Graduate School Archives | Syracuse University Today https://news-test.syr.edu/topic/graduate-school/ Tue, 13 Oct 2026 14:10:31 +0000 en-US hourly 1 https://wordpress.org/?v=7.1.3 /wp-content/uploads/2025/08/cropped-apple-touch-icon-120x120.png Graduate School Archives | Syracuse University Today https://news-test.syr.edu/topic/graduate-school/ 32 32 Graduate Student Awarded Child-Centered Play Therapy Scholarship /2026/10/13/graduate-student-awarded-child-centered-play-therapy-scholarship/ Tue, 13 Oct 2026 14:10:30 +0000 /?p=344481 Coco Wing Yun Wong G’27, a clinical mental health counseling master’s degree student in the School of Education and former graduate student employee in Health Promotion at the Barnes Center at the Arch, has been named the 2026 recipient of the Charles Schaefer Play Therapy Scholarship.
The award is given to just one student nationally each year by the Foundation for Play Therapy. Named in memo...

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Arts & Humanities Graduate

Coco Wing Yun Wong

Graduate Student Awarded Child-Centered Play Therapy Scholarship

Coco Wing Yun Wong, a clinical mental health counseling master’s degree student in the School of Education, is the recipient of an award given to just one student nationally each year by the Foundation for Play Therapy.
Martin Walls Oct. 13, 2026

Coco Wing Yun Wong G’27, a clinical mental health counseling master’s degree student in the and former graduate student employee in Health Promotion at the Barnes Center at the Arch, has been named the 2026 recipient of the .

The award is given to just one student nationally each year by the Foundation for Play Therapy. Named in memory of Dr. Charles Schaefer, a co-founder of the Association for Play Therapy, the scholarship provides $5,000 toward training and supervision as Wong works toward a registered play therapist credential.

Wong’s path to the field began in high school in Macau, China, where a single picture—of a colorful room full of toys, a child and a play therapist—stuck with her long before she had any formal training.

That interest carried her through an undergraduate degree in psychology at Peking University, a gap year that included two months as a full-time volunteer supporting children and adolescents with developmental disabilities in Yunnan, China; two full-time jobs in Macau (one in a residential setting for adults with substance use disorders; one as a pre-school counselor); and, eventually, a weekly ferry commute from Macau to Hong Kong, the closest place she could find training in Child-Centered Play Therapy (CCPT).

In this interview, Wong talks about the scholarship’s importance, what play therapy is (and is not), her experience studying with the School of Education and her future goals.

Q:
What does this scholarship recognition mean to you?
A:

Play therapy is one of my biggest passions, so this means a lot. Pursuing a career in play therapy has not been easy, and the term was not widely understood in Macau.

When I needed to complete my practicum there, I had to fight against all odds to coordinate with the agencies to secure a space for play therapy, find my own clients and handle everything myself.

There were a lot of challenges, so this scholarship is validating. The acknowledgment of all that effort and sacrifice means the most to me.

Q:
How would you describe play therapy to someone who has never heard of it?
A:

When most people picture counseling, they imagine two people sitting in chairs, talking. Talk therapy works well between adults, because adults can use words, which are abstract symbols, to express feelings.

But young children, typically between the ages of 3 and 12, are not developmentally ready for that. You cannot expect a young child to sit in a chair and use words to talk through all their stresses and concerns. CCPT is a counseling approach where the therapist provides developmentally appropriate materials that let the child freely express themselves and direct their own play.

As Garry Landreth—one of the most important figures in the field of Child-Centered Play Therapy—put it: toys are children’s words, and play is their language. It is the most natural medium of communication for them. Children directly “play out” their experiences and feelings that cannot be expressed at a verbal level. Within that safe relationship, children move toward more self-enhancing ways of being.

Q:
What does a typical play therapy session look like?
A:

The room is full of different, developmentally appropriate toys, and every toy is chosen with a purpose. We ask, “Would this toy help a child express themselves?” We do not just fill the room with everything.

There are really three main categories. First, there are real-life and nurturing toys, such as animal families, baby dolls, furniture, play kitchens and pretend play materials like medical kits and blocks. These allow children to act out different roles within family contexts and meet nurturing-related needs.

Second, there are aggressive and scary toys. Aggressive toys—such as toy guns, knives, handcuffs or army figures—help children fully express anger and other difficult, intense feelings. Scary toys, such as sharks and snakes, help them express and process fears and anxiety. We also have a stand-up punching or bop bag, which we sometimes call a “Bobo.” Children will play with it in many ways, not necessarily just aggressively.

Parents sometimes worry these toys might make children more aggressive. However, when children are provided a safe space to freely release and process these intense feelings in the playroom, they often have less need to act them out in their daily lives because their needs are met during the play therapy session.

Third, there are creative and expressive toys, which include various art materials. These are used to express both positive and negative emotions. Children are often very creative and will use any of these toys to express feelings in ways you cannot always predict.

In a first session, we introduce the child to the room as a place where they can play with the toys in lots of ways. Some children are hesitant or nervous; others are comfortable right away.

As the therapist, I take a non-directive, empathetic and reflective stance rather than directing the play, although I will join in if the child invites me to. It is less about passively following the child and more about “being with” them, genuinely feeling and understanding what they are expressing, matching their affect, staying attuned to their nonverbal cues and letting my presence communicate that I am fully here with them.

Read the full story on the School of Education website:

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Syracuse Architecture Faculty Contribute to BuildFest 2026 at Bethel Woods /2026/10/08/syracuse-architecture-faculty-contribute-to-buildfest-2026-at-bethel-woods/ Thu, 08 Oct 2026 17:16:42 +0000 /?p=344524 Three faculty projects turn the historic Woodstock grounds into a stage for reusable, reconfigurable architecture.

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Arts & Humanities Syracuse

Assistant Professor Hannibal Newsom, center, and the build team for "Wildflowers."

Syracuse Architecture Faculty Contribute to BuildFest 2026 at Bethel Woods

Three faculty projects turn the historic Woodstock grounds into a stage for reusable, reconfigurable architecture.
Julie Sharkey Oct. 8, 2026

Three Syracuse Architecture faculty members contributed projects and programming to , the annual art and architecture festival held at on the historic grounds of the 1969 Woodstock festival in Bethel, New York.

The 2026 festival launched “Acts of Construction,” a new three-year curatorial initiative exploring how architecture can adapt, evolve and support future uses, performances and forms of public engagement. The first installment, “Act One: Staging,” features faculty, students, architects, artists and designers from institutions across the country who constructed large-scale architectural prototypes, installations, interventions and activations designed to serve as infrastructure for future activities and public engagement.

Hannibal Newsom Collaborates on ‘Wildflowers’

Assistant Professor contributed to BuildFest 2026 through “Wildflowers,” a collaborative installation created with and , both of whom are former Syracuse Architecture faculty members and now teach at .

Four
Installation of “Wildflowers”

Supported by Syracuse University’s Coca-Cola sponsorship, “Wildflowers” begins with a custom-designed, recyclable 3D-printed PETG joint that enables multidirectional wood-to-wood connections. The joints connect dimensional lumber into cross-shaped columns that rise from the ground like wildflowers after rain and brace the structure together, creating a layered field of thresholds and frames that draws the eye across the landscape. Inspired by the resilience of wildflowers, the pavilion was designed to go up quickly and yet be easily disassembled and rebuilt year after year. Relying only on simple hex bolts, the connections can be removed, reorganized and reattached while leaving the wood largely intact for future use. Shaped like a four-petaled flower, the open theater-in-the-round pavilion features fabric wings that tint the sunlight and sway in the wind. The installation will host a year of performances before being disassembled and repurposed for future performances and activities at next year’s festival, as part of the next phase of “Acts of Construction.”

“Wildflowers” brought together students and faculty from both institutions to fabricate and install the pavilion. Seven Lehigh University students and four Syracuse University students worked alongside Newsom, Scott and Zhang throughout the fabrication and construction process. The project was also supported by Lehigh University’s Hammerschlag Design-Build Initiative, which helped provide funding for student participation.

