Faculty and Staff Archives | Syracuse University Today https://news-test.syr.edu/topic/faculty-and-staff/ Mon, 31 Aug 2026 20:39:07 +0000 en-US hourly 1 https://wordpress.org/?v=7.1 /wp-content/uploads/2025/08/cropped-apple-touch-icon-120x120.png Faculty and Staff Archives | Syracuse University Today https://news-test.syr.edu/topic/faculty-and-staff/ 32 32 Accelerating the Search for Rare Earth Elements /2026/08/31/accelerating-the-search-for-rare-earth-elements/ Mon, 31 Aug 2026 20:39:06 +0000 /?p=342563 Earth sciences professor Tao Wen and his students are part of an interdisciplinary effort to improve the ability to identify and evaluate potential rare earth element resources in the U.S.

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Accelerating the Search for Rare Earth Elements

Earth sciences professor Tao Wen and his students are part of an interdisciplinary effort to improve the ability to identify and evaluate potential rare earth element resources in the U.S.
Dan Bernardi Aug. 31, 2026

The critical metals powering your phone, electric vehicle and countless advanced technologies are increasingly at the center of a national supply challenge. Although these elements are essential, the estimates that imports accounted for about two-thirds of U.S. apparent consumption of rare-earth compounds and metals in 2025.

Fortunately, scientists believe some of those materials may already be here, within deeply weathered granite formations across parts of the southeastern United States. The challenge is understanding where it occurs, how it forms and which areas merit closer study.

Researchers in the College of Arts and Sciences’ are part of a national project to help answer that question using a combination of field science, computer modeling and artificial intelligence (AI).

Hidden Resources in Weathered Granite

Led in part by hydrogeochemist and associate professor of Earth and environmental sciences , the project aims to make the search for these rare earth elements faster, more efficient and more scientifically grounded. Supported by a grant from the Department of Energy’s Genesis Mission Program through Oak Ridge National Laboratory, the study focuses on understanding and identifying a particular type of rare earth deposit that may exist in the southeastern United States.

Portrait
Tao Wen

These deposits form over millions of years as granite slowly weathers and breaks down. During that process, rare earth elements are released from minerals in the rock and can become concentrated in layers of weathered material, where they attach to clay and other minerals. Similar deposits are currently mined in tropical and subtropical regions of Asia. Because the southeastern United States contains extensive granite formations and experiences a warm, humid climate, scientists believe it may have comparable resources, but their locations and formation processes remain poorly understood.

The interdisciplinary research team will investigate weathered granite formations at selected research sites in North Carolina. Using field observations, laboratory experiments, subsurface imaging and computer modeling, researchers will examine where rare earth elements occur, how their concentrations change with depth, and the geological and chemical processes that control their distribution.

Bringing AI to Mineral Exploration

Wen and his team will play a key role in developing physics-informed artificial intelligence tools to support the effort.

“Physics-informed AI combines artificial intelligence with established scientific knowledge about how natural systems behave,” Wen says. “Rather than asking AI to learn from data alone, we use scientific understanding to guide its analysis and keep its predictions grounded in real-world processes.”

By combining different kinds of field and laboratory observations with computer models, the technology can evaluate possible explanations more efficiently, quantify uncertainty and identify areas that may warrant closer study.

“We hope to determine why rare earth elements become concentrated in some weathered granite formations but not in others, and why the depth of enrichment varies from place to place,” Wen says.

A Smarter Way to Find Critical Minerals

In practical terms, the work could help make rare earth exploration more targeted. By combining AI-based analyses with field measurements and computer simulations, researchers may be able to prioritize areas for follow-up study before committing to more intensive field investigations. That could reduce costs, improve efficiency and minimize environmental disturbance.

Wen says the nine-month Phase I project is expected to produce scientific findings and a proof-of-concept framework within the award period. If the approach proves successful and is expanded through additional research, it could begin informing focused exploration efforts within several years.

The project focuses on the front end of the rare earth supply chain: identifying and evaluating potential resources. Once a viable deposit is found, mineral-bearing material must be recovered and processed to extract and concentrate rare earth elements before they can be refined into the metals, alloys, magnets and components used in electric vehicles, wind turbines, electronics and advanced manufacturing.

The methods developed may also be applied to other challenges involving groundwater, mineral resources and the movement of chemicals beneath Earth’s surface. For example, they could help predict how contaminants spread through groundwater or identify areas where subsurface resources are concentrated. In both cases, integrating scientific models with field observations could enable researchers to target future measurements more efficiently.

Training the Next Generation

The project will provide valuable research opportunities for students working with . They will contribute to data analysis, computational modeling and interpretation of research results while gaining hands-on experience at the intersection of geoscience, artificial intelligence and critical minerals research.

While much of the Syracuse team’s work will be computer-based, including data integration, modeling and AI development, Wen says lab members, including interested students, may also have opportunities to participate in field trips associated with the broader project. Those experiences will help them connect computational research with the geological settings and observations that inform the models being developed.

Wen’s project also reflects the ambitions of A&S’ Academic Strategic Plan, “.” By pairing artificial intelligence with Earth science to address a critical mineral supply challenge, the work speaks to the plan’s focus on innovative technologies and environmental sustainability, while giving students the kind of interdisciplinary research experience the plan aims to expand.

For Wen, whose research combines hydrogeochemistry, environmental data science and machine learning, the project represents an opportunity to use cutting-edge AI tools to address a growing national need. If successful, the work could improve understanding of America’s rare earth potential and provide a smarter roadmap for finding the critical resources that power modern technology.

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Row of red electric vehicle bodies suspended on automated guided vehicles (AGVs) along a modern factory assembly line, with blue overhead robotic arms and bright overhead lighting in a clean, high-tech manufacturing facility.
Uncovering Hidden Interactions That Shape Fertility /2026/08/31/uncovering-hidden-interactions-that-shape-fertility/ Mon, 31 Aug 2026 13:41:29 +0000 /?p=342443 A&S researchers are exploring molecular interactions that may hold the key to fertility, infertility and new contraceptive approaches.

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STEM

Drosophila melanogaster sperm coiled inside a female's specialized sperm-storage organ, where they participate in molecular interactions with female-derived molecules prior to fertilizing an egg. The image was featured on a 2022 cover of Proceedings of the National Academy of Sciences. (Image courtesy of Scott Pitnick)

Uncovering Hidden Interactions That Shape Fertility

A&S researchers are exploring molecular interactions that may hold the key to fertility, infertility and new contraceptive approaches.
Dan Bernardi Aug. 31, 2026

Infertility affects roughly 1 in 6 people worldwide, often bringing significant emotional, physical and financial challenges, according to a . Yet many of the biological processes that determine whether fertilization succeeds remain poorly understood.

, professor of biology, and , Weeden Professor of Biology in the, have been awarded a from the , part of the National Institutes of Health, to investigate how the female reproductive tract directly influences sperm function and fertility. This research is being conducted in close collaboration with Mariana Wolfner, Goldwin Smith Professor of Molecular Biology and Genetics and a Stephen H. Weiss fellow at Cornell University.

This NIH-funded research program explores an emerging scientific concept known as sperm-female interactions, or SFIs. While reproductive biology has traditionally focused on sperm, eggs and reproductive organs as largely separate systems, scientists increasingly recognize that the interactions between sperm and the female reproductive environment play a critical role in successful fertilization.

