made ones, but new research shows they consistently underperform compared to human-made work when it comes to predicting short-term sales impact.

°ŐłóąđĚý from global research firm Ipsos in collaboration with two faculty members from theĚý tested 20 ads across 10 brands with 3,000 U.S. respondents. They found that human-made ads outperformed their AI counterparts, though the gap between the two was surprisingly slim.

The study paired existing human-made ads, produced before 2021 to ensure AI tools were not used, with fully AI-generated counterparts built from the same strategic brief, the document that ad professionals use to outline objectives, messaging and tactics for a campaign. Ads were then viewed by real consumers.

The results challenge assumptions the advertising industry can no longer afford to ignore, faculty Ěý˛š˛ÔťĺĚý say, while the project overall reflects Newhouse’s commitment to train students with the skills and forward-thinking strategies needed to be effective and ethical communicators.

The Research Team

Peruta, director of theĚýĚýM.S. program, and Riby, professor of practice in theĚý, led the University side of the study. Ryan Barthelmes, senior vice president of creative excellence at Ipsos, guided the project for the research firm.

Peruta oversaw the technical process of deconstructing existing ads and building the pipeline to produce their AI counterparts. AI was assigned to do everything a creative team would do, from interpreting strategy to developing a concept to producing the final spot.

“The human ads and the AI ads started from the same brief,” Peruta says. “The only thing that changed was who made them, and that’s exactly what we wanted to measure.”

Riby brought advertising strategy and creative expertise, including insights drawn from her The Big Idea in Advertising class, where Newhouse students have spent three years creating AI-generated ads and evaluating the results.

The 10 brands selected for the project spanned various sectors, including consumer packaged goods, fashion, automotive and technology: Cheerios, Chewy, Febreze, Fiat, H&M, Old Navy, Herbal Essences, Ray-Ban Meta, TurboTax and Visa.

Raina Rice ’26, an advertising major, supported the project behind the scenes, helping organize and manage the ad assets across all 10 brand pairings.

What They Found

The study produced three findings that promise to generate conversation across the advertising industry.

• Consumers largely cannot tell the difference.ĚýOnly 13% of viewers who saw an AI-generated ad were at least somewhat confident it was made by AI—the same share as viewers who suspected human-made ads were AI-generated. With 40% of all viewers uncertain either way, the line between human and machine-made advertising is blurring quickly.

• Despite that perceptual similarity, a measurable effectiveness gap emerged.ĚýUsing Ipsos’ sales-validated measures of advertising performance, human-made ads over-indexed against the benchmark by 11 points on average, while AI-made ads under-indexed by five. In practical terms, human ads are predicted to drive stronger short-term sales impact. AI can produce credible work, but on average it does not move the needle the same way.

• AI performed best when the brief was straightforward and product-driven, but struggled when the creative challenge called for storytelling, emotion or a genuine point of view.ĚýThe strongest result in the study came from the Cheerios pairing, where a deeply human brief produced the highest combined effectiveness scores across both versions.

“Every semester in my class, I watch students create AI ads about themselves, and not one of them has ever loved their output enough to put it on their refrigerator,” Riby says. “That reaction is the premise of this entire study. If the creators themselves are underwhelmed, why would we expect consumers to feel differently? The data now backs that up.”

An Industry Perspective

Barthelmes says the study addresses a question the advertising industry has been circling but is reluctant to answer directly.

“Every [chief marketing officer] is being asked whether AI can replace their creative agencies, and creative directors are wondering about their futures,” Barthelmes says. “This research gives us a framework for that conversation. AI is a powerful tool, but the data shows that the human capacity for storytelling and emotional connection still creates a measurable competitive edge. The future is humans and AI working together.”

Looking Ahead

The Newhouse-Ipsos partnership reflects the school’s broader investment in industry-facing research that shapes how the next generation of communicators understands and works alongside AI.

The study’s key recommendation is clear: do not settle for “good enough.” AI has an important role in modern campaign strategy and execution, but it is not a replacement for the human-led creativity needed to deliver a competitive advantage.

New research in the journalĚýĚýby Maxwell postdoctoral scholar Dustin Hill, Professor of Public Health Dave Larsen and a team of researchers has found a strong connection between the prevalence of genetic variations of the COVID-19 virus and higher community transmission.

Testing wastewater to detect viruses in a community is a well-established scientific practice. But knowing the prevalence of a disease has always presented challenges, with science relying on sheer volume and concentration of virus load found to make inexact assumptions.