The Syracuse Architecture student team included Danna Ochoa Cardenas ’29, Mia Mueller ’27, Selina Peh ’27 and Carson Probert G’28, while the Lehigh University student team included Chloe Cheng ’26, Shenandoah Dawn DeNardo ’28, Mitchell Ertle ’27, Jacob Hammer ’27, Teniece Harris ’28, Aimi Saloum ’27 and Catherine Sanchez ’28. The project also involved Syracuse students throughout its development: architecture research student Mingrui Xie ’26 helped develop design models and prototypes for the project submission, while Yicheng Zhou ’28 worked in the shop over the summer to prefabricate the 3D-printed components and prepare the lumber for installation.

“This project gave our students the opportunity to be involved in every step of the design-build process, from developing models and prototypes to prefabricating components and completing the final installation,” says Newsom. “Working alongside students from Lehigh University, they learned to collaborate, adapt and problem-solve in real time as they brought the pavilion to life.”

Benjamin Vanmuysen Explores Reuse with ‘Flying Buttruss’

Instructor participated in BuildFest 2026 with “Flying Buttruss,” an intervention that reimagined materials from a previous BuildFest project to explore themes of adaptation, reuse and performance in construction.

A
“Flying Buttress”

ÌýWorking alongside 10 students—six from Syracuse University and four from the (RPI)—Vanmuysen mined lumber, hardware and LED lighting components from “Stacked & Strapped,” a 2025 BuildFest installation, and reconfigured them into a lightweight illuminated truss suspended between trees on the Bethel Woods site. Through a process of disassembly, reconfiguration, relocation and reconstruction, the project transformed the compact, monolithic bench into an elongated truss.

Like its predecessor, the new intervention explores the relationship between compression and tension, with the pressure-treated studs and ratchet straps working together to create the structure. Its appearance also changes throughout the day and into the night as the LED rope lights illuminate the truss from within. Conceived on the historic camping grounds and raised in the woods, “Flying Buttruss” responds to the site’s history while transforming the construction process itself into a form of performance.

The Syracuse Architecture student team included Gabriela Casciani G’29, Hallie Meyer ’27, Michael Papagni G’29, Katherine Tang ’27, Daniel Antonio Velasquez G’29 and Chelsea Zhang ’27, while the RPI student team included Allyson Devine ’27, Abby Lagana ’27, Nihar Menon ’27 and Jack Zhang ’27.

“‘Flying Buttruss’ revolves around a series of acts, including disassembly, pre-tensioning and finally the raising of the truss,” says Vanmuysen. “In the last act of construction, the structure became the protagonist of the building performance.”

Ekin Erar Hosts Design-Build Workshop

Instructor participated in BuildFest 2026 by leading “Froggo Bench,” a hands-on design-build workshop offered as part of the festival’s public programming.

The workshop introduced students to reversible and iterative construction methods that do not rely on conventional hardware. Using a CNC-milled, mono-material system, participants assembled a bench through dry-fit connections and wooden pegs, gaining firsthand experience with joinery techniques and material behavior through the act of building.

Rather than creating a fixed piece of furniture, the workshop explored assembly as an open-ended design process. The adaptable joinery system allows “Froggo Bench” to be repeatedly disassembled and reconfigured, enabling new arrangements to emerge over time. In this way, the bench’s final form is not predetermined by the original design but can be continuously reshaped by those who assemble and use it.

“Froggo Bench” was developed as a furniture-scale prototype of the assembly logic used in the 10⁶ mirrored pavilion, which Syracuse Architecture students previously constructed at Bernheim Forest and Arboretum. By working at full scale, students connected digital fabrication techniques with hands-on construction, using the building process itself as a tool for exploration and design. The workshop emphasized construction not simply as the execution of a finished concept, but as a creative process through which students tested, adapted and reimagined an open-ended assembly system.

“The open-ended assembly system developed through “Froggo Bench” operates simultaneously as a building and a design method, allowing students to produce rapidly deployable architectural interventions while developing an understanding of the potential of reversible, monomaterial assemblies designed with future reuse, disassembly and recycling in mind,” says Erar.

The work created during “Act One: Staging” will provide the foundation for the next two editions of “Acts of Construction,” with the installations produced this year serving as the starting point for “Act Two: Choreography” in 2027 and “Act Three: Performance” in 2028. Learn more about BuildFest 2026 and the “Acts of Construction” initiative at .

Aerial
Installation of “Froggo Bench”

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A group of 14 people pose together inside an open timber pavilion on a grassy field, with light blue fabric draped overhead and between the wooden posts.
How a Graduate Student Is Blending Interior Design With School Counseling /2026/09/23/how-a-graduate-student-is-blending-interior-design-with-school-counseling/ Wed, 23 Sep 2026 14:14:47 +0000 /?p=343620 Melendez ’24, G’26 explains how he found a pathway to explore both careers rather than choose between them.

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Arts & Humanities How

Sebastian Melendez

How a Graduate Student Is Blending Interior Design With School Counseling

Melendez ’24, G’26 explains how he found a pathway to explore both careers rather than choose between them.
Martin Walls Sept. 23, 2026

Sebastian Melendez ’24, G’26 arrived at Syracuse University from Grand Island, New York, with two passions that, at first glance, might not seem a natural pairing. He wanted to study interior design, and he also wanted to give back to his community, yet he wasn’t sure how—or whether—those two paths could coexist.

A minor inÌýÌýfrom the School of Education, paired with his B.F.A. in Environmental and Interior Design from the , gave him room to explore both careers rather than choose between them. By the time he graduated in 2024, Melendez had found his answer: he enrolled in SOE’sÌýÌýprogram, intent on carrying his design sensibility—including an eye for who belongs in a space, and who gets overlooked—into the work of supporting students.

Now completing his master’s degree program, Melendez has spent the past two years balancing internships at Syracuse City School District (SCSD) and nearby West Genesee High School with a full life outside the classroom, working as an interior design intern at Syracuse-based Dwyer Architectural and volunteering with Young Life Syracuse East, a Christian ministry where he leads worship and group fitness.

That range and depth of interest shows up in how he talks about his time at SOE, as a period of personal growth as much as professional preparation. We asked Melendez to reflect on his experience in the School Counseling program.

Q:
Was there an experience during your graduate studies that made you think, ‘This is exactly where I’m supposed to be?’
A:

Throughout my time with SOE, numerous experiences played a role, but one of note occurred during an extremely hard week at my internship with SCSD. It was very easy to get overwhelmed with so much on my plate during a master’s program, and I was burnt out from work, classes, an internship and numerous deadlines.

I got on campus one day that week and walked past the Hall of Languages, pausing to take it in and look back on my journey. Although I had been a Syracuse student for about six years at that point, the past two years of my educational, professional and personal journey had been dramatically changed while being a school counseling student.

While looking at the Hall of Languages, I thought back to the growth that my program had put me through, how supportive each of my professors had been and the friendships that have now turned into my found family. I was able to sit there in that instant and say to myself, “I am right where I need to be.”

Q:
What is something about your program that you didn’t expect when you first arrived?
A:

One thing I expected with SOE, and in particular its school counseling program, was that I would gain the skills to work with others through problems, concerns and trials they may be facing, especially with my target age range of middle and high schoolers who are in desperate need of support. I trusted my professors and my future internships to provide me with the experiential learning that could further flesh out these skills.

With that said, I never expected my studies to hold a mirror to myself. Through our lectures, readings, projects and placements in the field, I was not only encouraged but ethically obligated to work through parts of my life that often got swept under the rug.

The same skills and theories I work through with my students, I applied to my own life, whether it was having a difficult conversation I have been avoiding, biases, taking an opportunity I was nervous about or just stepping out of my comfort zone. I knew that I would grow professionally, but I never anticipated personal growth and transformation throughout this program.

Q:
Who made a difference for you at SOE?
A:

Several of my classmates have been immensely supportive. Before becoming a master’s student, I was an interior design student. I wanted to find a way to combine my passions for supporting students with designing welcoming and safe spaces for those who may be overlooked and underrepresented. Approaching these two varying fields came with a lot of uncertainty about how I would blend them in my professional career. Through discussions with my peers, I was able to see that I was not alone in this journey and in navigating various pursuits.