“Resolving the molecular basis of these interactions holds tremendous promise for expanding our understanding of fertility,” Dorus says.

Looking Beyond Traditional Models

After sperm enter the female reproductive tract, they encounter a complex environment that helps determine whether they survive, gain the ability to fertilize an egg and ultimately contribute to a successful pregnancy. Scientists know these interactions are essential, but the molecular mechanisms behind them remain largely unexplored.

The team has already made an important discovery using Drosophila, commonly known as fruit flies, a widely used and powerful model organism that accelerates the study of biological processes that are shared across the animal kingdom. Their earlier studies revealed that sperm undergo significant molecular changes after entering the female reproductive tract.

One of the most surprising findings was that proteins produced by females begin associating with sperm almost immediately after mating. During long-term sperm storage in the reproductive tract, these female-derived proteins account for nearly 20% of the sperm’s protein composition.

The proteins appear to be closely connected to metabolic pathways that contribute to the generation of cellular energy, suggesting that female contributions may support sperm survival, function and fertilization potential during the critical period between insemination and fertilization.

Three-panel
As sperm move through the female reproductive tract and into long-term storage, female-derived proteins increasingly associate with sperm and may contribute to sperm energetics and viability. This discovery from Dorus and Pitnick’s Drosophila research is now driving their NIH-funded study of sperm-female interactions and fertility.

Advancing Fertility Science

The new NIH-funded project will build on those discoveries by identifying the specific female metabolic proteins that associate with sperm and determining how they affect fertility outcomes.

Dorus and his team hope to better understand how these molecular interactions influence sperm performance, viability and reproductive success. The findings could provide new insight into why fertility problems occur and reveal biological pathways that have previously gone unnoticed.

“By identifying the molecular factors that influence sperm performance after mating, we hope to uncover biological mechanisms that may help explain some forms of infertility that currently have no clear cause,” says Pitnick.

Because many fundamental reproductive processes are shared across species, discoveries made through this work could ultimately help scientists view human fertility in new ways. A deeper understanding of how sperm and the female reproductive tract work together may lead to new approaches for diagnosing infertility, allowing clinicians to identify problems that current tests cannot detect. It could also help researchers design more targeted fertility treatments that address the molecular causes of reproductive challenges.

At the same time, the work may contribute to the development of innovative contraceptives that operate by influencing sperm-female interactions rather than relying on traditional hormonal methods.

By uncovering how the female reproductive tract actively shapes sperm function, this research will help redefine how scientists think about reproduction and has the potential to unlock new solutions for infertility while advancing a broader understanding of one of biology’s most fundamental processes.

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Drosophila melanogaster sperm coiled inside a female's specialized sperm-storage organ, where they participate in molecular interactions with female-derived molecules prior to fertilizing an egg.
Meet Syracuse Army ROTC’s New Commander /2026/08/31/meet-syracuse-army-rotcs-new-commander/ Mon, 31 Aug 2026 13:23:08 +0000 /?p=342433 Lt. Col. Jared Larpenteur brings 19 years of Army leadership—and a personal affinity for Central and Northern New York— to his new role as professor of military science.

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Veterans & Military-Connected Individuals Meet

Lt. Col. Jared Larpenteur speaking with a group of the University's Army ROTC cadets.

Meet Syracuse Army ROTC’s New Commander

Lt. Col. Jared Larpenteur brings 19 years of Army leadership—and a personal affinity for Central and Northern New York— to his new role as professor of military science.
Charlie Poag Aug. 31, 2026

There’s a new face leading this year, and he’s already feeling right at home. Lt. Col. Jared C. Larpenteur has stepped into the role of professor of military science, taking charge of one of the longest-running Army ROTC programs in the nation.

Becoming a professor of military science is a competitive process. Officers apply and their records go before a selection board. If chosen, they rank their preferred universities. The Army then matches officers to programs based on those preferences and each program’s needs. For Larpenteur, Syracuse was the clear favorite.

“Syracuse was my number one choice, so my family and I were extremely excited when I was selected to come here,” Larpenteur says.

A Leader at Fort Drum

That excitement didn’t come out of nowhere. Larpenteur has served at Fort Drum in Watertown, N.Y., several times over the course of his career, most recently as a battalion commander in the 10th Mountain Division. Those years gave his family a chance to fall for the region.

Portrait
U.S. Army Lt. Col. Jared Larpenteur

“Over those assignments, my family really fell in love with Central and Northern New York, the people, the outdoors and the community,” Larpenteur says. “When Syracuse appeared on the list, putting it first was an easy decision for us.”

Since arriving on campus, Larpenteur says one thing stood out to him right away.

“The first thing that stood out to me was the level of support Syracuse University provides its ROTC program and its military-connected community,” Larpenteur says. “A successful ROTC program depends on having a strong relationship with the university, and I saw immediately that Syracuse values that relationship.”

He’s also been struck by the people he’s inherited.

“I have also been impressed by the professionalism of our cadre and staff and, most importantly, the quality of our cadets,” Larpenteur says. “I inherited a program with a strong culture and a record of success. My responsibility is not to come in and reinvent it, but to understand what has made it successful, take care of our people and continue moving the program forward.”

Larpenteur is a native of Plaquemine, Louisiana, where he and his wife, Clare, met in high school. The two have been married for more than 16 years and have two children, Ruthie and Charlie. The family doesn’t have deep roots in Central New York, but years stationed at Fort Drum made the area feel like a second home well before the move to Syracuse. His last assignment was command of the 4th Battalion, 31st Infantry Regiment, 2nd Brigade Combat Team of the 10th Mountain Division. “Being able to finish that assignment and move just down the road to Syracuse, rather than across the country, was a great opportunity for our entire family,” he says.

Larpenteur was commissioned as an infantry officer through Army ROTC at Louisiana State University, where he earned a bachelor’s degree in history. Over 19 years of active-duty service, he has served with the 1st Cavalry Division, the 82nd Airborne Division and the 10th Mountain Division, with deployments to Afghanistan, Iraq and Syria. His assignments and training have also taken him overseas to Japan, Australia, Poland and Germany. He holds a master of science degree in adult learning and leadership from Kansas State University and a master of military operational art and science degree from the U.S. Army School of Advanced Military Studies at Fort Leavenworth, Kansas.

Developing the Next Generation of Leaders

Looking ahead, Larpenteur hopes his time leading the Stalwart Battalion becomes more than just another assignment.

“I hope Syracuse becomes a genuine home for my family and me,” Larpenteur says. “From my first interactions with the university, people have been incredibly welcoming, and I want to contribute to that community rather than simply work here for a few years. Professionally, what excites me most is the opportunity to develop the next generation of Army officers and leaders. The Army has given my family and me tremendous opportunities over the past 19 years. At this stage of my career, I see this assignment as an opportunity to invest some of that experience back into young people who are just beginning their own careers.”

For the broader campus community, Larpenteur has a simple message: get to know your cadets.

“I hope the campus community continues to see Army ROTC as part of the Syracuse community, not something separate from it,” Larpenteur says. “Our cadets are Syracuse students first and foremost. They are in classrooms, on athletic teams, in student organizations and throughout the university while also preparing to serve as U.S. Army officers.”

