Thousands of students, alumni, their families, and others have already registered to attend at least one of dozens of events Oct. 17-19 during Brick City Homecoming and Family Weekend. Some events, such as the popular New York Dueling Pianos and Mt. Hope Cemetery historical tours, have reached capacity. But others, such as the Build-A-Tiger workshop, have added supplies to accommodate more participants due to higher-than-expected demand. Tickets are available for most events, including Emmy-winning animation veteran Dan Povenmire, co-creator and executive producer of Disney’s Phineas and Ferb, who will be this year’s Student Government speaker. He provides the voice of the evil Dr. Heinz Doofenshmirtz on the animated series and has amassed more than 7 million followers on Tik Tok and Instagram. He is also creator and executive producer of Disney’s original animated superhero series Hamster & Gretel. ‌ Provided Dan Povenmire, left, co-creator and executive producer of Phineas and Ferb, is this year’s Student Government speaker Oct. 18 during Brick City Homecoming and Family Weekend. Comic Craig Robinson, from ‘The Office,’ takes the stage on Oct. 17. With more than 25 years of experience in directing, storyboarding and writing, Povenmire has worked on multiple critically acclaimed animated series including Family Guy, SpongeBob SquarePants, The Simpsons, Rocko's Modern Life, and Hey Arnold! His talk is scheduled for the afternoon of Oct. 18 in the Gordon Field House and Activities Center. Comedian, actor, and musician Craig Robinson is scheduled for Oct. 17 in the Gordon Field House. Currently executive producer and star of Peacock’s Killing It, he’s best known for his portrayal of Darryl Philbin in The Office. Men’s hockey vs. Clarkson University is scheduled Oct. 18 at Blue Cross Arena, and two free women’s hockey games vs. St. Lawrence University are planned in the Gene Polisseni Center. A new clear bag, no backpack policy is now in force to enter the Polisseni Center during hockey games. “From comedian Craig Robinson to Emmy-winner Dan Povenmire, hockey, and family-friendly events, this year’s Brick City Weekend offers something for everyone,” said Lisa Stein, executive director for events and conferences at RIT. “It’s a fun and vibrant celebration that brings together the entire RIT community of alumni, students, faculty, staff, and families alike.” On Friday, visitors are invited to the University Gallery’s Vignelli Center for a conversation and gallery tour with artist Keisha Scarville, ’98, and student curator Chinenye Ozowalu, a fourth-year photographic and imaging arts major, into the making of Call and Response, a photo  exhibit that explores memory, identity, and transformation through the layers of body, time, and landscape. The exhibit is on view through May 2026 in the RIT Photo Alum Gallery on the first floor of Wallace Library. Golden Circle events are planned, including a light breakfast, a tour of the SHED, VIP parking, and golf cart shuttles, for returning alumni from 1975 or earlier. Visitors are urged to sign up for text alerts for important announcements that may be issued that weekend. Text “BrickCity” to 888777 to receive updates. Reservations and tickets for all events are available from the Brick City website.

Award-winning comics artists will discuss their art, characters, and publishing careers during an exhibit opening and book-signing event at RIT. ‌ Emelia McCalla An exhibit at RIT features comics artists Briana Loewinsohn, Thien Pham, and Gene Luen Yang. The Cary Graphic Arts Collection at RIT is hosting the free exhibit and talk Self-Published Worldwide: The Minicomics and Graphic Novels of Briana Loweinsohn, Thien Pham, and Gene Luen Yang, beginning at 6 p.m. on Oct. 9, in Ingle Auditorium in the Student Alumni Union. The conversation will be moderated by Daniel Worden, RIT Professor and Cary Fellow in Comics Studies. A reception and book signing will follow on the first floor of the Wallace Library and in the Cary Collection’s Kubert Lounge and Gallery on the second floor. The three artists got their start in the 1990s and 2000s by self-publishing their minicomics. The exhibit features comics they donated to the Cary Collection. Each of the artists has won recognition for their graphic novels and memoirs:Loewinsohn is the author of the critically acclaimed Ephemera: A Memoir. Her most recent graphic novel, Raised By Ghosts, has been nominated for a Harvey Award for Best Young Adult Book.   Pham is the author of the graphic novel Sumo and the artist of Level Up, written by Yang. In 2024, Pham’s book Family Style: Memories of an American from Vietnam received the Will Eisner Comic Industry Award for Best Graphic Memoir.   Yang is the creator of many comics and graphic novels, including American Born Chinese, Dragon Hoops, Superman Smashes the Klan, and Dark Horse Comics’ Avatar: The Last Airbender series. His most recent work, Lunar New Year Love Story, a collaboration with LeUyen Pham, won several Eisner Awards, including Best Graphic Album. In 2016, Yang received a MacArthur Fellowship. Contact Steven Galbraith, curator of the Cary Graphics Arts Collections, at 585-475-3961 or skgtwc@rit.edu, for details about the talk and exhibit.