The team, which included colleagues from SUNY Upstate Medical University, SUNY College ofĚýEnvironmental Science and Forestry and the New York State Department of Health, looked closely at existing data and genomes from wastewater surveillance collected during the COVID-19 emergency, measuring genetic variation through small, insignificant changes in the virus genome, and comparing that to transmission levels.

To put it simply: they found that the more variation in the viral material in wastewater, the more people were infected.

“Not only do infections rise when diversity of the virus increases, infections decline as diversity declines,” says Hill, the study’s lead author. “We tested three different ways to measure diversity of the virus genome in wastewater, and all three measures predicted infections with extremely high statistical power.”

While the study analyzed COVID-19, this connection could change how wastewater surveillance is used not just to detect, but to measure disease transmission with implications for monitoring other diseases, including influenza, measles, polio and future viruses that may arise.

“These findings open up new areas of exploration in genetic epidemiology,” says Larsen. “We will now be able to estimate transmission from sequencing data, something that has previously not been possible.

Key Takeaways From the Study

• Genetic diversity measured in wastewater is highly predictive of community infection numbers, and superior to current methods that use concentration
• Wastewater genetic data can tell us more than just what variants or subtypes are circulating in each community
• Methods can be applied to any pathogen found in wastewater that can have genetic material sequenced

“This is exactly the kind of research Maxwell exists to support—rigorous, evidence-based and consequential well beyond the laboratory,” says Maxwell Dean David M. Van Slyke. “The collaboration between Professor Larsen, Dr. Hill and their partners at the New York State Department of Health is a model for how transformative research unfolds: without a roadmap, assembling the right collaborators, working through what didn’t work and ultimately arriving at findings that can make communities healthier and safer. The ability to move from detection to prediction changes what policymakers can do, and when they can do it. That’s not just scientific progress—that’s the public good.”

The research project grew from a partnership between Syracuse University, the New York State Department of Health, SUNY Upstate and SUNY ESF that began in March of 2020, in the earliest days of the COVID-19 outbreak.

As the virus first spread in New York and elsewhere, Larsen proposed using wastewater to detect and monitor the virus at Syracuse University. He assembled a team of researchers from Syracuse and nearby universities to begin developing the wastewater surveillance technology that would eventually become critical to New York State’s response to the disease and developed into theĚý.

“The wastewater program was further developed in 2022 by the addition of sequencing of the detected virus, work that was undertaken by the 5-site sequencing consortium set up by the Wadsworth Center in 2021,” says Kirsten St. George, director of the Virology Laboratory at the Wadsworth Center and co-author of the study. “The sequence data generated by the consortium provided the information needed for the genetic variation analysis and transmission correlations reported in this study. Initiated to monitor circulating and emerging variants of the virus, the sequence data generated by the consortium has now proven to be a powerful tool for additional applications.”

In 2024, the New York State Wastewater Surveillance Network was designated as the Centers for Disease Control and Prevention (CDC) Northeast Region Center of Excellence.

“The valuable partnerships the department and our world-renowned Wadsworth Center have developed with Syracuse University, SUNY College of Environmental Science and Forestry and SUNY Upstate Medical University are leading to important new discoveries that are advancing our understanding of not only how to detect COVID in wastewater, but also how to analyze those samples to better predict community transmission,” says New York State Health Commissioner Dr. James McDonald. “The researchers involved in this study remain on the cutting edge of scientific discovery that could change how we look at other pathogens in wastewater, including polio, influenza and measles and establishing wastewater sampling as a reliable public health early warning system for public health threats.”

This latest research, in the article titled “,” appears in the May 14 issue ofĚýScience, a leading outlet for scientific news and research.

When a mock chemical hazard call came in on South Campus last month, forensic science students from the (A&S) were granted a rare opportunity to watch and learn.

The New York National Guard’s 2nd Weapons of Mass Destruction Civil Support Team (CST) conducted a multiday training exercise from March 31 through April 3, bringing together five agencies to simulate a coordinated chemical, biological, radiological and nuclear response. For students in the College’s (Forensics Institute), the exercise became an uncommon window into the world their coursework is preparing them for.

“This offered an exceptional opportunity for students to connect what they have learned in their courses to a real-world scenario,” says Kathleen Corrado, Forensics Institute executive director. “Including communications, sample identification and collection, working with hazardous materials, and use of analytical field equipment that mirrors what they have used in their laboratory courses.”