While the cadets will continue to be a core component of the university’s culture, Larpenteur hopes for even more visibility beyond those moments the cadets are most known for.

“You’ll certainly continue to see us at some of the more visible Syracuse traditions, our cadets presenting the colors at major events and carrying the large American flag onto the field in the JMA Wireless Dome before football games,” Larpenteur says. “But I also want our cadets engaged with the university beyond those events. The Stalwart Battalion has established a very strong record of performance nationally. My goal is to build on that foundation while developing good officers, good leaders and people who positively contribute to Syracuse University.”

For more information on the Stalwart Battalion, and the support programs available for ROTC cadets, visit the website.

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Lt. Col. Larpenteur speaks to ROTC cadets in a classroom, arms crossed, in front of a screen.
College of Law to Host ’Cuse Vet Fest on 9/11 /2026/08/28/college-of-law-to-host-cuse-vet-fest-on-9-11/ Fri, 28 Aug 2026 15:44:46 +0000 /?p=342402 Connections to benefits, healthcare and community support will all be in one room on that day.

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College of Law to Host ’Cuse Vet Fest on 9/11

Connections to benefits, healthcare and community support will all be in one room on that day.
Robert Conrad Aug. 28, 2026

Syracuse-area veterans will have a chance to connect with benefits specialists, health care enrollment help and local support services under one roof when the ’Cuse Vet Fest for 9/11 Day comes to the on Friday, Sept. 11. The event will take place from 10 a.m. to 1 p.m. in the Levy Atrium. Admission is free, with free parking available in the Irving Garage.

The event is a joint effort between the , the College of Law’s and the. It is open to all veterans, including University students, faculty and staff.

Regardless of whether individuals have healthcare and benefits set up, the breadth of available resources to veterans in the Syracuse region guarantees there will be something new to learn. An annual event, attendees will have the opportunity to directly interact with representatives from over 20 offices and organizations which serve veterans and military connected families.

While at the event, attendees can:

  • Learn how to enroll in VA healthcare;
  • Explore veterans benefits (disability, education, employment, community and more);
  • Connect with VA professionals;
  • Engage with Syracuse University’s veteran resources;
  • View and connect with a variety of community resources;
  • Try the Clearpath for Veterans food truck
  • Learn about the VA’s Mobile Prosthetics Center; and
  • Visit the Mobile Vet Center.

Representatives from the University’s and Office of Veteran Success will take part, and event staff will be on site to guide attendees while they explore the participating organizations. This year’s event is sponsored by Bond, Schoeneck & King PLLC, along with the 9/11 Day Foundation and AmeriCorps.

For additional details, contact veteranadvocacy@syr.edu.

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Three men seated at a National Call Center for Homeless Veterans table listen to a presenter in a flag-graphic T-shirt, with pens, lanyards, and pamphlets displayed on the navy tablecloth.
How Digital Devices Took Over and How to Reclaim Our Relationship With Them /podcasts/how-digital-devices-took-over-and-how-to-reclaim-our-relationship-with-them/ Wed, 26 Aug 2026 15:11:26 +0000 /?post_type=podcasts&p=342316 On the “’Cuse Conversations” podcast, Matt Mulvaney and Zahra Vahedi unpack why our phones are so hard to put down and what it actually takes to change that.

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How Digital Devices Took Over and How to Reclaim Our Relationship With Them

On the “’Cuse Conversations” podcast, Matt Mulvaney and Zahra Vahedi unpack why our phones are so hard to put down and what it actually takes to change that.

John BoccacinoAug. 26, 2026

Cuse

We all do it countless times a day.

Tap our smartphones, fire up our laptops and tablets and log into social media to see if we have any new notifications.

The average American reaches for their digital device approximately 186 times each day, according to a of 1,000 U.S. adults ages 18 and older.

Our screens have become a vital part of our day-to-day lives, but sometimes, having access to technology can cause us to not be present in our interactions.

“The effects are pervasively harmful in terms of their impact on how people relate to each other and how people make connections. Those real-life interactions with other people are what give us richness to our lives,” says , undergraduate program director and associate professor in the Department of Human Development and Family Science in (A&S).

“It is important that we become more mindful about and intentional about how we’re using our technology, ensuring we have safer times and spaces where we do allow for that non-task specific use. But it’s becoming difficult, especially in the classroom,” says , assistant teaching professor in the Department of Psychology in the .

On the latest “’Cuse Conversations” podcast, Mulvaney and Vahedi examine the complex roles our digital screens play in our lives and offer tips to reestablish a healthy relationship with our devices.

How would you assess the current state of our relationships with our cell phones and our digital devices?

Matt Mulvaney: These devices move us away from in-person interactions, and [using our screens] produces loneliness, unhappiness, depression and failure to connect with people. That is one of the most critical and important human features. We should approach this as a public health risk and understand how we can change the way that we approach technology on a fundamental level.

Group
(Photo by Davide Angelini/Adobe Stock)

You researched smartphone usage and its link to stress and anxiety. Does how someone uses their device matter more than how much they’re using it?

Zahra Vahedi: There was a small-to-moderate relationship between smartphone use frequency and stress and anxiety levels. But what really moderated that relationship was what you’re doing when using a device. We categorized our findings as compulsive use: use where you don’t feel like you’re in control. We’re seeing more of this in young adults and adolescents. We’re moving from just pure frequency to what you’re doing when on your device, and whether you’re in control of that time.

Woman
(Photo courtesy of That Stock Company/Adobe Stock)

What can we do to reestablish a healthier relationship with our devices?

Mulvaney: The antidote to a lot of this is reading. Reading and social media scrolling are two opposite processes. Reading requires attention. It allows for imagination and engagement with complexity rather than simplicity, which is the hallmark of scrolling. Reading over the course of childhood is an exceptionally powerful tool. It gives you this window into the inner lives of people who are complex and have different views.

Vahedi: Become more mindful of how you use your technology. Put your phone on mute. Mute any non-essential notifications. Get students to go back to old-school pen and paper. Facilitate more in-person interactions.

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(Photo courtesy of Touchr/Adobe Stock)

How does reliance on screens stunt personal development?

Mulvaney: Nobody likes getting rejected. On social media, that never happens. You can connect with people all the time. There’s this fear of rejection that comes because we haven’t learned how to get rejected, manage our expectations or modulate our emotional reactions to those social interactions. These devices have been engineered by the smartest people in the country to transfix our attention spans, and our devices tap into our very core emotions of social relationships.

Vahedi: Smartphones and instant access to social media remove the discomfort associated with adolescence. As a society, it’s so important to lean back into that awkwardness, that discomfort and that figuring out who you are, especially during adolescence. I also worry about my children’s generation who grew up with technology. I worry whether those effects are going to become even more solidified in the next generation.

Student

Do digital detoxes (taking a break from your phone and devices) work?

Vahedi: Digital detoxes are difficult when there’s years of a habit that’s been ingrained in them. We need individual determination coupled with societal cultural shifts in what we consider acceptable technology use. People have a lot of success when they go through detoxes with very young children, eradicating usage from the house. No iPads, no cell phones and movie nights once a week. That’s how we’re going to do this. Can you do that with a 15-, 16- or 18-year-old? Not necessarily.

What can parents and family members do to control cell phone and screen usage?