With these chats came acceptance and comfort, and I fleshed out my “why,” along with unique ways of incorporating my design background into my counseling approach and thinking outside the box about how I will meld both fields in the future.

Outside of my own future navigation, having peers in the thick of a master’s program alongside me took away the outlook that I am facing this educational journey alone. Others can face the challenge with me and support me, and I can support them.

Read the full story on the School of Education website:

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How a Whale’s Dive Shapes Its Song /2026/08/31/how-a-whales-dive-shapes-its-song/ Mon, 31 Aug 2026 18:14:39 +0000 /?p=342528 A&S biologists connect humpback whale song structure to diving behavior, a breakthrough that could allow for better monitoring of the effects of human activity in the ocean.

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STEM How

Julia Zeh standing on the bow of the Hawaiian Islands Humpback Whale National Marine Sanctuary vessel during a field expedition in Hawaii. (Credit: Julia Zeh; NOAA NMFS Permit #19655 and #26593)

How a Whale’s Dive Shapes Its Song

A&S biologists connect humpback whale song structure to diving behavior, a breakthrough that could allow researchers to better monitor the effects of human activity in the ocean.
Dan Bernardi Aug. 31, 2026

For male humpback whales, singing is serious business. Their haunting, complex songs can last for hours and travel for miles underwater, playing a central role in reproduction during the winter breeding season. But despite decades of research into what these songs sound like, scientists have had far less insight into what the whales are physically doing while they sing. Understanding that connection could reveal how singing affects a whale’s energy use, oxygen management and vulnerability to underwater noise and vessel strikes.

A new study by Julia Zeh G’24, a Ph.D. biology graduate from the College of Arts and Sciences (A&S) and member of biology professor ‘ , reveals a previously unknown link between the structure of a humpback whale’s song and the whale’s movement through the water. Published in , the research shows that specific song themes are tied to specific parts of a dive, offering a new window into the biology and evolution of one of the animal kingdom’s most elaborate acoustic displays.

Eavesdropping on a Whale’s Playlist

To gather the data, Zeh and her collaborators temporarily attached sound-and-movement recording tags to singing humpback whales off the coast of Maui, part of a research effort spanning 2018 to 2024. The non-invasive tags are small suction-cup devices about the size of a tablet. Researchers attached them from small boats using long poles and, more recently, drones.

Once affixed, the tags recorded both the whale’s underwater sounds and its movement before eventually losing suction and detaching, allowing researchers to retrieve the devices and download the data. In total, the team tagged 16 whales, a substantial sample from a tagging perspective and one selected to be broadly representative of the larger Hawaiian breeding population.

The team was surprised to find that some whales repeated their songs continuously for up to 16 hours without stopping. More importantly, recurring song elements known as themes lined up consistently with specific portions of a dive. While earlier researchers had noticed that certain themes tended to appear as a whale approached the surface, no one had previously connected an entire song structure to an entire dive cycle.

A
Researchers attaching a suction-cup recording tag to a humpback whale off the coast of Maui. (Credit: Julia Zeh; NOAA NMFS Permit #19655 and #26593)

What the Songs Reveal

The connection between song and depth points to something deeper than coincidence. According to Zeh, themes sung while whales remained at a relatively constant depth during the deepest part of a dive showed different levels of variability than themes sung elsewhere, suggesting those sections may be more strongly shaped by sexual selection. This means they could serve as signals of a male’s individual quality. Themes tied to other parts of the dive, by contrast, may be constrained by physiological or environmental factors, such as the demands of managing oxygen and buoyancy while singing.

“This gives us direction for which parts of the song to investigate if we’re interested in variation, which is likely driven by sexual selection,” Zeh says, noting that variation concentrated near a whale’s deepest points in the water column may be where a male’s song is doing the most work to stand out.

The findings also have practical applications. Because acoustic monitoring is already a common tool for tracking whale populations, understanding how song relates to movement could allow researchers to determine a whale’s depth or position directly from a recording. That, in turn, could help scientists establish a clearer baseline for normal humpback behavior, an essential reference point for detecting when whales are disturbed by human activity such as vessel traffic or ocean noise.

Whether the same patterns hold for humpback populations outside Hawaii remains an open question. Zeh notes that while she would expect similar physiological constraints to apply broadly, documented differences in song evolution between hemispheres raise the possibility that different populations experience different pressures on song structure. Testing that would mean collecting comparable tag data from singing whales on breeding grounds around the world.

A Foundation Built in the Field

The research reflects years of fieldwork and analysis carried out during Zeh’s doctoral studies in Parks’ lab at Syracuse, where she focused on the intersection of animal behavior, acoustics and marine biology. Her time in the lab gave her the tools to combine bioacoustic analysis with biologging technology in a way that had not previously been applied to humpback whale song, allowing her to ask new questions about a subject long studied primarily through sound alone.

By reframing whale song through the lens of movement, Zeh’s work opens a new avenue for studying how physiology, environment and the social transmission of song interact to shape one of nature’s most complex learned behaviors. It also offers a model that researchers can apply not only to future humpback studies, but potentially to the study of complex acoustic communication across species.

“My time at Syracuse changed the way I think about what’s possible in this field,” Zeh says. “Projects like this one, where we combined acoustics with movement data, gave me the tools to ask exciting questions about whale behavior and the opportunity to be creative in how we look at well-studied phenomena like humpback whale song. These experiences inform how I conduct research and have given me the foundation for my current work in ecological monitoring and conservation.”

Since completing her doctoral studies, Zeh finished a postdoctoral appointment with the Passive Acoustics Branch at National Oceanic and Atmospheric Administration’s Northeast Fisheries Science Center in Woods Hole, Massachusetts. She now leads the Archival Passive Acoustic Monitoring Team at the Maine Department of Marine Resources in West Boothbay.

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How a Whale’s Dive Shapes Its Song
AI Cybersecurity Work Nets Ph.D. Student 2 Awards From Amazon /2026/08/24/ai-cybersecurity-work-nets-ph-d-student-2-awards-from-amazon/ Mon, 24 Aug 2026 13:28:42 +0000 /?p=341650 Shwetha Srikanta's AI systems help detect and stop sophisticated automated attacks, earning her top honors at Amazon's global intern recognition event.

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STEM AI

Shwetha Srikanta

AI Cybersecurity Work Nets Ph.D. Student 2 Awards From Amazon

Shwetha Srikanta's AI systems help detect and stop sophisticated automated attacks, earning her top honors at Amazon's global intern recognition event.
Alex Dunbar Aug. 24, 2026

Shwetha Srikanta, a computer science Ph.D. student in the , won two top honors at Amazon’s global intern recognition event for her work developing artificial intelligence systems to detect and stop sophisticated automated attacks.

Srikanta received the Global Top EXPO Award and the Global Top People’s Choice Award for her project during an internship as an applied scientist at Amazon. Her project focused on building AI systems designed to identify and mitigate advanced automated attacks, technology that could help safeguard billions of customer interactions.

“It has been an exciting technical challenge and a meaningful opportunity to contribute to AI systems operating at an incredible scale,” says Srikanta. “This recognition reflects the support, mentorship and collaboration of many exceptional people.”

Srikanta says the recognition will motivate her continued research into AI systems aimed at solving large-scale, real-world problems.

“I’m deeply thankful to my mentors, advisor, and everyone who has supported me along the way,” says Srikanta. “This recognition inspires me to continue building AI systems that solve challenging real-world problems and create meaningful impact.”

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A&S Scientists Design Proteins With No Fixed Shape /2026/08/05/as-scientists-design-proteins-with-no-fixed-shape/ Wed, 05 Aug 2026 19:58:18 +0000 /?p=341459 Researchers have developed a computational framework to design and test thousands of disordered proteins at once.

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STEM A&S

Professor Shahar Sukenik (left), reviews imaging data with lab assistant Trevor Brandt in Sukenik's lab. Their work led to the development of GOOSE, a computational tool for designing intrinsically disordered proteins.