The exercise, coordinated by the University’s Emergency and Environmental Risk Services division in partnership with A&S, is among the first times a live chemical, biological, radiological and nuclear (CBRN) field exercise has also served as an academic platform. Over two site visits—on March 31 and April 2—students observed multiagency incident command coordination, CST personnel collecting samples in full chemical proximity protective suits, and a mass-casualty decontamination corridor erected and operated by Syracuse Fire Department’s HazMat Response Team. All training used simulated materials only.

Joseph Hernon, associate vice president for emergency and environmental risk services, says the setting offered students something a classroom cannot replicate.

“When students step onto a scene alongside the New York National Guard’s 2nd Weapons of Mass Destruction Civil Support Team, the Syracuse Fire Department HazMat unit and Onondaga County Emergency Management, they’re not just observing. They’re experiencing the actual tempo, communication and decision-making of a real CBRN response,” Hernon says. “That exposure is irreplaceable.”

Between the site visits on South Campus, the civil support team hosted a seminar in Lyman Hall for forensic science and other A&S students and faculty. The session covered their mission, demonstrations of portable detection equipment and a Q&A period.

Kevin Early, a master’s student in forensic science, says seeing the team’s analytical instruments in a field context reframed what he had learned in the lab.

“I really enjoyed seeing all of the scientific equipment that is employed and all of the differing applications of the machinery in the field,” Early says. “The mobile lab was so cool—I didn’t think that a GC-MS (gas chromatography–mass spectrometry) would be effective in a mobile capacity, so that was interesting.”

“What I hope students took away is a sense of professional context, and an understanding of where their skills fit within a much larger response system, and a recognition that the work they’re learning to do has real-world stakes,” he says.

Corrado says the partnership opened students’ eyes to career possibilities at the intersection of forensic science and national security, and that the CST is eager to continue the collaboration. “The members of the 2nd WMD-CST were clearly excited to share their expertise and experiences with our students, and they look forward to continued collaborations in the future.”

Artificial intelligence (AI) is already making substantial changes in every industry, shifting how we work, learn and organize our daily lives. But how can AI tools shape the field of building science? That was the central question at the Industry Summit on Artificial Intelligence for the Built Environment, organized by , Traugott Professor of Mechanical and Aerospace Engineering in the College of Engineering and Computer Science and co-director of the (SyracuseCoE).

Structured as a working session, the May 4 summit featured expert panelists from industry, academia and government agencies, with 12 companies represented and a total of 35 participants. After opening remarks from Professor Dong, the first panel of the day explored AI applications in smart and human-centered buildings. Presentations included:

• From Equipment to Ecosystem: An AI Strategy for Thermal Energy Systems and the Built Environment, presented by Josiah Johnston, senior director of data science at Daikin Open Innovation Lab Silicon Valley
• AI in Buildings: A Perspective From the Field, presented by William Healy, senior director at TRC Companies
• Using AI for Building Optimization, presented by Evan Torkos, vice president for strategy at Nantum AI
• The Restoration of a Building or Home’s Comfort, a New Set of Opportunities With AI, presented by Michael Birnkrant, chief architect, service and aftermarket at Carrier Corporation

A moderated discussion led by SyracuseCoE’s executive director, , gave attendees a chance to dig deeper into these AI advances before breaking for a student poster session and lunch.

The afternoon panel widened the lens to AI’s role in building-connected infrastructure, covering the following topics:

• Load Flexibility and Electrified Commercial Buildings, presented by Mark Bremer and Julia Griffith from National Grid
• Hallucination of AI in Critical Infrastructure, presented by Herbert Dwyer, founder and CEO of EMPEQ
• A Semantic Foundation Unlocks Rapid Deployment of AI in the Built Environment, presented by Andrew Rodgers, co-founder of ACE IoT Solutions
• AI-Powered Communities: From Data to Resilience, presented by Nancy Min, co-founder and CEO of ecoLong
• Using GenAI to Accelerate Decarbonizing NYC Commercial Real Estate, presented by Thomas Yeh, consulting technical advisor, NYSERDA

The summit concluded with small group discussions: four breakout groups each co-facilitated by Syracuse University faculty and populated with a cross-section of academic and industry voices. This format ensured that the day’s themes were stress-tested in conversation and built the foundation for future collaborations. Dong plans to apply for funding for an interdisciplinary research center, such as a National Science Foundation Engineering Research Center, that will advance university-industry partnerships in the healthy buildings field.