Mulvaney: Sitting with your child and having screen time be a facilitator of discussions and conversations rather than being a replacement for parent and child conversations is important. The fundamental thing that helps children develop is language, both spoken and written language. The more parents can do with their children instead of having [screens and devices] replace time with their kids is key.

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Group of people stand in circle holding smartphones together, viewed from below.
Summer Snapshots 2026 /2026/08/26/summer-snapshots-2026/ Wed, 26 Aug 2026 14:31:32 +0000 /?p=342271 Discover all the ways our University community members enjoyed themselves over the summer months.

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Campus & Community Summer

Along with her sons, Jacob (left) and Sam (right), Laura Kolton, executive director for federal government engagement in the Syracuse University Washington, D.C. Center, visited the southern half of the Tour du Mont Blanc trail. Laura says the family trip included breathtaking peaks, picture-perfect alpine towns and no shortage of cows.

Summer Snapshots 2026

Discover all the ways our University community members enjoyed themselves over the summer months.
John Boccacino Aug. 26, 2026

From the looks of it, our University community members sure enjoyed themselves over the summer months. From big adventures around the world to relaxing family getaways, take a look at the fun they had.

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Three people pose on a mountain trail with jagged peaks behind them.
Build Modular Furniture That Grows With Your Space /2026/08/24/build-modular-furniture-that-grows-with-your-space/ Mon, 24 Aug 2026 19:37:13 +0000 /?p=341750 Professor Ralf Schneider's Gridwerk rethinks how furniture can adapt when rooms, routines and needs keep shifting.

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Arts & Humanities Build

Gridwerk is an innovative modular furniture system that can be taken apart and rebuilt as rooms and routines change, so pieces get reused instead of thrown out.

Build Modular Furniture That Grows With Your Space

Professor Ralf Schneider's Gridwerk rethinks how furniture can adapt when rooms, routines and needs keep shifting.
John Boccacino Aug. 24, 2026

As homes increasingly double as offices, studios and gathering spaces, furniture must do more than sit still.

has been designing for that reality for years. Recognizing the growing need for flexible, customizable spaces, he blended his knowledge of industrial design while improving how spaces function.

The result is , an innovative modular furniture system that can be taken apart and rebuilt as rooms and routines change, so pieces get reused instead of thrown out.

“Most furniture is designed as a fixed, finished object and rarely adapts as our lives and spaces change,” says Schneider, an associate professor of industrial and interaction design in the School of Design. “I wanted to design a system rather than a single piece, built on a consistent grid of interchangeable components that people can reconfigure as their needs evolve.”

Schneider has designed a collection of components that owners can reorganize into entirely different furniture configurations to meet their changing needs.

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Ralf Schneider

“My vision for Gridwerk was adaptable, long-lasting furniture that respects both the user and the material,” Schneider says. “Gridwerk mattered to me because it brings together what I care about most as a designer and educator: systems thinking, craftsmanship and designing for change rather than disposability.”

Schneider’s sustainable and modular furniture system was recently featured at the emerging talent (Wanted: Launch Pad) portion of the in New York City.

Schneider sat down with Syracuse University Today to explain the benefits of a modular furniture system and how the principles behind Gridwerk carry over to his industrial and interaction design classes.

Q:
What does the concept of a modular furniture system mean to you?
A:

A modular system means the whole is designed before the parts, so every component is dimensioned to work with every other component. What makes Gridwerk distinct is that the grid is not just an assembly trick; it is the design language itself, so the system stays coherent no matter how you scale or rearrange it. All parts are connected with fasteners and form-fitting shapes using no adhesives.

A sideboard with sliding doors

Q:
How would you describe your furniture?
A:

Gridwerk is a family of clean, geometric pieces built from a shared set of standardized parts. Think of it as construction logic you can see: shelving, seating and storage that all speak the same visual and structural language. They can be combined, expanded or reconfigured over time. The frame is made of extruded aluminum profiles, and the surfaces of the cubes are filled with walnut-veneered plywood. Premium hardware adds a satisfying opening and closing experience. The sideboard design utilizes custom 3D-printed hardware for the sliding doors.

Q:
Why are these types of standardized interchangeable furniture components so popular for modern homeowners and renters?
A:

People move more often and live in smaller, changing spaces. Interchangeable components let them take furniture with them, adapt it to a new room and add to it over time instead of replacing it. It is flexibility, value and a bit of creative ownership all at once.

Sustainability is built into the logic of the system. Because pieces are modular and repairable, they can be reconfigured or expanded instead of discarded, which extends their life and reduces waste. Thoughtful material choices and efficient, low-waste fabrication reinforce that from the start.

A wall-mounted shelf

Q:
How do you bring the principles found in Gridwerk and apply them to your classroom teachings in industrial and interaction design?
A:

The biggest transferable principles are problem solving within systems thinking, designing with constraints and iteration. I also share how I created the Computer-Aided Design file. In the studio, I ask students to consider systems and relationships—not just designing objects—and to treat a shared constraint like the grid as a source of creativity rather than a limitation.

Gridwerk is a live example of that mindset. To expand on the notion of industrial and interaction design, I vibe coded [built quickly using AI tools] an interactive website that allows the user to enter custom Gridwerk dimensions that are then rendered as an interactive object in real time. I connected the idea to my teachings to show how emerging tools, including AI, can support rather than replace disciplined design thinking.

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Walnut GridWerk credenza with sliding doors beside desk and teal chairs in home office
3 Syracuse Faculty Earn STEM Under 40 Awards from the MOST /2026/08/21/3-syracuse-faculty-earn-stem-under-40-awards-from-the-most/ Fri, 21 Aug 2026 19:29:56 +0000 /?p=342101 Atanu Acharya, Zhenyu Gan and Angela Oliverio are recognized for research shaping Central New York’s growing STEM economy.

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Professor Zhenyu Gan working with robotics in Link Hall.

3 Syracuse Faculty Earn STEM Under 40 Awards from the MOST

Atanu Acharya, Zhenyu Gan and Angela Oliverio are recognized for research shaping Central New York’s growing STEM economy.
Wendy S. Loughlin Aug. 21, 2026

Three Syracuse University faculty members—, and —have been named to the Milton J. Rubenstein Museum of Science & Technology’s (MOST) list, presented by Micron Technology. The annual list recognizes early-career professionals whose work is advancing STEM in the region.

The recognition comes as Central New York is poised to become a major hub for semiconductor manufacturing with Micron’s planned multibillion-dollar investment in the region, including a $100 billion manufacturing campus in suburban Syracuse.

“These three faculty members represent exactly the kind of talent that makes Syracuse a magnet for world-class researchers,” says Vice President for Research . “While their work spans computational chemistry, robotics and microbial ecology, each is training the scientists and engineers our region will need as Central New York’s technology economy grows.”

Atanu Acharya

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Atanu Acharya

Acharya, an assistant professor of chemistry at the (A&S), is a computational chemist who uses quantum mechanics, molecular dynamics and machine learning to solve biochemical puzzles, ranging from the respiration of “metal-breathing” bacteria to controlling biochemical reactions with light to understanding how microplastics and nanoplastics get through cell membranes.

His research depends on high-performance computing and simulations, as if he is using a “computational microscope,” a term often used to describe the field. Similar computational tools underlie material design, giving his students skills directly transferable to the region’s growing STEM-focused industries.

