Renovated Student Life Center offers more opportunities for students

Faculty members from across RIT’s colleges are leading research initiatives on broad topics, including mental health, cell functions, smart city technologies, gravitational waves, and more. As a result, researchers who contributed to RIT receiving nearly $103 million in sponsored research awards during the past fiscal year, including 10 faculty members who reached or surpassed $1 million this past fiscal year, were praised by Ryne Raffaelle, RIT vice president for Research and associate provost, and inducted into the yearly classes of PI Millionaires.   “There were over 800 proposals submitted, that was also a highwater mark, and we are on a record pace to beat the achievements of this past fiscal year,” Raffaelle said.  Since 2001, more than 350 principal investigators— faculty-researchers working on multidisciplinary projects at the university—have been honored.  The 10 RIT faculty members recognized this year are:Corey Crane, associate professor, College of Health Sciences and Technology, works in the area of behavioral health developing and evaluating interventions that meet individualized needs to increase treatment compliance and reduce recidivism rates. Agamemnon Crassidis, professor, Kate Gleason College of Engineering, has been at the forefront of drone and UAV aircraft technology development, including advanced all attitude/orientation devices, and next-generation inertial navigation and orientation sensing systems. Parsian Katal Mohseni, associate professor, Kate Gleason College of Engineering, has an extensive background in the manipulation of material properties at the nanometer scale to enable next-generation device technologies in optoelectronics, photonics, nanoelectronics, and photovoltaic energy conversion. His most recent award is for the development of workforce initiatives for the semiconductor industry. Xumin Liu, professor, Golisano College of Computing and Information Sciences, an expert in data science, machine learning, artificial intelligence, service computing, and computing education, is expanding a project to overcome programming barriers for non-computing majors in learning and practicing data science. Lishibanya Mohapatra, assistant professor, College of Science, studies key principles required to assemble structures inside cells. Her team uses mathematical modeling in collaboration with experimentalists to investigate how intracellular structures attain their distinctive shapes and sizes, and how these properties are connected to their specific functions. Lu Sun, professor, College of Engineering Technology, focuses on multiple aspects of smart city technologies such as asset management, intelligent transportation systems, connected and autonomous vehicles, transportation infrastructure inspection, nanomaterials for pavement construction, cognitive and behavioral neuroscience in transportation safety and construction safety, and advancing scalable and quality workforce development for infrastructure jobs. Anna Christina (Christy) Tyler, professor, College of Science, has extensive expertise in ecology and biogeochemistry of freshwater and marine environments, and focuses her research on ecosystem restoration and emerging contaminants, especially plastic pollution. She serves as co-director of the RIT Collaborative for Plastics and the Environment and the Lake Ontario Center for Microplastics and Human Health. Steven Weinstein, the Harvey J. Palmer Professor in Chemical Engineering, Kate Gleason College of Engineering, is an expert in thin film flows, liquid film coating, flow stability, and asymptotic/power series methodologies; recent work includes the advancement of two-dimensional polymer science and applications, and employing self-assembly processes to create materials for next generation photonics applications. John Whelan, professor, College of Science, an expert in gravitational waves and statistical signal processing, is part of RIT’s Center for Computational Relativity and Gravitation.  He is one of the leaders of the international team searching for continuous gravitational waves from spinning neutron stars in the LIGO-Virgo-KAGRA collaboration, co-chair of the LVK Continuous Waves Observational Group, and leads RIT’s group in the LIGO Scientific Collaboration. Qian Xue, associate professor, Kate Gleason College of Engineering, centers her research on machine-learning-aided computational modeling for simulating complex multi-physics processes for biological and biomedical applications. She also uses computer modeling to understand neuromuscular control of flow-structure-acoustics interaction in human and animal airway, with application on voice production, speech generation, and sleep health. Several Seed Funding awardees— new researchers who submitted proposals as part of RIT Sponsored Research Services’ Grant Writers’ Boot Camp—were also recognized at the reception. “This funding is provided to kick-start their research efforts. This is the future crop of PIs that will help RIT achieve future research success,” said Raffaelle. The newest Seed Funding awardees are: Jun Han Bae, Sathwika Bavikadi, Carole Woodlock, Krittika Goyal, Mohammad Javad Khojasteh, Andrew Sonntag, MD Ahasan Habib, Frances Cooley, Ali Baheri, Ji Hwan Park, Sriniwas Mahapatro, Elliot Emadian, and Mihloti Williams. RIT received record funding last fiscal year from the National Science Foundation (NSF) ($20 million), the National Institutes of Health ($10 million), the Department of Defense (DOD) ($23 million), and New York State ($17 million). According to the most recent NSF Higher Education Research Development Survey, a national repository to detail awards and expenditures, RIT’s research expenditures rank among the Top 50 private universities, and the Top 15 private research universities without medical schools.