The summit made clear that AI’s role in the built environment is no longer speculative—it is operational and growing rapidly. From smarter HVAC to grid-scale flexibility to community resilience, the challenge now is deploying these tools thoughtfully, sustainably and at scale.

This event was supported by the University’s Ěýthrough their Team Building for Large, Collaborative Grants program.

To be notified of future events and opportunities, sign up for SyracuseCoE’s ĚýorĚý.

Katherine McDonald, professor of public health in the and associate vice president for research for Syracuse University, with a from the American Association on Intellectual and Developmental Disabilities (AAIDD)—recognition of nearly two decades of scholarship advocating for the inclusion of people with disabilities in research.

The AAIDD is the nation’s oldest and largest organization of professionals in the field and promotes evidence-based policies, research and universal human rights for people with intellectual and developmental disabilities. The Sesqui Award for Research recognizes members for outstanding contributions and will be presented at the organization’s 150th annual meeting in June in Chicago.

McDonald was nominated by peers and selected by the AAIDD board of directors for her work. Her professional journey is deeply personal: as a young person, she lived with people with intellectual disability in L’Arche communities in Syracuse, and outside of Geneva, Switzerland. She developed lifelong relationships and came to understand the pressing need to advance disability rights and belonging. Using socioecological theory and community-engaged research, her work focuses on the ethical, legal and social implications of research involving adults with developmental disabilities, as well as strategies to promote the responsible inclusion of people with disabilities in scientific study.

With collaborator Ariel Schwartz from the University of New Hampshire, McDonald created Research Ethics for All, an accessible research ethics education program designed specifically for community research partners with developmental disabilities. They also created the Equipped to Engage Toolkit which provides resources to support the engagement of people with intellectual disabilities as research partners.

McDonald’s research has been supported by grant funding from the National Institutes of Health; the U.S. Department of Education; the National Institute on Disability, Independent Living, and Rehabilitation Research; and the Patient-Centered Outcomes Research Institute, among others. She is published in leading journals including the Disability and Health Journal, American Journal of Bioethics and the American Journal on Intellectual and Developmental Disabilities.

McDonald is a faculty affiliate at the Aging Studies Institute, the Burton Blatt Institute, the Consortium for Culture and Medicine and in the disability studies program, and is a research affiliate at the Lerner Center for Public Health Promotion and Population Health. As associate vice president for research, she supports faculty scholarship, strengthens mentoring and identifies strategic opportunities to advance the University’s research enterprise.

“Katie’s research sits at the intersection of science and social justice, and this recognition from AAIDD reflects the significance of the real public health impact she has had over nearly two decades,” says David Larsen, professor and chair of public health. “Her commitment to ensuring that people with disabilities are not just subjects of research but active participants has set a global standard.”

This marks McDonald’s third major honor from AAIDD; she received the Early Career Award in 2012 and the Research Award in 2023. She is also a fellow of the AAIDD and serves on the editorial board of Autism in Adulthood. Her work has also been recognized with a Chancellor’s Citation for Faculty Excellence and Scholarly Distinction from Syracuse University in 2024.

—Story by Mikayla Melo

From insightful conversations to shared reflections on meaningful work, theĚýĚý(EHN) Community Showcase offered a powerful reminder of what’s possible when people come together in collaboration.

The event brought together faculty, students and staff from the University with community partners to celebrate projects that address local and regional needs and opportunities through research, teaching and creative work.

The third annual showcase featured panel discussions and table presentations highlighting dozens of initiatives connected to EHN, housed in the (A&S). Collectively, the showcased work represented collaborations across more than 50 departments from nine schools and colleges at Syracuse University, and partnerships with more than 75 community-based organizations.

Projects ranged from arts- and storytelling-based initiatives to STEM research and educational programs focused on community empowerment, environmental sustainability and cultural preservation.

“This is an annual event where we showcase all of the projects, courses and community engagement happening all across the city and region,” says Mary-Jo Robinson, program manager for the EHN. “The hope is to demonstrate the incredible work that’s being done, broaden exposure to these projects and help strengthen connections between partners.”

The event featured panel discussions, allowing speakers to share lessons learned, reflect on challenges and discuss opportunities to sustain and grow their work. Panels focused on EHN’sĚýĚý˛š˛ÔťĺĚý initiatives, the newĚý, sustained long-term partnerships andĚý.