Zhenyu Gan

Professional
Zhenyu Gan

Gan, assistant professor of mechanical and aerospace engineering at the , directs the Dynamic Locomotion and Robotics Lab, studying how animals shift fluidly between gaits and applying those principles to legged robots that can adjust their posture, leg length or shape depending on the task. Gan also studies robotic exoskeletons designed to reduce injury and fatigue in physically demanding jobs.

His research in robotics, controls and automation sits squarely in fields central to advanced chip fabrication, where precision robotics keep cleanroom production lines running, allowing Gan’s students to develop the engineering skills valued by companies like Micron.

Angela Oliverio

Person
Angela Oliverio

Oliverio, assistant professor of biology at A&S, studies the ecology and evolution of microbes—from geothermal amoebae that survive near the boiling point of water to synthetic microbial communities that she builds in the lab. She and her students investigate “community coalescence,” or what happens when separate microbial communities merge, with implications for agriculture, medicine and biotechnology.

That data-intensive approach to biology mirrors the data science techniques increasingly used in semiconductor fabrication, giving her students large-scale data analysis skills that translate well beyond biology.

The trio will be honored at an Nov. 5 at the MOST.

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Person holding a quadruped robot in front of a whiteboard covered with technical diagrams and equations.
SLIDESHOW: See What These Faculty Members Did on Their Summer Vacation /2026/08/21/slideshow-see-what-these-faculty-members-did-on-their-summer-vacation/ Fri, 21 Aug 2026 13:56:45 +0000 /?p=341953 Supported by the new Study Away Summer Awards program, seven professors worked on high-impact projects in Los Angeles, New York City and Washington, D.C.

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SLIDESHOW: See What These Faculty Members Did on Their Summer Vacation

Supported by the new Study Away Summer Awards program, seven professors worked on high-impact projects in Los Angeles, New York City and Washington, D.C.
Diane Stirling Aug. 21, 2026

Syracuse University’s three study away locations, which provide distinct and wide-ranging opportunities for students, are an equally valuable resource for their professors.

Several faculty members capitalized on those resources this summer, supported by funding from the new program offered by the . The awards were established as a direct result of work done on the University’s academic strategic plan, “,” with the aim of facilitating in Los Angeles, New York City and Washington, D.C.

“These locations give our faculty a rare kind of reach,” says , associate provost for strategic initiatives. “These are fully embedded footholds in three of the most influential cities in the world. They provide an opportunity to extend the classroom into the center of the industries our students are preparing to enter, and to let that experience shape both scholarship and pedagogy in expansive ways.”

Participating faculty members agree that the experience enhanced their professional work and helped lay the groundwork for new academic experiences. , associate professor of public administration and international affairs at the Maxwell School of Citizenship and Public Affairs, was one of them. He conducted archival research at the United Nations Dag Hammarskjöld Library and think tank collections with an eye toward building a study away program centered on peacekeeping and global governance. “New York City is one of the world’s great cities and a hub for innovation, international business, civil society and global governance,” he says. “It has been great spending the summer learning how to access the best of what the city has to offer to enhance the education of Syracuse students.”

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Two women pose beside an orange rocking chair in front of an orange wall reading "Syracuse University Dick Clark Los Angeles Program," with a white couch nearby.
Q&A: iSchool Professor Earns State Award for Work in Classroom /2026/08/20/ischool-professor-earns-state-award-for-work-in-classroom/ Thu, 20 Aug 2026 15:53:23 +0000 /?p=341900 Preeti Jagadev says listening to student feedback each semester has transformed how she runs her courses.

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STEM Q&A:

Preeti Jagadev holds her award: 2026 Exceptional Woman of Central New York (Educator).

Q&A: iSchool Professor Earns State Award for Work in Classroom

Preeti Jagadev says listening to student feedback each semester has transformed how she runs her courses.
Dialynn Dwyer Aug. 20, 2026

always knew she wanted to be an educator. That passion carried her from India to a postdoctoral position at the University of Michigan, where she conducted research related to deployment-associated respiratory diseases among war veterans, to joining the faculty of the School of Information Studies.

Professional
Preeti Jagadev

Her research background shapes how she teaches, pushing students beyond theory toward real-world problem-solving. Those efforts recently earned her recognition beyond the classroom: 2026 Exceptional Woman of Central New York (Educator) after one of her own students nominated her for the honor.

An assistant teaching professor, Jagadev teaches natural language processing and introduction to applied data science to graduate students, statistics to doctoral students and Python to undergraduates. This fall she’ll add a new course to her rotation on responsible artificial intelligence.

“I believe teaching is a continuous exchange of ideas, feedback and growth,” Jagadev told Syracuse University Today. “It is not simply about delivering knowledge to students; it is about listening, adapting and creating an environment where students feel empowered to learn. Every time I read course evaluations, I reflect on what is working well, what could be improved and how I can incorporate that feedback into my courses.”

Below, Jagadev reflects on how her research experience and commitment to meaningful engagement with students shape her approach to teaching and mentorship.

Q:
What did being named the 2026 Exceptional Woman of Central New York (Educator) at the annual awards hosted by Assemblymember Pamela Hunter mean to you?
A:

That was one of the most special moments of my life.

It showed I’m doing something meaningful that has an impact on the community, on my students. What made the honor especially meaningful was knowing one of my students nominated me. That shows I am making a difference in somebody’s life and I’m having an impact. I can’t even put into words how I felt, but I really felt very good. I felt very happy.

Preeti Jagadev with Assemblymember Pamela Hunter (right)

Q:
How do you think your research has shaped your approach in the classroom? Is there anything that you really hope students take away from their experience with you?
A:

My research experience has shaped my teaching in many ways.

I don’t want my students to simply learn concepts theoretically, write code, submit an assignment and get a grade. I incorporate a lot of case studies and active learning into my courses. I want students to engage with the material rather than just memorize it. I also emphasize the importance of building relationships and networking, because I have seen firsthand how valuable those connections can be throughout an academic and professional career.

Q:
In your research and work, you’ve emphasized advancing scientific knowledge while creating a meaningful impact on human health and society. In the classroom, how do you get students to slow down to think about the ethical responsibility and human consequences of their work?
A:

This is especially important now because AI is everywhere, and students are naturally going to use it. I don’t tell my students, “Don’t use AI.” I tell them, “Use it, but use it wisely.”

For example, if you’re stuck on a concept you don’t understand, use AI to explain it to you. Ask it questions and for examples. Use it as a resource to help you learn. But don’t use AI to do your entire assignment and then submit it without understanding what you are turning in. At that point, you’re not learning.

I tell my students, “If you use AI for everything, what are you going to do when you come to my exam?” My exams, including my coding exams, are done on paper. So you need to be able to sit down and think through a problem yourself.

Beyond that, I want students to think about the human side of AI. When we use any AI tool, we type in a prompt, we get an answer and that’s what we see. But there is a lot happening behind the scenes we don’t always think about. What happens to the data we put into these systems? How is it being used? What biases might be present? What are our rights? What are the environmental costs of running these systems? I want my students to slow down and ask those questions. Just because we can use a technology doesn’t mean we should use it without thinking about the consequences.

I’m teaching a responsible AI course this fall, the brainchild of my colleague , which I’m excited about. We’ll be able to have deeper conversations around these issues.