A&S Scientists Design Proteins With No Fixed Shape

Researchers have developed a computational framework to design and test thousands of disordered proteins at once.
News Staff Aug. 5, 2026

Researchers in the (A&S) have co-built a computational tool named GOOSE that lets scientists design intrinsically disordered proteins (IDPs). These are biologically active proteins or regions that lack a fixed 3D structure. The work, done in collaboration with researchers at Washington University School of Medicine in St. Louis, is described in a study published in .

Protein design has thus far mostly focused on folded proteins, which have a specific three-dimensional shape from which their function is derived. The design of folded proteins won theÌý. But IDPs don’t work that way: instead of a fixed three-dimensional structure, they shift shapes constantly, making it difficult to determine their function. Because of this, few tools existed to design functional IDPs.

“For decades, these floppy, spaghetti-like proteins were written off as junk,” saysÌý, associate professor in theÌý, who led the project. “But they make up a large portion of the human proteome, and they’re critical to the way many of our proteins function. Despite this, the rules that let us design traditional, folded proteins simply don’t work for them. This study is a first step toward decoding the rules for IDP function.”

A New Rulebook

GOOSE helps researchers identify this new rulebook. This platform generates disordered protein sequences under precise, user-defined constraints, then lets scientists test them computationally or in the lab to see what they do inside a cell.

“Proteins are written in amino acids—these are like the words in a sentence,” says Sukenik. “Arrange them in the right order, and the sentence makes sense (meaning the protein can function). But arrange them in the wrong order—and you lose all meaning.”

For well-folded proteins, the way to order the amino acids is well understood, but IDPs have a different set of rules.

“GOOSE allows you to write thousands of these ‘sentences’—or amino acid sequences—in a matter of seconds. For example, you can request a disordered region that’s 60 amino acids long and the ends separated by five nanometers on average. The software then incorporates machine learning networks and generates hundreds of sequences under those constraints in seconds,” Sukenik says. “Pair these sequences with computational and experimental methods to measure function, and we can now map the way amino acids are arranged in IDPs to their function.”

The team at Syracuse did exactly that: they designed novel disordered proteins that can sense their environment, self-assemble inside the cell, and protect cells from dehydration. Downstream applications of this work might include designing IDPs that can then be inserted into genetically modified crops to protect them from desiccation, or the design of novel formulations that significantly prolong the shelf life of therapeutics.

Students Driving Discovery

Syracuse graduate student Kara Hunter and Trevor Brandt, who began the project as an undergraduate, are the first authors on the paper and helped design as well as experimentally measure GOOSE-designed sequences. They have worked together with undergraduate students, including Lea Day from Syracuse’s Biology Distinction Program and Brooke Nichols from Onondaga Community College who came to work in the lab under anÌý for several months.

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Lea Day (left) and Kara Hunter work in the Sukenik lab on campus.

“One of the things Syracuse does exceptionally well is embed undergraduates in real, cutting-edge research,” Sukenik says. “Students come in as early as their sophomore year, learn to build tools, run experiments, analyze the data and take an active part in scientific discovery.”

This project was funded by the and the , but also by a key investment by Syracuse in an important emerging field. Syracuse is becoming an important center for research on IDPs, thanks to a strategic hiring of faculty. “Syracuse made a deliberate decision to invest in intrinsically disordered protein research, and that commitment is exactly why this work is happening here,” says Sukenik.

This fall, Syracuse will host a regional symposium on intrinsically disordered proteins, bringing together researchers from across the region. “We’re positioning the university as a hub for this emerging field,” Sukenik adds. Learn more about theÌý.

Story by John H. Tibbetts

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Developing Humanoid Robot That Learns Construction Skills From Human Workers /2026/08/05/developing-humanoid-robot-that-learns-construction-skills-from-human-workers/ Wed, 05 Aug 2026 19:51:09 +0000 /?p=341444 The research breakthrough, developed by professor Yizhi Liu and Ph.D. student Yanxi Liu, is believed to be among the first of its kind in the construction field.

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STEM Developing

Civil and Environmental Engineering Professor Yizhi Liu has developed a first-of-its-kind breakthrough in the construction field.

Developing Humanoid Robot That Learns Construction Skills From Human Workers

The research breakthrough, developed by professor Yizhi Liu and Ph.D. student Yanxi Liu, is believed to be among the first of its kind in the construction field.
Alex Dunbar Aug. 5, 2026

Civil and Environmental Engineering Professor Yizhi Liu and his Ph.D. student Yanxi Liu have developed a system that allows a humanoid robot to observe construction workers and replicate their physical techniques, a breakthrough Liu believes is among the first of its kind in the construction field.

They published their findings inÌý, one of the leading peer-reviewed journals covering construction automation and robotics.

In the study, Yizhi Liu’s team built what they call a vision-based “perception-and-action” system, which enables a humanoid robot to watch, process and reproduce the motions of skilled construction workers. Using the system, the robot successfully learned and executed 30 distinct construction skills and tasks demonstrated directly by human workers on-site.

The research comes as the U.S. construction industry faces a projected shortfall of nearly 350,000 additional workers in 2026, according to estimates from Associated Builders and Contractors. Construction accidents, meanwhile, account for roughly 30% of all work-related deaths worldwide, according to the International Labour Organization.

Yanxi Liu, the study’s first author, says humanoid robots—machines built to approximate the human form—are particularly well-suited for construction work because job sites are designed around the human body. Unlike industrial robots confined to controlled factory floors, humanoid robots can navigate scaffolding, ladders and irregular terrain that more conventional machines cannot.

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Yanxi Liu is the study’s first author.

The system goes beyond remote control or pre-programmed routines. Instead, the robot uses the perception-and-action framework to interpret a worker’s body movements in three dimensions, translate those motions to fit its own physical proportions, and then carry out the task.

Yizhi Liu joined the in 2024 after earning a doctorate in architectural engineering from Pennsylvania State University. He also holds master’s degrees in electrical engineering, robotics and civil engineering.

His A-STAR lab focuses on robotics, artificial intelligence and human-robot interaction in construction settings. Prior research from the group has explored brain-computer interfaces for hands-free robot control and AI-driven systems for detecting fall hazards on job sites. Liu is also part of Syracuse University’s .

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A person stands behind a humanoid robot wearing a safety vest.
From Scam Victim to Pitch Winner: Student Builds GritGateway /2026/06/01/from-scam-victim-to-pitch-winner-student-builds-gritgateway/ Mon, 01 Jun 2026 17:23:33 +0000 /?p=339200 The tech platform, founded by graduate student Edouard Agbor, already serves 1,000 users across 25 African countries and took top honors at a recent Lerner Center pitch competition.

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Business & Entrepreneurship From

Edouard Agbor (right) founded GritGateway, an AI platform that connects African students with verified academic and funding opportunities across the continent and the world. He’s pictured with teammate Souleymane Bah. (Photo by Amy Manley)

From Scam Victim to Pitch Winner: Student Builds GritGateway

The tech platform, founded by graduate student Edouard Agbor, already serves 1,000 users across 25 African countries and took top honors at a recent Lerner Center pitch competition.
Kerin Ruddy June 1, 2026

Edouard Agbor has spent years building a solution to a problem he knows intimately.

Growing up in Cameroon, he watched talented students lose access to life-changing educational opportunities—not because they weren’t qualified, but because the system designed to help them was broken, expensive and often predatory.

A first-generation student, Agbor’s parents did not attend university. He was unprepared to navigate a complex education system alone and, like so many promising students, fell victim to scam.

“I lost over $800,” says Agbor. “That money took me over a year and a half to save.”

Inspired by his experience, Agbor, a graduate student in applied human-centered AI in the , founded , an AI platform that connects African students with verified academic and funding opportunities across the continent and the world.

“I started building the system for two reasons: so that nobody would have to be in my shoes, and to collect information that will permit the continent to get ahead,” says Agbor. “Instead of just mapping to academic excellence, what about the talents that these people have? Can it open the door? We increase their chances of getting a scholarship, fellowship and getting access to those funds without being scammed.”