Cancer, Alzheimer’s, and other diseases follow a pathway in the human body. It starts at the molecular and cellular levels, and through a series of complex interactions can lead to the development and progression of disease. At RIT, a new project funded by the National Institutes of Health (NIH) is using artificial intelligence to map the full journey of illnesses and discover entirely new disease pathways. If successful, the RIT research could transform how scientists understand disease and speed the discovery of new drugs and treatments for some of today’s most pressing health challenges. Rui Li, associate professor in RIT’s Golisano College of Computing and Information Sciences, received a nearly $1.8 million grant from the NIH for his project to advance research at the intersection of statistical machine learning and computational biology. Working with students, Li will design new machine learning models and techniques that enable disease pathway discoveries. The challenge for Li is to create a holistic view of a complex molecular network of genes that are not well connected. If those genes have problems, it can have a cascade of effects. Atypical activities of these molecules, and their interactions, can contribute to disease. “Using machine learning, we can identify new disease-associated molecules and biomarkers that could be potential therapeutic targets,” said Li. “This information is crucial for developing new drugs and could help caregivers.” A second challenge is that diseases manifest differently in different body tissues, such as nervous tissue or muscle tissue. For example, disease-associated molecules that could collectively lead to one disease, like Parkinson’s, will manifest differently in different parts of the brain. Li explained that current deep learning techniques are limited because they encode independently. Experts can make an average, but it will lose the uniqueness of the pathway making it hard to know how one molecule affects another. “I propose a hierarchical model to capture the uniqueness at the local level, while also sharing complementary information at the global level,” said Li. “We will allow it to aggregate information from its neighboring nodes, which mimics what happens in the human body.” Li’s recent NIH grant will support a new methodology developed to model molecular network data and its topological structure. For efficiency, these methods will integrate deep learning techniques with probabilistic inference. The effort is powered by RIT’s Lab for Use-inspired Computational Intelligence, which Li directs. Four Ph.D. student researchers— Mahendra Singh Thapa, Paribesh Regmi, Sicy Ruochen Shi, and Jeevan Thapa—are currently helping analyze more than 100,000 molecular interactions. “I’m fascinated by how perfectly our biological systems work, from tiny molecules to the whole organism,” said Thapa, a computing and information sciences Ph.D. student from Nepal. “I enjoy using machine learning to uncover hidden patterns and explore the mysteries of biology.” The NIH-funded research will have two stages. First, the lab will conduct comprehensive studies of about 500 diseases, focusing initially on cancer, cardiovascular disease, and immune system disorders. Next, the work will expand to larger-scale applications across diverse disease types. “I’m really excited to be working in this area and with Professor Li because it combines my passion for machine learning with important questions in computational biology,” said Regmi, a computing and information sciences Ph.D. student from Nepal. “I enjoy the challenge of developing algorithms that can not only advance AI research but also contribute to real-world impact in health and medicine.” The five-year award comes through the NIH Maximizing Investigators’ Research Award program, which supports new and early-stage investigators developing innovative approaches to biomedical challenges. The project is called "Large-scale Disease Pathway Discovery by Integrating Tissue-specific Molecular Networks via Hierarchical Bayesian Inference on Graph Neural Networks".