The showcase underscored the continued growth of EHN since its founding in 2020 byĚý, Dean’s Professor of Community Engagement and associate professor of writing and rhetoric in A&S. Today, EHN supports more than 350 collaborators from across the University and works with dozens of community partners locally and nationally, from neighborhood-based organizations in Syracuse like the Northside Learning Center to the nation’s preeminent cultural institutions such as the Metropolitan Museum of Art.

“The EHN approaches the humanities not as a bounded academic domain, but as a set of practices that span disciplines and permeate everyday life—across ages, institutions, cultures and communities,” says Nordquist. “The work of the EHN is to recognize, support and connect these practices so that we can collectively respond to the demands of the present while sustaining long traditions of reflection, inquiry, creativity and learning.”

Robinson emphasized that the event is as much about relationship-building as it is about visibility. “EHN exists to support this work and to help make connections,” she says. “When people come together in a space like this, it creates new possibilities for collaboration and helps ensure that community-engaged work remains central to the University’s mission.”

Free and open to the public, the Community Showcase welcomed attendees of all ages and backgrounds, reinforcing EHN’s commitment to accessibility and mutual exchange. As the network continues to grow, the annual showcase remains a key moment to reflect on the impact of community-engaged scholarship in Central New York.

Projects and courses represented at the event included: The Refugee Assistants Program’s Artisan Pathways, Black Women’s Art Ecosystems, Black/Arab Relationalities Initiative (BARI), CODE∧SHIFT, Deaf New Americans CODA Tutoring Program, Documenting the Haudenosaunee Influence on American Democracy (EHN Engaged Course), Environmental Storytelling Series CNY, Geography of Memory: Unsettling Stories (EHN Engaged Course), Hear Together, La Casita, Advanced Methods for Language Teaching (EHN Engaged Course), ME/WE Art Therapy Lab and Studio, Mindfully Growing, Narratio, Native America and the World: The Haudenosaunee (EHN Engaged Course), Natural Science Explorers Program, NOON, Not in the Books, Indigenous Values Initiative, Poetry and Environmental Justice (EHN Engaged Course), Project Mend, Public Scholarship Certificate Program, Safeguarding Syracuse Communities, Southside Connections/Southside Stories, Stories of Indigenous Dispossession Across the Americas (EHN Engaged Course), Teens with a Movie Camera, Traveling Teaching (EHN Engaged Course), Visualizing Care and Resisting Gentrification, We/Re-do Shakespeare (EHN Engaged Course) and Write Out.

Miron Victory Court was the setting for the Faculty Research and Creative Excellence Celebration hosted by the April 27. The event served to honor faculty who earned prestigious external research awards, fellowships, grants and patents in 2025—which translates to more than 280 distinct recognitions spanning every school and college at the University.

Incoming spoke at the event, praising the research enterprise and sharing his vision for continued growth.

“I am coming into this role with deep respect for what has been built here, and with equally deep conviction that our best days as a research institution are still ahead of us,” he said.

Record Year for Sponsored Research

Sponsored research expenditures reached $95.6 million in 2025, a 5% increase over last year and a 49% increase over five years. Of the 178 faculty recognized at the event, 102 secured new sponsored project awards from the National Science Foundation (NSF), National Institutes of Health, Department of Defense, New York State, various foundations, the private sector and other sources.

Haynie noted that the University’s “Research 1” Carnegie Classification places Syracuse among just 39 private doctoral universities in the nation recognized for the highest level of research activity.

“That is not a statistic on a website,” he told the faculty. “That is a reflection of you—your publications, your discoveries, your doctoral graduates and the external investment that your reputations have attracted to this institution.”

Vice President for Research also spoke at the event. He emphasized the importance of research to the University’s educational mission.

“Students do not choose Syracuse just because of our R1 classification,” he said. “They choose Syracuse because of what the R1 classification means: the opportunity to work with faculty who are doing the work we are recognizing tonight. That is the connection between the research enterprise and the educational mission of this University, and it is why our investment in research matters.”

Brown also noted that, “research attracts and retains our outstanding faculty, and those faculty bring the passion for what they do to our students, transforming them from consumers of knowledge to creators of knowledge and equipping them with the skills to solve challenges across the full breadth of human society.”

Honoree Highlights

Among those celebrated at the event were six physics faculty who shared the 2025 Breakthrough Prize in Fundamental Physics, one of the most prestigious awards in science. Three faculty were elected fellows of the American Association for the Advancement of Science. Four early-career faculty received prestigious NSF CAREER Awards spanning chemistry, electrical engineering and computer science, physics and political science. Six faculty received Fulbright awards.