Q:
Is there anything you’ve learned from your students that has shaped your approach in the classroom?
A:

One of the biggest things I’ve learned is students really want a space where they can express their ideas comfortably without being judged. I tell them, “You can share your opinion. You can be completely wrong, and nobody is going to judge you.” I want my classroom to be a space where students feel comfortable asking questions, challenging ideas and being curious.

I’ve also learned a lot from their feedback. One student told me they enjoyed group discussion, but suggested that I include more case studies. I took that suggestion and started incorporating case studies into my courses. Students enjoy working through them and applying what they’ve learned to real situations.

For me, teaching is an iterative process. I try something in the classroom, I listen to my students and then reflect on what worked and what didn’t. If something isn’t working, I’m not afraid to change it.

That’s one of the things I value about teaching. I’m not just teaching my students; my students are also teaching me how to become a better educator.

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Person holding a framed citation and bouquet of flowers while standing beside a U.S. flag.
NEH Grant-Funded Project Will Digitize Pre-Revolutionary War Papers /2026/08/17/neh-grant-funded-project-will-digitize-pre-revolutionary-war-papers/ Mon, 17 Aug 2026 14:30:24 +0000 /?p=341784 A trip to The National Archive in London in 2025 helped faculty members Sebastian Modrow and Philip P. Arnold form their National Endowment for the Humanities-funded project to digitize the Jeffrey Amherst Papers. Visiting the Archive are, from left, Sandra Bigtree (Akwesasne Mohawk), of the Indigenous Values Initiative, which has supported the research since 2023; Modrow; and Sean Cunningham, the Archives’ head of collections (Medieval, Early Modern, Legal). At right is Betty Hill (Lyons) (Onondaga) of the American Indian Law Alliance, which helped to sponsor the U.K. trip in 2025. (Photo by Philip P. Arnold)

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Arts & Humanities NEH

A trip to The National Archive in London in 2025 helped faculty members Sebastian Modrow and Philip P. Arnold form their National Endowment for the Humanities-funded project to digitize the Jeffrey Amherst Papers. Visiting the Archive are, from left, Sandra Bigtree (Akwesasne Mohawk), of the Indigenous Values Initiative, which has supported the research since 2023; Modrow; and Sean Cunningham, the Archives’ head of collections (Medieval, Early Modern, Legal). At right is Betty Hill (Lyons) (Onondaga) of the American Indian Law Alliance, which helped to sponsor the U.K. trip in 2025. (Photo by Philip P. Arnold)

NEH Grant-Funded Project Will Digitize Pre-Revolutionary War Papers

University faculty will digitize the Jeffrey Amherst Papers and make them full-text-searchable for easier access to documents revealing key colonial-era relationships.
Diane Stirling Aug. 17, 2026

Two Syracuse University faculty members have received a (NEH) grant to digitize portions of the —a rare, 54-volume trove of 18th-century documents charting , and relations in the years surrounding the .

, principal investigator and assistant professor in the , and , co-principal investigator and professor of in the , received nearly $350,000 for their two-year project, “E Pluribus Unum: The American Revolution at the Intersection of Ideas and Interests.” Their project is one of to mark the country’s 250th anniversary, including 33 grants awarded under NEH’s new funding opportunity.

Amherst commanded British forces in North America during the , helping secure Britain’s victory. Housed at the , the 54 volumes span the 1740s to 1790s and include military correspondence, orders and reports from the war, including Amherst’s letters to and from , and .

Three-Way Relations

The collection captures the three-way relationship among British officials, colonial American leaders and the Haudenosaunee Confederacy in the years before the American Revolution. Their content illuminates how ideas of liberty, sovereignty and democracy developed amid diplomacy, conflict and negotiation in that era.

The archived materials have long been largely inaccessible to the public, somewhat because of their bulk and a lack of freely accessible digital surrogates of the materials, apart from some cumbersome digitized WWII-era microfilm, Modrow says.

This project aims to change that. In 2026, Modrow and Arnold will travel to London to photograph each document individually, producing high-resolution digital surrogates. They’ll then tag the images with metadata and use the AI-powered app to make them full-text-searchable by name, date and subject. That will let researchers search tens of thousands of pages in seconds, rather than leafing through folders by hand.

Student Helpers

Once digitized, Modrow will recruit a project coordinator and iSchool and Arts and Sciences students to fact-check the AI-generated transcriptions, comparing the descriptions against the original 18th-century handwriting for accuracy.

After vetting, the collection will be uploaded to an Omeka-based, open-source platform hosted on the iSchool’s servers, Modrow says.

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Detail of the “Map of North America according to the Treaty of Paris, 1763” is among the archived Amherst Papers. It shows land distribution following the Seven Years’ War in a much-different configuration than today’s state and Indigenous boundaries. (Photo: CO 700/AmericaNorthAndSouth35, The National Archives, UK)

Window to Relations

Amherst’s papers offer an underused window into the alliances, rivalries and negotiations that shaped American independence, Arnold says. While British and colonial-patriot perspectives of this time are well documented, these papers can help remedy missing Haudenosaunee Confederacy viewpoints, material Arnold plans to bring into his classes and offer at public workshops to broaden understanding of the era’s varied perspectives, he says.

“Despite the confederacy’s influence on the era’s diplomacy, conflict and the development of Western democratic ideas, the Haudenosaunee viewpoint has remained comparatively obscure. This is a critically important collection. It is a continuation of many decades of work around the and how Haudenosaunee, British and American actions 250 years ago interacted to create the world we inhabit today.”

Modrow, Arnold and other members of the Doctrine of Discovery research group participated in a British National Archives exhibit about the entire War of Independence, “,” while in London in 2025 to research the Amherst Papers.

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Four people examine archival boxes and a rolled document at a table, with one person taking notes
Maxwell Names New Leaders in Dean’s Office and Academic Programs /2026/08/14/maxwell-names-new-leaders-in-deans-office-and-academic-programs/ Fri, 14 Aug 2026 20:49:31 +0000 /?p=341777 Bob Bifulco joins the dean’s office leadership team as faculty take on new roles leading the Moynihan Institute and the Law, Society and Policy program.

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Maxwell Names New Leaders in Dean’s Office and Academic Programs

Bob Bifulco joins the dean’s office leadership team as faculty take on new roles leading the Moynihan Institute and the Law, Society and Policy program.
Jessica Youngman Aug. 14, 2026

As the Maxwell School enters a new academic year, three of its faculty and administrative leaders are stepping into expanded roles that will help guide the school’s direction—from its day-to-day operations to its role in the study of global affairs and law.

head
Bob Bifulco

In the dean’s office, Bob Bifulco joins associate deans Gladys McCormick and Shana Gadarian as the associate dean for budget and administration, rounding out a leadership team assembled to ensure continuity following Carol Faulkner’s return to the faculty after nine years in leadership.

Meanwhile, Daniel McDowell is serving as associate director of the Daniel Patrick Moynihan Institute of Global Affairs, and Yüksel Sezgin has been named director of the law, society and policy integrated learning major, succeeding founding director Gretchen Purser.

New Roles for Associate Deans

Carol Faulkner stepped down as senior associate dean on June 30 after more than nine years in a leadership role and has returned to the Maxwell faculty.