A Platform Built on Personal Experience

GritGateway’s matching engine uses a psychometric model called GritScore that measures resilience, resourcefulness and experience rather than GPA alone. The platform hasn’t formally launched or spent any marketing dollars and has already attracted 1,000 student users across more than 25 African countries.

Agbor is confident the technology works because he used it to advance his own education. It was the GritGateway tool that suggested Syracuse University would be a good fit for him, given his interests in AI and entrepreneurship and such resources as the at . He’s been a regular at the LaunchPad since he arrived on campus in January. That’s where he connected with teammate Souleymane Bah ’26, a then-senior in the . Bah believed in his venture and helped him share, pitch and grow the idea, freeing Agbor to continue to develop and test features.

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Bah (left) and Agbor won several entrepreneurship competitions this past spring, including the Lerner Center Social Impact Pitch Competition. (Photo by Amy Manley)

“I’ve been so impressed with how this team has refined their business development plan, but even more impressed with the tremendous amount of work they’ve put into the service and how they’ve leveraged AI tools,” says Traci Geisler, director of the LaunchPad. “This venture has identified and addressed not only a gap in service but a true need. The interest in this product has been amazing and just continues to grow.”

Putting It to the Test

Agbor and Bah are not the only ones who believe in this idea. The team won several entrepreneurship competitions this past spring, including the Lerner Center Social Impact Pitch Competition, where GritGateway took home the top prize of $5,000.

The competition, now in its second year, is hosted by the Lerner Center for Public Health Promotion and Population Health in partnership with the LaunchPad. This year’s theme—Building Healthier Communities Through Innovation—drew 12 undergraduate teams from eight of the University’s schools and colleges, competing in a two-round format evaluated on problem-solving, viability, research and development, and social impact.

Other winners of the Lerner competition include rising senior Ava Ray Lubkemann ֶ’27, an environmental engineering student, in second place. Lubkemann won $3,000 for a mobile thrift model built around a converted bus that collects donated clothing and redistributes it to underserved communities.

Taking home third place and $1,000 was Haley Greene ’26, who graduated in May with a degree in advertising and applied communication from the S.I. Newhouse School of Public Communications, for a digital platform called Miirror that reimagines eating disorder recovery.

Vicente Cuevas, the Lerner Center’s undergraduate student engagement manager, says this year’s competition showcased exactly the kind of thinking it was designed to encourage. He says, “This competition is an opportunity for students to move from idea to action, and to see themselves as changemakers capable of building healthier communities through innovation.”

What Comes Next

All three teams are reinvesting their prize money in their ventures to support continued growth. Agbor and Bah plan to bring GritGateway to scale through new partnerships, while Bah will remain at Syracuse to pursue an M.P.A. at the Maxwell School.

Later this month, the system will launch a dedicated environment for African universities, high schools and nongovernmental organizations to support their students on the platform. Agbor projects 10,000 users by September, and plans are in development to open access to U.S. universities interested in recruiting African talent.

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Two male students sit and smile in front of a "Your Idea Launches Here" sign at LaunchPad.
77-Year-Old Completes Maxwell MPA 50 Years After Starting It /2026/05/28/77-year-old-completes-maxwell-mpa-50-years-after-starting-it/ Thu, 28 May 2026 19:54:10 +0000 /?p=339140 A dinner conversation, a new laptop and a one-week course in Washington closed a 50-year chapter for Hadwen Fuller ’70, L’73, G’26.

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77-Year-Old Completes Maxwell MPA 50 Years After Starting It

A dinner conversation, a new laptop and a one-week course in Washington closed a 50-year chapter for Hadwen Fuller ’70, L’73, G’26.
Renée Gearhart Levy May 28, 2026

When Hadwen C. Fuller II crossed the stage at the Graduate Convocation this spring, the loudest cheers didn’t come from his wife and three sons.

They came from a group of classmates young enough to be his grandchildren.

A few months earlier, Fuller had walked into a weeklong January course in Washington, D.C., carrying a brand-new laptop he’d only recently learned how to use, a healthy dose of skepticism about artificial intelligence and unfinished business that dated back to the Nixon administration.

The three credits earned from that course—Public Management of Technology Development—finally allowed Fuller to complete the M.P.A. degree he had started at the Maxwell School more than 50 years ago.

“I’ve always liked to finish what I start,” Fuller says.

That persistence has defined much of his life.

He grew up in the Oswego County town of Parish, New York, population 411. His grandfather, despite never graduating from high school, climbed from local politics to the New York State Assembly and, eventually, Congress. Fuller absorbed that example and arrived at Syracuse University thinking seriously about a future in government.

After earning a political science degree from Maxwell in 1970, Fuller enrolled in the . In his second year, he added a public administration degree at Maxwell because it matched his interest in leadership and public service.

He finished law school in 1973. The M.P.A. stalled six credits short.

For many people, that unfinished degree would have faded into ancient history. Fuller carried it around like a pebble in his shoe.

“It just kind of gnawed at me that I never completed it,” he says.

Over the next five decades, Fuller built a varied and successful professional career. Shortly after law school, he served as justice of the peace in Parish, processing thousands of cases after state police flooded the area with traffic enforcement teams. He worked in his family’s Sunoco gasoline distributorship, eventually selling the business during the 1980 Lake Placid Olympics while helping coordinate corporate fundraising tied to the Games. Most of his professional life has been spent in the aviation fuel industry, launching and running companies of his own.

Along the way, he took another swipe at the Maxwell degree. In 1996, he petitioned to re-enroll and completed a three-credit course on management of the U.S. Forestry Service.

“I planned to enroll in another class to finish it up,” Fuller says. “It just never happened.”

A Chance Encounter

Until a dinner conversation changed everything.

Last fall, Fuller attended an event hosted by the Onondaga Historical Association, where he serves on the board. One of the guests was , newly arrived at Maxwell as professor of practice in public administration and international affairs and the Phanstiel Chair in Leadership.

At some point during the evening, Fuller casually mentioned he was “almost” a Maxwell alumnus. Parmeter quickly learned Fuller was only one course away from finishing the degree he had started in the early 1970s. By coincidence, Parmeter himself was teaching a one-week, three-credit course in Washington that January.

“Would you like to finish your degree?” Parmeter asked.

Fuller thought he was joking.

He wasn’t.

Soon, Assistant Dean of Online Programs was digging through decades-old records and untangling the academic equivalent of an archaeological dig. Expired credits needed reinstating. Approvals had to move through faculty leadership, the Graduate School and the registrar. Fuller had to be transferred into the executive M.P.A. program.

And then there was the technology.

“From soup to nuts, he needed help with everything,” Bartkowiak says with a laugh. “But he was a very good sport about it.”

Despite decades of business success, Fuller had largely managed to avoid becoming computer savvy. Bartkowiak convinced him he needed a laptop.

After a trip to Best Buy, Fuller launched into what amounted to a crash course in modern technology, teaching himself how to use the computer while diving headfirst into AI.

By January, he arrived in Washington equal parts prepared and panicked.

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Hadwen C. Fuller II (fourth from right) is shown with fellow Class of 2026 graduates and two members of the Maxwell community who were determined to see him complete his degree: Brynt Parmeter (second from right) and Nell Bartkowiak (far right).

Back in the Classroom

His classmates included M.P.A. students, international relations students, law students and U.S. State Department fellows. Nearly all of them were decades younger. Fuller worried he would slow down group work or embarrass himself trying to keep up.

Instead, he became an integral member of the class.

Lauren Grosso G’26 initially thought Fuller was a guest speaker before realizing he was a fellow student. “I couldn’t believe that someone with that level of experience still wanted to be in a classroom, still wanting to learn,” she says. “That shifted something for me, not just how I saw Had, but how I see things in general. No matter how much experience you have or how much you know, there’s always more to learn.”

The course itself focused on public policy scenarios set in 2030, challenging students to use AI tools to solve complex problems while also evaluating the technology’s weaknesses and risks. For Fuller, it became a revelation.