RIT professors and staff are meeting after hours with students in residence hall meeting rooms, offering workshops, academic advice, career counseling, fitness tips, and even game nights. Campus Connect provides programs—14 this semester—that help students engage with faculty, participate in workshops, and connect with peers, all in a convenient residence hall location. Organizers want to provide students with the tools and support needed to thrive and build a community where academic and residential experiences are intertwined, empowering students to reach their full potential. They say it’s important to reach students where they are instead of having them come back to the academic side of campus after their dinner times. One evening’s topic was a discussion about the importance of attending office hours. Students showed up and sought advice because they couldn’t attend traditional office hours. The sessions are also built to help students meet others and make friends. They usually include free food and snacks and can help students prepare for exams, explore leadership opportunities, and participate in social events. ‌ Grant Bush-Resko Phil Shaw, senior lecturer for the University Writing Center, hosted a trivia night as part of a Campus Connect session, intended to engage students in the early evenings in the residence halls. The new programming came after a collaborative committee was formed to help create a sense of belonging for students and improve their success and retention. Members of the committee included David Bagley, assistant vice president and director of Residence Life; Nicole Boulais, associate vice president for student engagement and community life; Neeraj Buch, dean of undergraduate studies and associate provost for student success; Kory Samuels, associate vice president of Auxiliary Services; and Shelitha Williams, associate vice president for student development. Williams said the cross-divisional and collaborative efforts of leadership and planning teams allow opportunities to invite faculty, staff, and direct student services into the residence halls. “The engaging and creative programs are a result of this inclusive partnership for the benefit of our students,” she said. “The close proximity of these resources has offered convenient access for students to engage and be exposed to these resources.” Campus Connect now brings an educational programmatic framework as part of the committee’s “live, learn, belong, succeed” concept for new students, which coincides with the recent renovations and “Connection Hubs” in the residence halls, where activities are centered and students are urged to meet others. Ongoing renovations of Campus Connect spaces are planned this summer. One snowy, blustery evening, Phil Shaw, senior lecturer for the University Writing Program, met students in Fredericka Douglass Sprague Perry Hall for a trivia night, which included questions about RIT and Rochester. “It was quite easy for me to get to the event,” said Alex Storrs, a first-year cybersecurity major from Marlborough, Conn., who attended with friends. “The tunnels made it easy to get there. It was a lot of fun and I’m definitely glad I went. We even won some prizes.” Bagley said it is encouraging to see increased activities in the Connection Hubs and the student engagement with campus partners in the residence halls. “It’s exciting to see the continued support of the overall residential experience,” Bagley said. “The momentum and feedback will allow us to plan for more programs and events next year, especially when renovations are completed this summer.”

Two RIT students are using artificial intelligence (AI) to better support refugees and reshape how humanitarian organizations make data-driven decisions. Natalie Crowell and Olivia Croteau—who are both third-year humanities, computing, and design majors—are developing an AI tool that analyzes publicly available social media data, specifically from chat groups where refugees discuss needs related to housing, food, and other resources. For humanitarian organizations, this synthesized data can provide invaluable insights, at a low cost. ‌   A prototype of the AI dashboard being created by RIT students. The tool can translate, categorize, and map data from the social media posts of Ukrainian refugees in Poland. The students were hired to work on the project as a co-op. The tool that they create could help the United Nations Migration Agency, International Organization for Migration (IOM), improve its response to the ongoing refugee crisis in Poland. According to the United Nations, about 1 million Ukrainian refugees are now in neighboring Poland. “The goal is to make AI tools as accessible as possible to the people running humanitarian aid,” said Croteau, who is a double major studying new media interactive development. “We think that having a cheap way to collect and interact with data could be foundational to organizations like this,” added Crowell. “Especially at a time when so much funding is being cut.” How it started Crowell and Croteau met in a first-year Python coding class at RIT. They’ve been friends ever since. While Crowell was taking a course last fall for her geographic information systems immersion, she learned about new research from her professor, Brian Tomaszewski. ‌ Carlos Ortiz Brian Tomaszewski Tomaszewski, a professor in RIT’s School of Interactive Games and Media, spent time researching and teaching in Poland as part of a 2023 Fulbright U.S. Scholar Award. He used large-language models to study the situation of forced displacement of Ukrainian refugees and sought feedback from IOM staff to publish a paper. The professor was looking for students to continue work based on his research. When Crowell told Croteau about this, they brainstormed an idea, wrote the entire proposal for their tool in one morning, and presented it to Tomaszewski. “Natalie and Olivia are just another example of the amazing students we have here, “said Tomaszewski. “They are directly on the front line of recent upheavals with the foreign assistance given by the United States, which in some sense is frustrating, but also a good learning experience at the beginning of their careers considering humanitarian work.” How it works The current prototype extracts discussions by Ukrainian refugees on the popular open-source messaging app Telegram. Each day, thousands of people will contribute to group discussions about aid. While humanitarian workers do comb through Telegram messages, it can be difficult to read them all. Crowell and Croteau are designing a tool that uses AI to assign discussions into categories