Meet the artist To celebrate their exhibition “of what might yet (have) be(en),” alum Lois Bielefeld will give an artist talk at 5:30 p.m. on Thursday, Oct. 9, in the University Gallery. A reception will be hosted from 4:30 to 7 p.m. on Oct. 9. See event details Lois Bielefeld ’02 (photographic illustration) finds inspiration in documenting domestic homelife, children’s tea parties, Sunday pasta lunches, and other personal moments. Capturing portraits from these unassuming scenes of everyday life comprises much of their portfolio. “I want to understand why we do what we do and what motivates us. Not just for big decisions or actions, but for the mundane and minutia of life,” said Bielefeld. “I think it's those minuscule daily decisions that create a person and fleshes out who we are.” Bielefeld, based in Milwaukee, Wis., is a senior photographer at Quad, a marketing experience company. After graduating from RIT, Bielefeld worked in New York City before moving back to Milwaukee in 2010. They have worked for commercial clients like Kohls, JCPenney, and Von Maur. In 2012, after solidifying their place in the world of commercial photography, Bielefeld began to lean back into personally meaningful projects. One of those projects, “of what might yet (have) be(en),” is on display in RIT’s University Gallery through Oct. 19. The exhibition is a culmination of three of Bielefeld’s interrelated bodies of work centered on gender identity: of what might yet (have) be(en); Androgyny; and I bring you a piece of horizon. Bielefeld aims to prompt exhibition viewers to think critically about their views of gender and consider the importance of supporting and protecting transgender and gender nonconforming individuals. “I believe that differences should be celebrated and embraced, but they are often feared,” they said. “One of my goals is that the person looking at my work will start reflecting on their own lives, and that it helps them understand other people’s experiences a little bit more.” ‌ Lois Bielefeld Lois Bielefeld stressed that she is not an expert in gender studies, but she wanted to listen and make space for people to share elements of their lived experience. Above is a portrait of Bielefeld from their House, Hold series from 2020. In 2013 and 2014, Bielefeld photographed 57 individuals for the series Androgyny. While working on the series, Bielefeld met Avery, a second-grade student who self-identified as a tomboy. Bielefeld was struck by Avery’s confidence and self-assuredness, and they decided to document his and another student’s collaboration with their teacher to create a gender inclusivity unit for their class. Creating that documentary video, titled Girl, Boy, Both, prompted Bielefeld to continue working with Avery for a new series, I bring you a piece of horizon, where Avery is photographed and interviewed every year on his birthday. This year marked Avery’s 19th birthday and the 12th portrait in the series. To create “of what might yet (have) be(en),” Bielefeld reconnected with the people they photographed for Androgyny, as well as five current RIT students, to take new portraits. The exhibition features a selection of portraits, short films, and immersive audio recordings, and it is the first time I bring you a piece of horizon has been shown in a public gallery. Exhibiting at their alma mater was a full-circle opportunity for Bielefeld because of the impact RIT had on their life. “My daughter was born in Rochester and when I became a mom, RIT supported me through that,” said Bielefeld. “It felt right to bring this work to campus.” ‌ Lois Bielefeld Two portraits included in the “of what might yet (have) be(en)” exhibition. On the left is a portrait of Cam taken in 2025. On the right is a portrait of Valentine taken in 2025. RIT Photo House, supportive and passionate faculty members like Denis Defibaugh and Allen Vogel, and the “immense and immersive” photography culture also contributed to Bielefeld’s fond memories of RIT. Bielefeld said many highlights of their career stemmed from their personal artistic practice. In 2015, Bielefeld was named the first winner of Museum of Wisconsin Art’s Artist-in-Residence Program and spent three months living and creating art in Luxembourg. In 2023, the Los Angeles County Museum of Art (LACMA) accessioned 10 photographs and three video works by Bielefeld into its permanent collection. The biggest “mega-moment” of their career, Bielefeld said, involved a deeply personal series titled To commit to memory. The work focused on their parents’ relationship with their home and everyday life and explored how religion added a “simmering intensity” and “chasm of ideological difference” to their family dynamic. Thank you Jesus, for what you are going to do, a video from the series, was selected for The National Portrait Gallery’s triennial Outwin Boochever Portrait Competition in 2022. The “mega-moment,” Bielefeld said, was having their mom and daughter watch the video work together in the National Portrait Gallery. To see more of Bielefeld’s work, go to their portfolio website. Go to the University Gallery website and opening reception event page for more information about the exhibition and artist talk on Oct. 9.