“It’s like you have the smartest person in the world sitting next to you,” he says of AI. “They don’t get tired. They’re up all night. And you can ask them dumb questions because they don’t care.”

Still, Fuller wasn’t simply absorbing lessons. He was teaching them too.

Read the full story on the Maxwell School website:

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An individual in graduation attire stands smiling in front of a brick building. Above them, silver balloon letters spell CONGRATS.
Tracey Reichert Schimpff Awarded William Wasserstrom Prize /2026/05/11/tracey-reichert-schimpff-awarded-william-wasserstrom-prize/ Mon, 11 May 2026 15:03:36 +0000 /?p=338187 The prize honors outstanding success as a graduate seminar leader, research and dissertation director, advisor and role model for graduate students.

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Tracey Reichert Schimpff Awarded William Wasserstrom Prize

The prize honors outstanding success as a graduate seminar leader, research and dissertation director, advisor and role model for graduate students.
May 11, 2026

Tracey Reichert Schimpff, associate chair, master’s graduate director and associate teaching professor for the marriage and family therapy (MFT) program in the College of Arts and Sciences’ (A&S’) Department of Human Development and Family Science (HDFS), is the 2026 recipient of the William Wasserstrom Prize for the Teaching of Graduate Students.

Awarded annually to an A&S faculty member who exemplifies the qualities of William Wasserstrom, a beloved professor of English at Syracuse University who died in 1985, the prize honors outstanding success as a graduate seminar leader, research and dissertation director, advisor and role model for graduate students. Wasserstrom was celebrated for his broad learning and deep investment in the graduate seminar experience.

‘No More Fitting Recipient’

Professional
Tracey Reichert Schimpff

“Today’s graduate students are tomorrow’s faculty, scholars, researchers and leaders,” says A&S Dean Behzad Mortazavi. “The mentors who shape these students are also shaping the trajectory of their fields. Professor Reichert Schimpff exemplifies that responsibility in every dimension of her work. There is no more fitting recipient of this prize.”

Over 17 years at Syracuse, Reichert Schimpff has taught more than 400 graduate students in courses covering ethics, complex trauma, family therapy and clinical supervision. She has guided students through the licensure process with exceptional results: 85% of MFT program alumni have been licensed as marriage and family therapists over the past decade, with 95% of online graduates achieving their credentials. Her research specializes in community violence and trauma; she developed one of the first MFT courses focused specifically on complex trauma and helped establish the Certificate of Advanced Study in Trauma-Informed Practice.

Dyane Watson, professor of practice and HDFS chair, nominated Reichert Schimpff for the award, writing that “in the spirit of Professor William Wasserstrom’s legacy, Dr. Reichert Schimpff cultivates habits of inquiry and reflection that remain with students long after they leave the seminar room.”

One student credited Reichert Schimpff’s teaching with strengthening their “critical thinking and motivation for pursuing our profession.”

Another reflected: “I adore Tracey as a professor and a human being, and have never seen someone who so deeply and genuinely cares about her students.”

Another Ph.D. candidate captured the impact directly: “She has helped me become a more rigorous thinker, a more confident scholar and a more intentional professional. She holds students to a high standard because she believes in the future we are capable of producing.”

Mortazavi presented the award at the Graduate School doctoral hooding ceremony on May 8.

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Graduate School Cites Faculty, Teaching Assistants for Educational Contributions /2026/05/07/graduate-school-honors-4-faculty-36-teaching-assistants-for-contributions-to-educational-excellence/ Thu, 07 May 2026 18:23:44 +0000 /?p=337941 Every year, the Graduate School recognizes the people who make graduate education at Syracuse University what it is, honoring the faculty members who mentor and inspire and the teaching assistants who support students while pursuing degrees of their own.
Faculty Awards
At a campus ceremony April 27, Ìýfour faculty members received Excellence in Graduate Education Faculty Recognition Awards,Ìý hono...

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Campus & Community Graduate

Excellence in Faculty Recognition Awards were presented to, from left, Robert Van Gulick, Tula Goenka, Era Jain and Jamie Lamit.

Graduate School Cites Faculty, Teaching Assistants for Educational Contributions

The annual awards were presented at a campus ceremony April 27.
Diane Stirling May 7, 2026

Every year, the recognizes the people who make graduate education at Syracuse University what it is, honoring the faculty members who mentor and inspire and the teaching assistants who support students while pursuing degrees of their own.

Faculty Awards

At a campus ceremony April 27, Ìýfour faculty members received Excellence in Graduate Education Faculty ,Ìý honoring their impact on graduate education through teaching, research, creative activity and service. ÌýThe awardees were selected by an interdisciplinary group of graduate students.

This year’s faculty honorees are:

  • , professor and graduate program director of the television, radio and film program in the
  • , assistant professor of biomedical and chemical engineering in the (ECS)
  • , assistant professor of biology in the (A&S)
  • , professor of philosophy in A&S.

 

Teaching Assistant Awards

At the same ceremony, 36 teaching assistants were recognized with Outstanding Teaching Assistant Awards for their contributions to the educational enterprise and for helping to create strong teaching and learning outcomes across the University. Awardees were nominated by their departments.

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The Graduate School honored 36 teaching assistants this year for outstanding service.

The honorees and their programs of study are:

  • Rachel Ameen ’20, geography and the environment, Maxwell School of Citizenship and Public Affairs
  • Sarah Appedu, information science and technology, School of Information Studies
  • Zachery Robert Barrows Gonzalez, languages, literatures and linguistics, A&S
  • Almila Basak G’23, political science, Maxwell School
  • Julia Janina Viola Baumgarten, physics, A&S
  • Caroline Anne Bowling, architecture, School of Architecture
  • Shannon Burth G’23, mass communications, S.I. Newhouse School of Public Communications
  • Kirstin Len Clear, human development and family science, A&S
  • Rein Desbiens ’23, chemistry, A&S
  • Iwona Franczak G’23, sociology, Maxwell School
  • Antonio Freiles G’25, philosophy, A&S
  • Aliza Haskal, English, A&S

Also honored are:

  • Jaihyun Jeon, business administration, Martin J. Whitman School of Management
  • Kennedy Reed Jones, communication and rhetorical studies, College of Visual and Performing Arts
  • Xiangjing Kong, psychology, A&S
  • Shivam Kumar, electrical engineering and computer science, ECS
  • Yifan Cheng Li, economics, Maxwell School
  • Liam Victor Lieblein, philosophy, A&S
  • Ash Lienemann, languages, literatures and linguistics, A&S
  • Tyler Logie, earth and environmental sciences, A&S
  • Desiree Laurel Martin, mathematics, A&S
  • Kerry McNamara G’17, communication sciences and disorders, A&S
  • Zaidao Mei G’20, electrical engineering and computer science, ECS
  • Fasika Minda Melese G’19, instructional design, development and evaluation, School of Education

Additional recipients are:

  • Chelsea Renea Morton, social science, Maxwell School
  • Amanda Qi Ni G’21, women’s and gender studies, A&S
  • David Aanuoluwa Okanlawon G’24, anthropology, Maxwell School
  • Gizem Ozyazici, college science teaching, A&S
  • Urmi Manoj Parekh, writing studies, rhetoric and composition, A&S
  • John Sackey, biomedical and chemical engineering, ECS
  • Sergio Saravia Lopez, sociology, Maxwell School
  • Karie Nicole Schmitz G’22, mathematics, A&S
  • Lauren Sdun, physics, A&S
  • Soham Sinha, English, A&S
  • Sabrina Marie Traver G’23, mathematics, A&S
  • Jenna Marie Walmer, psychology, A&S

Ìý

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Four people pose together for a photo at an indoor academic event.
Scholar Traces Dalit Diaspora’s Roots in North America /2026/05/05/scholar-traces-dalit-diasporas-roots-in-north-america/ Tue, 05 May 2026 16:55:15 +0000 /?p=338963 The Department of Women’s and Gender Studies marked Dalit History Month with a two-part event examining the Dalit diaspora and methodologies for anti-caste scholarship.