that IOM has already identified. The students are taking a natural language processing (NLP) vector approach to transform sentences into a series of numbers, which then get categorized based on similarity. Some of these categories include mobility, access to education, accommodations to housing, and protection. The tool includes a fine-tuned NLP model that the students are training to detect locational references. These references are then geocoded with the latitude and longitude. The developers are also implementing AI to analyze photos and videos and translate messages into other languages. “Humanitarian aid workers typically have to deliver reports, with graphs and visual data,” said Croteau, who is from Ballston Lake, N.Y. “Having interactive data is a great way to get the message across.” The tool will include a dashboard with AI-created visualizations. Using geocoding, the tool can map data to show where resources are most needed. Additionally, the students will add confidence scores to the dashboard. It can also generate an AI synopsis of the biggest trends and most common questions of the day. “What’s great is that this data is coming directly from the people and what the people need,” said Crowell, who is from Pasadena, Calif. “As humanitarian researchers, listing the source of data is essential.” How it helps The RIT student researchers are working with Harley Emery, data and research officer with IOM Poland, to fine-tune their tool. Emery shared her personal thoughts on the project, which do not reflect the views of the organization. Emery explained that humanitarian organizations rely heavily on data to identify the locations and needs of vulnerable migrants and refugees. Without timely, accurate data, it can be difficult to identify target populations for humanitarian interventions, she said. “While IOM has many of its own methods for gathering and analyzing data on displaced people, I have yet to see a ready-to-use tool that can analyze public social media data on the fly, as this project aims to,” said Emery. “I see a tool like Natalie and Olivia’s being used as a way to rapidly analyze and summarize public discourse online—at low-cost and requiring very little time—to gain initial insights which could then be explored and verified further as needed.” While the political environment and recent funding cuts pose challenges, the students remain passionate about their work. They see a scalability factor with their project. This low-cost, high-impact tool could be applied to other global crises. Croteau and Crowell plan to write a paper about their project for the IEEE Global Humanitarian Conference. “It’s invigorating to use AI to make meaningful impact,” said Croteau. “This is about more than just tech—it’s about being part of the solution.”

This year’s poster for the annual Imagine RIT: Creativity and Innovation Festival is a literal example of what RIT takes pride in—being the intersection of technology, the arts, and design. Third-year illustration major Ava Guarino, from Limerick, Pa., started working on her submission for the poster contest not long after last year’s festival ended. About Imagine RIT The festival is RIT’s largest annual event. Tens of thousands of people from the community are welcomed to campus that day to enjoy more than 400 exhibits of technology, art, design, robotics, performing arts, engineering, research, clubs, and more. The event is campuswide and is free and open to the public, with free parking on campus and at Monroe Community College, with free shuttle buses to and from RIT. “I partake in Imagine every year on the Electric Vehicle Team, and I saw the ad about the poster contest, and said, ‘I can definitely do this.’ It was a great challenge for me to show how we can represent creativity and technology together,” she said. Guarino won $500 in Tiger Bucks for her winning design, one of nearly 40 entered in the contest this year. Some 7,800 votes were cast, and Guarino’s poster was one of the top vote-getters to make the finals. RIT President David Munson selected the winner. Visitors can receive a free copy of the poster during the festival on April 26, while supplies last. Guarino never entered the poster contest before. Her work on it began with a concept. “I wanted to focus on technology and our campus. I was inspired by all the engineers on campus and realized engineering has never been predominantly highlighted on our winning posters.” She created a printed circuit board with components representing various buildings arranged in proper position on campus. Ribbon cables attached to the circuit board spell out RIT. “I’m not an electrical engineer by any means, but I did get help from my engineering boyfriend, Daniel Zeznick (a fifth-year electrical engineering major from Pittsford, N.Y.), because I didn’t know any of the things on a circuit board. He definitely helped me compile all the research.” She started sketching the poster in a notebook and fully illustrated it in Adobe Illustrator. She estimates she spent about 100 hours from start to finish working on it. “The biggest challenge making the RIT word itself was making the ribbon cables readable,” she said. She tweaked it a few times after conducting her own market research, asking people what they saw first when they looked at the design. “I also wanted the letters to be orange because I was trying to be true to the RIT colors as well.” Guarino will once again be at the festival this year with the Electric Vehicle Team. She’s the team’s design lead this year. “There’s always so many things going on at RIT,” she said. “Imagine RIT puts everything out to show what everybody has been working on. It’s a beautiful culmination of everything we’ve worked on while showing visitors what goes on here. It’s very rewarding.” Guarino carries a 3.94 GPA and has been on the dean’s list every semester. She works as a classroom assistant for 2D design, helping first-year students with foundation courses. She also works as an assistant in the Office of Career Services. In her spare time, she enjoys cooking, reading, and working out. “I’m very active. I love doing things.” When considering colleges, Guarino applied to art schools and large universities. “I didn’t want to go to just an art school. RIT was the perfect blend of creativity and technology. The arts aren’t forgotten about and taken along with technology. Both are valued. It’s interesting how technology and the arts merge on campus.” An hour after she was told she won this year’s poster contest, she received an offer for a 10-week summer internship at Fisher-Price. “It was a great day,” she said.