Faulkner’s tenure began in January 2017. She worked closely with department chairs and academic directors to strengthen Maxwell’s programs and played a central role in developing new undergraduate programs, including environment, sustainability and policy, and law, society and policy. She was also a trusted advisor to Dean David M. Van Slyke on faculty and academic matters.

“It has truly been a privilege to work with her,” Van Slyke wrote in a message to the Maxwell community, calling Faulkner “responsive, accountable and deeply mission driven.”

The leadership team, along with Van Slyke, consists of the following:

head
Gladys McCormick

Gladys McCormick, associate dean for curriculum and academic initiatives, serves as the primary contact for undergraduate education, curriculum development, experiential and international learning opportunities, academic integrity, and ongoing initiatives to foster community and belonging.

She is a professor of history and the Jay and Debe Moskowitz Endowed Chair in Mexico-U.S. Relations.

 

head
Shana Gadarian

Shana Gadarian, associate dean for faculty and research, leads faculty mentoring and development, promotion and tenure processes, research administration and external funding, and the strategic growth of centers and institutes. She is a professor of political science and the Merle Goldberg Fabian Professor of Excellence in Citizenship and Critical Thinking.

 

 

Bob Bifulco, professor and former chair of the Public Administration and International Affairs Department, has joined the dean’s office as associate dean for budget and administration, overseeing budgetary and financial strategy, resource planning, faculty workload, graduate program enrollment and funding, and long-term financial sustainability. A distinguished scholar and Maxwell alumnus, Bifulco brings deep institutional knowledge to the role.

“This leadership team will be instrumental in helping me lead the school through a challenging moment in the higher education environment while also identifying opportunities to strengthen Maxwell’s mission,” Van Slyke says.

McDowell Serves as Associate Director of Moynihan Institute

head
Daniel McDowell

Daniel McDowell, the Maxwell Advisory Board Professor of International Affairs in the political science department, is serving as associate director of the Moynihan Institute of Global Affairs, where he also co-directs the institute’s Study of Global Politics speaker series.

McDowell’s research focuses on international political economy, with an emphasis on financial sanctions, international currency competition and financial crisis management involving the United States and China. He is the author of “Bucking the Buck: US Financial Sanctions and the International Backlash Against the Dollar” (Oxford University Press, 2023) and a nonresident senior fellow at the Atlantic Council’s GeoEconomics Center, where he was a 2022-23 Wilson China Fellow.

His commentary and research have appeared widely in national media, including recent analyses for Bloomberg, Newsweek and the Financial Times on topics ranging from sanctions policy to the future of the dollar. McDowell earned a Ph.D. from the University of Virginia in 2012 and joined the Maxwell School as an assistant professor of political science.

The Moynihan Institute, endowed by the U.S. Congress to honor the legacy of former U.S. Sen. Daniel Patrick Moynihan, supports faculty and student research on the peoples, cultures, governments and economies that shape international affairs through seven regional centers and a range of multidisciplinary research programs.

Sezgin Named Director of Law, Society and Policy Program

head
Yüksel Sezgin

Yüksel Sezgin, associate professor of political science, has been named director of the law, society and policy integrated learning major, succeeding Gretchen Purser, associate professor of sociology.

Introduced by the sociology department in fall 2023, the integrated learning major, or ILM, allows students to pair a base major from Maxwell or another Syracuse University school or college with a concentration in either law, crime and society in the U.S., or comparative and international law. The program also includes a three-credit internship requirement that students can fulfill locally, through Maxwell-in-Washington or through study abroad.

Sezgin brings more than a decade of Maxwell leadership experience to the role. He is an O’Hanley Faculty Scholar, director of the Pre-Law Program in Europe, a senior research associate with the Middle Eastern Studies Program and a research affiliate of the South Asia Center. He also holds a courtesy appointment as associate professor in the Syracuse University College of Law.

His research examines legal pluralism and comparative religious law, including Islamic, Jewish and Hindu family law, and human and women’s rights in the Middle East and South Asia. He is the author of “Human Rights under State-Enforced Religious Family Laws in Israel, Egypt and India” (Cambridge University Press, 2013), which received the 2014 Gordon Hirabayashi Human Rights Book Prize from the American Sociological Association, and “Judging Through Narrative: Muslim Family Laws in Non-Muslim Courts” (Cambridge University Press, 2026). Sezgin earned graduate degrees from the Hebrew University of Jerusalem, the University of London’s SOAS and the University of Washington.

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Biology Professor Wins National Teaching Award /2026/08/14/biology-professor-wins-national-teaching-award/ Fri, 14 Aug 2026 19:06:43 +0000 /?p=341143 Jason R. Wiles, a biology professor in the College of Arts and Sciences (A&S), has wonthe 2026 Outstanding Undergraduate Science Teaching Award, the top honor given by the Society for College Science Teaching (SCST).
Jason Wiles
The organization, founded in 1979, announced the award at the National Science Teaching Association’s annual conference in Anaheim, California. The award recog...

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Biology Professor Wins National Teaching Award

The Society for College Science Teaching honored Jason Wiles, a professor in the College of Arts and Sciences, with the Outstanding Undergraduate Science Teaching Award.
Sean Grogan Aug. 14, 2026

, a biology professor in the College of Arts and Sciences (A&S), has won, the top honor given by the Society for College Science Teaching (SCST).

Head-and-shoulders
Jason Wiles

announced the award at the National Science Teaching Association’s annual conference in Anaheim, California. The recognizes teaching colleagues who have enhanced the profession as outstanding teachers of science, according to the society. Judges weigh three criteria: teaching excellence, scholarship and service, with attention paid to course innovation, publications and presentations, as well as contributions to science education beyond the classroom.

SCST describes Wiles’ teaching as a “dynamic, student-centered approach” built on active learning, critical thinking and open dialogue. His courses often take on science topics that are well-established among researchers but contested in public conversation. His course “Political” Science has become a favorite among Honors students, science and non-science majors alike.

“Dr. Wiles dedication to undergraduate science education in the classroom and his research focus on improving teaching science at the college level make him well deserving of this award,” says, professor and chair of the Department of Biology.

Beyond the classroom, Wiles contributes to national efforts to improve science education, including faculty development workshops. Through, he also works with high school science teachers to bring university-level biology curricula to college-bound students.

The award adds to a lengthy list of national and international honors for Wiles, including being among the elite cohort of Syracuse professorselected fellow of the American Association for the Advancement of Science.

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Women in Leadership Program Welcomes 59 New Leaders /2026/08/12/women-in-leadership-program-welcomes-59-new-leaders/ Wed, 12 Aug 2026 13:44:32 +0000 /?p=341606 Cohorts 5 and 6 launch this September, continuing a legacy of building leadership in community.

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Women in Leadership Program Welcomes 59 New Leaders

Cohorts 5 and 6 launch this September, continuing a legacy of building leadership in community.
News Staff Aug. 12, 2026

Fifty-nine women from across Syracuse University have been selected to participate in the University’s (WiL) Diane Lyden Murphy Cohort Experience, an immersive learning experience uniquely designed to advance women leaders in higher education.

The cohort experience engages women in faculty and administrative positions. Four cohorts of 98 women leaders have participated in the cohort experience since the first cohort launched in the 2022-23 academic year. The current group of women will participate in two cohorts, Cohort 5 and Cohort 6, to be launched in September 2026.