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Arts & Humanities Scholar

Chinnaiah Jangam (center) leads the Anti-Caste Methodologies workshop at Sims Hall.

Scholar Traces Dalit Diaspora’s Roots in North America

The Department of Women’s and Gender Studies marked Dalit History Month with a two-part event examining the Dalit diaspora and methodologies for anti-caste scholarship.
Casey Schad May 5, 2026

The in the College of Arts and Sciences observed Dalit History Month again this April with a two-part program featuring Chinnaiah Jangam, associate professor of history at Carleton University in Ottawa. Hosted on April 14 and 15, the program included a workshop and a public lecture exploring the history and present of Dalit communities in North America.

Dalit History Month was established by civil rights activists, inspired by Black History Month, to commemorate the intellectual legacy, activism and lives of caste-oppressed people, communities historically labeled “untouchables.”

Caste, a form of structural oppression originating in ancient India, divides people into categories at birth, and members of Dalit communities continue to face discrimination and violence both in South Asia and across the diaspora. The term “Dalit,” meaning “broken” or “oppressed,” was adopted as an act of political self-identification.

On April 14, Jangam led the Anti-Caste Methodologies workshop for graduate students and faculty in Sims Hall. The workshop explored approaches for writing history from anti-caste and critical-caste perspectives capable of countering dominant narratives.

A day later, Jangam delivered his public lecture, “Dalit Diaspora and Anti-Caste Movements in North America,” at Watson Theater. He examined what it means to be a Dalit in North America and argued that the Dalit diaspora on the continent is as old as that of the Savarna (dominant-caste Hindu) diaspora.

Drawing on stories of survival and resistance, he highlighted Dalit-led community mobilizations and social equity movements in the United States and Canada, and showed how intersectional solidarity is reshaping diaspora identity politics.

Jangam is the author of “Dalits and the Making of Modern India” and translator of “Gabbilam (Bat): A Dalit Epic,” which received the Association for Asian Studies A.K. Ramanujan Prize for Translation in 2024. He co-founded the South Asia Dalit Adivasi Network (SADAN) in Canada, whose advocacy led the Toronto District School Board and the Ontario Human Rights Commission to address caste discrimination.

The events were organized by faculty members and of the Department of Women’s and Gender Studies, with co-sponsorship from the Humanities Center, South Asia Center, LGBTQ Studies, History, CODE^SHIFT, English, Social Science Ph.D. program, Engaged Humanities Network, Feminist Pedagogy Collective, the Dean’s Office and the College of Arts and Sciences.

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A speaker leads a workshop around a conference table, with a presentation slide titled 'Dalits and Anti-Caste Epistemology' by Dr. Chinnaiah Jangam of Carleton University displayed on the screen behind him
LaunchPad Hosts Inaugural Athletes for Data Sovereignty Summit and Pitch Competition /2026/05/04/launchpad-hosts-inaugural-athletes-for-data-sovereignty-summit-and-pitch-competition/ Mon, 04 May 2026 20:22:59 +0000 /?p=337762 The competition was open to student-athletes, student-athlete alumni and student entrepreneurs with sports-related ideas.

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Campus & Community LaunchPad

Gabriel Josefson, left, founder of XCHKR, with Phahsa Ras, co-founder of UMiEconomy.

LaunchPad Hosts Inaugural Athletes for Data Sovereignty Summit and Pitch Competition

The competition was open to student-athletes, student-athlete alumni and student entrepreneurs with sports-related ideas.
Cristina Hatem May 4, 2026

Syracuse University Libraries’ LaunchPad hosted an inaugural Athletes for Data Sovereignty (A4DS) Summit and Pitch Competition, in partnership with UMiEconomy through its Charitable Foundation, , on April 24. The pitch competition was open to student-athletes, student-athlete alumni and student entrepreneurs with sports-related ideas. Winners of the pitch competition were:

  • Gabriel Josefson ’28 (Martin J. Whitman School of Management), founder of XCHKR, won the grand prize of $2,000.
  • Zach Richter ’26 (College of Arts and Sciences) and Taran Singh ’26 (Whitman School), founders of Wavelength, tied for second place, winning $750.
  • Edouard Agbor G’27 (School of Information Studies), founder of GritGateway, also won $750 for second place.
  • Marissa Johnson ’26 (S.I. Newhouse School of Public Communications), founder of Gymify, won $250.
  • Dylan McKinley ’26 (Newhouse School), founder of DylanDoesBasketball, won a Tier 1 Marketing Package from UMiEconomy.
  • Jase Malloy ’27 (School of Information Studies), founder of ErgoCraft, won a Tier 2 Marketing Package from UMiEconomy.
  • Ethan Barone ’26 (Whitman School), founder of CaneCLamp, won a Tier 1 Intellectual Property Legal Package
  • Jonathan “Jack” Wren ’26 (Whitman School) and John “Trey ” Adams III ’26 (Whitman School), founders of Happy Duck, won a Tier 2 Intellectual Property Legal Package

In addition to the pitch competition, the summit included interactive games and workshops around the importance of data in industries such as sports, healthcare, media and finance, and how startups can build long-term value beyond short-term deals.

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Two people hold a large ceremonial check for $2,000 made out to "EXCHKR," awarded as the winner of the 2026 NIL Data Sovereignty Pitch Competition, hosted by Syracuse University Libraries Launchpad.
Libraries Recognize Outstanding 2026 Student Employees With Awards /2026/05/04/libraries-recognize-outstanding-2026-student-employees-with-awards/ Mon, 04 May 2026 11:14:30 +0000 /?p=337620 Supervisors nominated student employees who have made significant contributions that have a lasting impact on the Libraries.

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Campus & Community Libraries

Grace Suhadolnik, Alexander Schulz, and Joel Carpenter were recognized at the Libraries Student Employee Awards Celebration.

Libraries Recognize Outstanding 2026 Student Employees With Awards

Supervisors nominated student employees who have made significant contributions that have a lasting impact on the Libraries.
Cristina Hatem May 4, 2026

Syracuse University Libraries recognized its student employees with an awards celebration on April 20. The Libraries typically employs about 150 undergraduate and graduate students each year to contribute to the safety of Libraries’ spaces, the quality and repair of collections, and service support to patrons and student entrepreneurs.

Supervisors nominate student employees who have demonstrated dedicated service over time and significant contributions that have made a lasting impact on the Libraries.

The Libraries recognize these students through the generous support of Kathy and Stanley Walters, the family of Patricia Kutner Strait and the many donors to the Libraries Dean’s Fund.

In addition, this year the Libraries acknowledges Carole and Glenn Johnston for their gift in honor of their daughter, Beth Ann Johnson, who was killed in the Dec. 21, 1988, bombing of Pan Am Flight 103 over Lockerbie, Scotland.

“We are incredibly fortunate to work alongside our library student employees, whose energy, commitment and talent strengthen our community every day. In my role, I see firsthand the meaningful impact they have across our organization. Many of these students stay with us throughout their time at Syracuse University, growing into trusted and valued members of the SU Libraries community,” says David Seaman, dean of the Libraries and University Librarian.