Additional recognition included diverse book and paper awards, artistic grants from the New York State Council on the Arts and CNY Arts, patents and international honors. In addition, multiple faculty earned awards from their respective professional societies.

Commitment to Research

Haynie called on faculty to pursue ambitious, externally funded research agendas, to collaborate across disciplines, to invest in mentoring doctoral students and to publicly communicate the value of their scholarship.

“The challenges facing our world—in health, in technology, in democracy, in sustainability, in human understanding—demand exactly the kind of rigorous, creative, courageous scholarship that happens at a place like Syracuse,” he said.

Haynie offered a direct pledge: “I will be an advocate for research, loudly and consistently. I will work to ensure that our faculty have the resources, the infrastructure and the institutional support they need to pursue ambitious ideas. Together, we will make sure that the next chapter of research at Syracuse University is the most consequential one yet.”

likes to about a vocational aptitude test he took in sixth grade. It asked students which activities they preferred — things like fixing a bicycle, building things or working with people. When the results came back, they said he was best suited to be a teacher.

That gave everyone who knew him a good laugh.

“How the hell is this guy going to teach when he can’t get through his own courses?” Graver recalls them saying.

He was dyslexic before the word was widely known. To his teachers, he was just lazy. Reading and writing were extremely difficult and he failed German four times. A Latin professor even gave him a D and kindly asked him not to come back for the second semester.

This spring, Graver retires from the Department of Mathematics in the (A&S) after 60 years on the faculty. The “lazy” student who struggled to read and write has authored five books and dozens of research papers spanning multiple mathematical fields. One such paper, originally dismissed as of no practical value, became foundational to algorithm design a decade later. The aptitude test, it turns out, was right.

Finding His Way to Syracuse

Graver grew up in Cincinnati, Ohio, in a working-class family, with no path to college.

After two years in the Navy, he used the G.I. Bill to attend Miami University in Ohio, where he planned to study forestry. A mentor redirected him toward a mathematics major instead and another visiting mathematician took him under his wing. By the time Graver finished his Ph.D. at Indiana University in 1964, his philosophy of teaching was already taking shape.

His first faculty position was a postdoctoral instructorship at Dartmouth. Combinatorics, the field of math related to counting and properties of finite structures, was more active in Canada than in the United States at the time. As it emerged as his specialty, Graver interviewed at the Universities of Alberta and Manitoba. Both offered him positions, but he still opted to interview at Syracuse University.

“This was a very, very friendly place,” he says. “One of the most collegial schools.”

Graver chose Syracuse and has been here ever since.

Working in the Corners

In a document he calls his “Mathematical Obituary,” Graver describes the research philosophy that guided his career with characteristic frankness. Rather than compete with the hotshots of the day who worked on the big, popular problems, he learned to “work in the corners,” that is, find the connections others had walked past.

“I wasn’t setting out to make big changes,” he writes. “I just wanted to understand things better, and the research followed.”

That approach produced a body of work that moved across a variety of mathematical fields — algebraic topology, combinatorics and graph theory, rigidity theory, integer linear programming and, most recently, the combinatorial structure of fullerenes. His 1975 paper “On the Foundation of Integer Linear Programming I” was dismissed by its original referee as interesting but of no practical value. A decade later, as computer memory expanded, it became foundational to algorithm design. He still finds the reversal amusing.

His longest collaboration had been withĚý. Their textbook “Combinatorics with Emphasis on the Theory of Graphs,” published in 1977 as volume 54 in Springer’s Graduate Texts in Mathematics series, remains a standard reference. Two decades later, the pair produced a second major work together. Graver also co-authored “Combinatorial Rigidity” with Brigitte and Herman Servatius, published by the , and wrote “Counting on Frameworks,” an accessible treatment of rigidity theory for the .

Collaboration is a key element to Graver’s career.

“I like working with coauthors,” he says, in part because dyslexia makes solo writing slow and error-prone. He is currently working on another book with a former graduate student.

gets a hands-on welcome on his first day on the job, climbing to the top of Crouse College to learn the Syracuse alma mater on the iconic chimes with the help of a Chimesmaster.

The Chimesmasters of Syracuse University are a closely guarded secret, with their identities revealed only after graduation. But on Chancellor Haynie’s first day, one of them took him under their wing in the bell tower above the Setnor School of Music in the .

Watch as Chancellor Haynie navigates the winding stairs of Crouse College, gets a crash course on the chimes keyboard and, with a little help, rings out the Syracuse alma mater over the campus he now leads.