Cohort participants join capacity building sessions to practice and perfect essential leadership skills such as active listening, navigating change and how to inspire and influence others. Participants also gain institutional insights through presentations that afford a more comprehensive understanding of University operations and how to effectively manage cross-functional and inner disciplinary tasks.

“One of the most important legacies of WiL and the cohorts lies in creating a true leadership community,” says co-founder Candace Campbell Jackson, about the reason for creating the cohort experience when she was serving as the senior vice president and chief of staff to Chancellor Emeritus Kent Syverud. “Higher education demands and depends upon a team of collaborative leaders who can thoughtfully and authentically make decisions for the greater good.” Jackson is now serving as special advisor to Chancellor J. Michael Haynie.

“This can happen when individual leaders know and respect how to engender mutual trust and show up, not just for themselves, but also for others,” says Jackson.

“Leadership is not something we develop alone; we learn to lead in community, from one another and with one another” says Elisa Dekaney, associate provost for strategic initiatives, and part of the WiL leadership team. “Women in Leadership provides the perfect community for faculty to explore the opportunities and challenges of higher education, strengthen their voices as leaders and expand the impact they can have on their students, our institution and beyond.”

“I’ve seen firsthand how much richer the leadership exploration becomes when we don’t walk the path by ourselves,” says Mary George Opperman, senior vice president and University secretary. “These cohorts give participants the space to test their own style, notice its impact on others, and hear how their peers lead differently—and they will come away understanding themselves, and their priorities as leaders, with a clarity they couldn’t have reached alone.”

Opperman, who has been involved on the WiL Steering Committee, and by way of sharing her experience with prior WiL Cohorts, has joined the that will guide and facilitate the cohort experience in 2026-27.

“Cohorts 5 and 6 are composed of impressive leaders dedicated to academic excellence, fostering and delivering an outstanding student experience and cross academic and administrative collaboration for operational excellence”, says Jackson. “We are hosting two concurrent cohorts due to the high number of applications we received and I especially want to thank members of the university community for supporting WiL by nominating cohort members, attending networking events and sharing their expertise by making presentations or serving on panels.”

includes:

  • Courtney Albiker
  • Sarah Cappella
  • Jordan Clifford
  • Tracy Cromp
  • Johanna Dennis
  • Caitlin Domagal
  • Jenny Dombroske
  • Sara Eftekharnejad
  • Alix Ferrer-Yulfo
  • Nicole Fonger
  • Karly Grifasi
  • Nicole Harris
  • Jeanine Irons
  • Holly Johnson
  • Dessislava Kirilova
  • Amanda Lalonde
  • Seyeon Lee
  • Melinda Lothes
  • Lauren Murphy
  • Lindsay Quilty
  • Erin Rand
  • Ellyn Riley
  • Katherine Robinson
  • Miranda Traudt
  • Victoria Tumanova
  • Kimberly Vanderhoef
  • Tara Venditti
  • Brooke Wears
  • Andrea Willis
  • Erica Wynn-Kearse
  • Qingyi Yu

includes:

  • Karen Baris
  • Sheera Buckley
  • Alyssa Campbell
  • Gabrielle Chapman
  • Giovanna Colosi
  • Jess Dennison
  • Boryana Dragoeva (Rossa)
  • Rachel Dubrofsky
  • Cristina Hatem
  • Lisa Henty
  • Soo Yeon Hong
  • Indaria Jones
  • Tina Kapral
  • Marieke Kearns
  • Laura Kolton
  • Meghan MacBlane
  • Jessica MacDonald
  • Beth Patin
  • Jennifer Pluta
  • Bailey Reagan
  • Tracey Reichert Schimpff
  • Jenna Rodgers
  • Amanda Sanguiliano
  • Andrea Turnbull-Garas
  • Julie Walas
  • Julia White
  • Tanya Williamson
  • Sarah Workman

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Aerial view of Syracuse University campus with historic red-brick building and clock tower on grassy hill, surrounded by trees, pathways and distant hills under clear blue sky.
Let’s Go Orange! Faculty and Staff Appreciation Day Is Sept. 5 /2026/08/12/lets-go-orange-faculty-and-staff-appreciation-day-is-sept-5/ Wed, 12 Aug 2026 13:14:39 +0000 /?p=341467 From discounted tickets to pre-game fun on the Quad, here's how faculty and staff can celebrate during the football team’s home opener.

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Campus & Community Let’s

The Syracuse University football team runs onto the field before the 2025 Faculty and Staff Appreciation Day game. (Photo by Amy Manley)

Let’s Go Orange! Faculty and Staff Appreciation Day Is Sept. 5

From discounted tickets to pre-game fun on the Quad, here's how faculty and staff can celebrate during the football team’s home opener.
John Boccacino Aug. 12, 2026

Syracuse University faculty and staff are invited to head to the JMA Wireless Dome on Saturday, Sept. 5, for Faculty and Staff Appreciation Day, as the opens the 2026 season against the University of New Hampshire at noon.

The event is a chance to celebrate the faculty and staff whose work helps the University thrive, with a day of football, community and Orange pride.

Here’s what’s happening and how faculty and staff can participate:

Discounted Tickets

Faculty, staff and their guests (up to 10 total) can purchase tickets at special rates, starting at $12.99.

Tickets arethrough Friday, Sept. 4, at 11:59 p.m.

Pre-Game Fun on the Kenneth A. Shaw Quadrangle

Don’t miss the team’s Quad Walk, led by head coach Fran Brown, at 9:45 a.m. on the Shaw Quadrangle as part of the ’Cuse on the Quad pre-game festivities. Stick around and enjoy live music from the Pride of the Orange Marching Band, visit with Otto the Orange and grab a bite from food and beverage concessions.

Members
(Photo by Amy Manley)

Game Day Concession Coupons

The first 400 faculty and staff (full-time, part-time or temporary) who visit the Faculty and Staff Appreciation tent on the Quad with their Syracuse University I.D. will receive a concession coupon for use inside the Dome.

Members
(Photo by Amy Manley)

Expressions of Gratitude

New this year, as a way for faculty and staff to express their gratitude and appreciation to members of the campus community, the Office of Human Resources is holding a “postcard of gratitude” station. Stop by and pen a note of gratitude to a faculty or staff member who makes a difference on campus. Postcards will be distributed in the days following the game.

Win an Upgraded Game Day Experience

Purchase your tickets by Friday, Aug. 28, to be entered in a drawing for seat upgrades, participation in the on-field fan tunnel and enhanced concession vouchers. Winners will be notified before game day.

Season Ticket Discount

Faculty and staff can also receive 20% off up to four football season tickets. To learn more or request a call from a sales representative, fill out the.

Parking Details

University parking permits will be honored for free game day parking at the Skytop lot. If you don’t have a permit, you can pick up a complimentary one-time-use Skytop pass between Aug. 27 and Sept. 4, from 8:30 a.m. to 4 p.m., at the Office of Human Resources (621 Skytop Road, Suite 1001). Bring your Syracuse University I.D. and proof of game ticket.

Questions?

Let’s make this a game day to remember—see you at the Dome!

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Members of the Syracuse University football team run through smoke to get onto the JMA Wireless Dome field.