2026 student award recipients and their respective Libraries departments are:

Kathy and Stanley Walters Student Employee Scholarship Awards

  • Souleymane Bah ’26 (College of Arts and Sciences and Maxwell School of Citizenship and Public Affairs), floor monitor, Libraries Facilities and Security
  • Niah Edwards ’26 (S.I. Newhouse School of Public Communications), public services student, Special Collections Research Center
  • Grace Hoffman G’26 (College of Law), graduate assistant, Access and Resource Sharing
  • Ava Lubkemann ’27 (College of Engineering and Computer Science), Orange Innovation Scholar, Strategic Initiatives
  • Duyen Thum Pham ’26 (College of Visual and Performing Arts), student assistant, Access and Resource Sharing
  • Katie Ryder ’26 (College of Visual and Performing Arts), preservation assistant, Access and Resource Sharing
  • Alexander Schulz G’26 (School of Information Studies), Information Literacy Scholar, Information Literacy

Patricia Kutner Strait Student Scholarship Awards

  • Mason Burley ’27 (School of Education), preservation assistant, Access and Resource Sharing
  • Alani Henderson ’26 (College of Arts and Sciences and Maxwell School of Citizenship and Public Affairs), floor monitor, Libraries Facilities and Security
  • Anna Shuff G’26 (School of Information Studies), graduate student archivist, Special Collections Research Center
  • Anthony Thomas ’26 (School of Information Studies), innovation mentor/marketing team lead, LaunchPad
  • Sreynoch ‘Jess’ Van ’26 (S.I. Newhouse School of Public Communications), photographer/videographer, Marketing and Communications

Dean’s Commendations Awards (in memory of Pan Am 103 victim Beth Ann Johnson)

  • Hadja Fatoumata Barry ’26 (School of Information Studies), floor monitor, Libraries Facilities and Security
  • Joel Carpenter G’26 (School of Information Studies), Information Literacy Scholar, Information Literacy
  • James Harman ’26 (School of Information Studies), student worker, Access and Resource Sharing
  • Iman Jamison G’26 (School of Information Studies), graduate instruction assistant, Special Collections Research Center
  • Calvin Silver ’26 (School of Information Studies), public services reference, Special Collections Research Center
  • Grace Suhadolnik ’26 (School of Information Studies), student worker, Learning and Academic Engagement
  • Camren Wych’26 (College of Visual and Performing Arts), floor monitor, Libraries Facilities and Security

Honorable Recognitions:

  • Khadija Kante ’26 (Arts and Sciences), floor monitor, Libraries Facilities and Security
  • Philomena Kern’26 (School of Information Studies), student archival processing assistant, Special Collections Research Center
  • Hannah Marosi G’26 (School of Information Studies), collections team graduate student worker, Department of Research and Scholarship
  • Alexus Rowe ’26 (Arts and Sciences), floor monitor, Libraries Facilities and Security
  • Mera Singh ’26 (School of Information Studies), floor monitor, Libraries Facilities and Security
  • Fatumata ‘Nima’ Sow ’26 (School of Information Studies), floor monitor, Libraries Facilities and Security
  • Haven Travis G’26 (School of Information Studies), graduate student assistant, Access and Resource Sharing
  • Jiaying Wang ’26 (Arts and Sciences), public services student employee, Special Collections Research Center

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3 Earn National Science Foundation Graduate Research Fellowships /2026/05/01/3-earn-national-science-foundation-graduate-research-fellowships/ Fri, 01 May 2026 14:17:17 +0000 /?p=337573 From historical preservation and supermassive black holes to theoretical physics, three students will continue exploring novel research through NSF’s elite fellowship.

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3 Earn National Science Foundation Graduate Research Fellowships

From historical preservation and supermassive black holes to theoretical physics, three students will continue exploring novel research through NSF’s elite fellowship.
Kelly Homan Rodoski May 1, 2026

Three Syracuse University students have been awarded prestigious graduate research fellowships through the , and one student has been recognized with an honorable mention.

The fellowship recognizes and supports outstanding graduate students who are pursuing research-based master’s and doctoral degrees in STEM, social sciences and STEM education in the U.S. The five-year fellowship includes three years of financial support, with an annual stipend of $37,000 and a $16,000 educational allowance. Students can apply as rising seniors, recent graduates or first-year graduate students.

The 2026 recipients of the NSF GRFP are the following:

  • Julia Fancher ’26, a physics major and applied mathematics major in the College of Arts and Sciences (A&S) and member of the Renée Crown University Honors Program;
  • Daniel Hettrick, a first-year Ph.D. student in anthropology in the Maxwell School of Citizenship and Public Affairs, and
  • Gabe Suarez, a first-year Ph.D. student in theoretical physics in A&S.

Eadin Block ’26, a physics major and Spanish language, literature and culture major in A&S, received an Honorable Mention in this year’s competition.

Julia Fancher

Fancher, a University Scholar, Goldwater Scholar and two-time Astronaut Scholar, was gifted a copy of “Rise of the Rocket Girls,” a book about the women “human computers” who worked at NASA’s Jet Propulsion Laboratory, when she was in middle school.

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Julia Fancher

“I was instantly captivated by the stories of these women who discovered new insights into our universe through math and physics, and I knew that I wanted to do the same,” she says. To kickstart that path, she actively pursued the STEM resources her school district and community had available.

During her first year at Syracuse, she joined Professor Eric Coughlin’s high-energy astrophysics lab, where she researches tidal disruption events, in which a star is destroyed by the tidal field of a supermassive black hole. Her research has been published internationally and earned several awards.

Her second research project was a collaboration between Coughlin’s lab and local high school students through the Syracuse University Research in Physics summer program. She has also mentored students internationally.

Fancher plans to pursue a Ph.D. in astrophysics and become a professor conducting research in theoretical high-energy astrophysics.

“The NSF GRFP will provide me with the resources necessary to continue pushing the forefront of astrophysics research while nurturing the next generation of scientists,” she says. “I want to ensure that students from all backgrounds have the opportunity to explore their interests and are encouraged to pursue careers in STEM just as I was.”

Daniel Hettrick

Hettrick’s research centers on the cultural resilience of the Kootznoowoo Tlingit, a Native Alaskan nation in Southeastern Alaska, during the period following the United States’ purchase of Alaska from Russia in 1867.

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Daniel Hettrick

Hettrick’s dissertation focuses on the former Tlingit summer village of Killisnoo, Alaska, occupied from 1867 to 1928. Using a holistic historical anthropology approach, he combines archaeological excavation, artifact analysis, ethnohistory, oral histories and Indigenous community collaboration to investigate how the Kootznoowoo Tlingit selectively adopted, adapted and rejected Russian and American cultural, religious and economic institutions—all while preserving a distinct Tlingit identity.

His commitment to preservation was deepened through firsthand experience. He visited historic Orthodox churches in Sitka and spoke directly with Tlingit Orthodox Christians while conducting research as an undergraduate. Those conversations also complicated his assumptions: learning that community members held a genuine sense of pride in inhabiting both Indigenous and Orthodox identities pushed him to think more carefully about how people navigate multiple, seemingly contradictory cultural frameworks.

Hettrick is committed to building reciprocal relationships with the Angoon Tlingit before and throughout his research. He recognizes that access to a community’s history, particularly one that has faced exploitation by both the state and academia, must be earned through demonstrated respect, humility and a genuine exchange of value. His long-term goal is to make collaborative, community-centered archaeology the standard rather than the exception.

Gabe Suarez

Suarez works with Professor Alexander Maloney on three-dimensional quantum gravity. His path to theoretical physics was unconventional: raised in rural Danville, Kentucky, he began working as an apprentice electrician at 14, not because the work fascinated him, but because it sharpened a way of thinking he would carry into physics.

“If a system is logical, and you’re honest with yourself about what you do and don’t understand, you can reason your way to the answer,” he says. That principle guided him through self-studying general relativity as a sophomore, completing five graduate courses as an undergraduate and being named Physics Senior of the Year at the University of Kentucky.

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Gabe Suarez

His senior thesis furthered a systematic categorical framework for Ward’s conjecture, a 1985 proposal that all integrable systems descend from a single universal gauge theory structure. He is quick to note that the conjecture’s value lies in its proof techniques, not its statement: the algebraic geometry and category theory required to settle it are precisely the tools modern fundamental physics increasingly demands. The tools connect directly to his Ph.D. work on how semiclassical Einstein gravity emerges from ensembles of conformal field theories.

Beyond research, tutoring his brother helped him learn that a teacher’s real job is showing someone they can learn, then stepping back. He has since carried that philosophy into recitation teaching, K-12 outreach and a return visit to his own rural high school, where he spoke to students who, like his younger self, may not yet see theoretical physics as a path available to them.

In addition to their faculty mentors, Fancher, Hettrick, Suarez and Block all worked with the University’s (CFSA) to prepare their applications.

Students interested in learning more about or applying for the next NSF GRFP award cycle or any other nationally competitive scholarships and fellowships should visit theÌýÌýor emailÌýcfsa@syr.eduÌýfor more information.

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