A new book explores the work of American graphic designer Saul Bass, whose commercial work was part of the landscape of 20th-century America. Thinking Made Visible: Movement, Narrative, and the Work of Saul Bass, by Jacob Dickerson and published by RIT Press, focuses on work from the artist’s nearly 60-year career. Bass’ work ranges from the iconic movie poster and title sequences of the 1955 film noir, The Man with the Golden Arm, to familiar corporate logos for the Girl Scouts, United Way, Special Olympics, Exxon, AT&T, and more. Dickerson also explores Bass’ documentary films on innovation and solar power. The publication focuses on Bass’ consistent use of hand and sun motifs and his ability to create a sense of motion within a single still image. Thinking Made Visible is the latest in the Graphic Design Archives Chapbook Series published by RIT Press. Bass’ archive is part of the Graphic Design Archives in Cary Graphic Arts Collection at RIT. The special collection holds the work of 45 designers whose pioneering work transformed American design.

Rochester Institute of Technology is launching its first esports scholarships. The scholarships recognize students for their competitive video gaming skills and dedication to representing the university at the highest level. Since forming in 2016, RIT Esports has become one of the largest and best collegiate esports programs in the world. Starting in fall 2025, RIT will offer 20 scholarships for new students—providing $2,000 each year. The university will also offer performance-based scholarships for select current students. To learn more Apply for the esports 2025-2026 scholarship by March 21 on the RIT website. As the esports industry has grown—with millions of viewers and billions of dollars in revenue—more than 200 colleges have formed esports teams. Several have begun offering scholarships. RIT is not only offering scholarships for competitive student-athletes. RIT scholarships are also available to students with the skills to run esports operations teams. RIT’s seven student-led support teams help run everything from designing the jerseys to running events to broadcasting live-streamed matches. “We want to attract and support these high-caliber esports students, who are hyper-intelligent and driven to succeed in all aspects of life,” said Chad Weeden, director of esports and cybersecurity range at RIT. “Frankly, it’s also fun to win national championships.” RIT Esports has brought home 18 national championships, and students have won more than $100,000 in prizes. RIT Esports currently competes in 23 games, including Rocket League, Hearthstone, League of Legends, and Overwatch.  With more than 200 competitive players and around 2,600 community members, RIT Esports is bigger than many college athletics programs. RIT community supports scholarships RIT Provost and Senior Vice President for Academic Affairs Prabu David has been a big supporter of RIT Esports. He helped to make the new scholarships happen. “These esports scholarships recognize our talented student-athletes who use their technical expertise to perform at the highest level,” said David. David also noted that RIT is consistently ranked as one of the top 10 game design schools, according to international rankings from The Princeton Review. “Esports at RIT is also a community builder, bringing together students from different majors and backgrounds, including our students who are deaf and hard of hearing,” said David. “We realize that esports is male-dominated and one of the goals of this scholarship opportunity is for RIT to be a leader in showcasing the talents of women in esports.” ‌ Ben Feldstein, far right, is part of the winning tradition of RIT Esports. Together with RIT’s Counter-Strike 2 team, Feldstein won the 2023 National Association of Collegiate Esports (NACE) Grand Finals Ben Feldstein, a fourth-year management information systems major and vice president of RIT Esports, worked with the provost to develop the new esports scholarships. Feldstein has also won two national championships as part of RIT’s Counter-Strike 2 team. “It’s like any other profession or skill, like traditional sports or playing musical instruments,” said Feldstein, who is from Manhattan, N.Y. “There are so many young people who put their blood, sweat, tears, and love into honing their skills to play these titles.” Feldstein continued. “I think these scholarships are going to help set up students for success after school—whether they make it to the pros or not. We’re proving to everyone that we have great students here and they dream big.”