RIT Dubai is partnering with SmartKable Powerline Solutions, a New York-based company, and its Middle East and Africa arm SmartKable Equinova, to develop an AI solution that will enable a smarter electric grid. As part of the agreement, RIT Dubai takes on a small equity stake in SmartKable Equinova to allow for a long-term, beneficial collaboration for all parties involved. Faculty and students will collaborate with the company to advance smart grid technologies by integrating generative AI and predictive analytics into SmartKable’s Line Analyzer software. Students are heavily involved, with some doing capstone projects through Dubai’s Smart Energy Lab, and a postdoctoral student in Rochester who is providing architectural oversight and integration. Jinane Mounsef, chair of the electrical engineering and computing science department at RIT Dubai, who is one of the project’s leads, said the group is aiming to develop solutions that automate power assessment reporting with AI-driven insights, provide real-time smart notifications for grid reliability, enhance predictive capabilities to forecast failures and optimize planning, and support intelligent demand-supply control for resilient energy systems. “This initiative highlights how, together, academia and industry can transform challenges into opportunities for innovation and sustainable growth,” said Mounsef. SmartKable’s Line Ranger network measures line voltage, current, and related parameters on lines in real time. It can identify, track, and trace losses, separate commercial from technical issues, enable dynamic line rating, and predict the remaining lifetime of power lines. “We want to help the grid successfully evolve in spite of all the new electrification and items that are happening,” said Bill Collins, co-founder of SmartKable Powerline Solutions. “We ultimately want to turn the grid into something that is intelligently controlled by AI.” Collins explained that at the end of the project, the team expects that they will be able to start utilizing the solution commercially with customers. “The need for a smart, efficient, and predictable grid is a universal, global issue,” said Wojtek Bulatowicz, managing director of SmartKable Equinova. “This is why SmartKable now has its operations in the United Arab Emirates to serve the Middle East and Africa markets.” SmartKable is based in Skaneateles, N.Y., and already has deployed its Line Ranger devices around the world. The company has previously connected with RIT through the co-op program, and it was interested in partnering with Dubai after learning about the campus’s experts in engineering and AI. The agreement between the campus and the company is key to providing RIT students with the experience of real-life scenarios and the support to find solutions that can be used worldwide. For more information on the Dubai campus, go to the RIT Dubai website. More information on the Line Ranger Network can be found on the SmartKable Powerline Solutions website.

In emergencies, Automated External Defibrillators (AEDs) help restore life until first responders arrive by giving users auditory prompts to operate the machines. But audio prompts and descriptions are virtually useless for deaf and hard-of-hearing individuals who may need to use AEDs to help save a life. Researchers from RIT’s National Technical Institute for the Deaf have identified an AED that includes visual and text prompts, making it accessible for deaf and hard-of-hearing users and those not familiar with the English language. As a result, accessible AED machines are now available at four campus locations: the first floor of Lyndon Baines Johnson Hall, Student Development Center, Hugh L. Carey Hall, and in a student residence—Ellingson Hall Tower A. Remaining units throughout campus will be replaced with accessible AEDs at end of life. “It’s terrific that AED machines have become widely available, including at RIT, but I’m deaf and what if I was alone and needed to use it on someone?” said Elizabeth Ayers, senior lecturer in NTID’s Department of Science and Mathematics and a licensed clinical sonographer. “I can’t hear the auditory descriptors such as the beeps and other background sounds, and neither can the hundreds of other deaf and hard-of-hearing people on our campus. We knew that something needed to be done in order to make these lifesaving machines user-friendly for just about anyone here.” Ayers and Wendy Dannels, research associate professor; Tiffany Panko, executive director of NTID’s Deaf Hub; and alumnus Menna Nicola ’25 (human-centered computing) worked as a team to investigate FDA-approved devices that portrayed the most visually accurate instructions and imagery. Thirty-two devices from seven manufacturers were examined. Of these, three models were identified as meeting accessibility criteria. RIT selected one for replacement and deployment across campus, with the guidance of Christopher Knigga, director of Facilities Services and Sustainability at NTID, and Jody Nolan, RIT’s manager of Environmental Health and Safety. Nicola, an associate IT analyst at Dow Chemical, was a student when the research began. “I didn’t really know much about AEDs before this project began, but I was thrilled at the opportunity to conduct research that directs impacts me and other deaf people,” she said. “The most enjoyable part of the project for me was the result that led to finding a great match for an accessible AED for deaf and hard-of-hearing individuals.” According to Ayers, next steps include reaching out to other schools, agencies, and organizations focused on deaf and hard-of-hearing individuals to share their research on the accessible AEDs. “RIT was on board with installing these accessible AEDs based on our work,” said Ayers. “It’s our team’s responsibility to be sure that other organizations know the options that are available to them. And hopefully, to take this one step further, manufacturers will continue to work alongside deaf researchers to develop and continually innovate other healthcare products that are fully accessible.”