NTID President Gerard Buckley announces plan to step down in 2025

Janet Hackman, a third-year economics and environmental sustainability, health and safety major from Rockville, Md., is the team manager of the RIT Electric Vehicle Team, a collegiate electric motorcycle racing team founded in 2012. How did you discover the Electric Vehicle Team? ‌ Janet Hackman Hackman, second from right, poses with members of the Electric Vehicle Team and RIT President David Munson during the Imagine RIT Creativity and Innovation Festival. During my freshman year, I attended a club fair, where all the performance teams were showcased. It was clear that these teams are a big part of the RIT experience. I initially considered a few options related to my studies in business and economics, but nothing really stood out. Then my roommate mentioned she was going to the Electric Vehicle Team’s meeting and invited me to tag along. I thought, Why not? Before attending, I did some research and learned it was the first year the team was forming an operations subteam. Since I have a background in business, I thought it would be a great fit. I joined as the first operations team member, which was a unique experience. I worked closely with the team manager, got involved quickly, and found the work rewarding. That’s what kept me coming back. What is your day-to-day role with the team? My role has changed over the years. When I first joined, I focused on managing communications, reaching out to potential sponsors, maintaining relationships with existing sponsors, and handling budgeting. When I became team manager, I had a lot to learn, especially as a non-engineer and one of the youngest members to hold the position. My team has been incredibly supportive, and while I don’t need to know the technical details, they were always happy to explain. Now, as team manager for the second year, my role has expanded to overseeing the entire team. Day to day, I spend time checking in with members during meetings, not just about the work but also to get to know them personally. Those original responsibilities remain, but as the operations team has grown, we’ve improved our processes. For example, we now send out a monthly newsletter and have a much better response rate from sponsors thanks to changes we implemented, which is wonderful. What’s funny is that I’m not a car person! At public events, people often tell me about their car modifications, and I just smile and nod—it’s all new to me. It’s been an amazing learning experience. How do you fit into what is traditionally a male-dominated scene? It’s definitely a challenge. RIT itself has a predominantly male student population, and engineering and coding-focused fields tend to be male as well. When I joined the team, my roommate and I were two of only a handful of women. But things are improving, and this year we’ve seen the most women join the team, which is amazing. Seeing five women sitting together at a meeting table now makes me so happy, knowing how far we’ve come. One moment that stood out was during an intro meeting my first year as team manager. A new operations team member later told me it was daunting for her to join the team but was inspired when she saw me in the front of the room with five guys, overseeing the team. Knowing that my presence made her feel more comfortable and confident makes all the challenges worthwhile. Another unforgettable moment happened after my first year as team manager. I met an older woman in engineering who faced significant adversity in her career because of her gender. When I introduced myself and told her about my role, she was so moved that she teared up, saying how much it meant to see a woman leading in such a male-dominated space. Moments like that remind me why representation is so important—and why I’m proud to be part of this team. How has your experience with the Electric Vehicle Team influenced your career goals? It’s opened new possibilities for me. I never envisioned myself in engineering management, but this experience has shown me that it’s a viable path—and a significant industry. It’s also boosted my confidence in taking on leadership roles. Without this experience, I think I’d second-guess myself more. My first year as team manager was full of learning opportunities—plenty of mistakes, but also growth. Now, in my second year, I feel more prepared and capable, and I’ve learned how to handle pressure and adapt, which I know will translate to a professional environment. Being on the team has also piqued my interest for electric vehicles and alternative energy, and how that connects to sustainability. In class discussions about topics like lithium-ion batteries, I can confidently contribute because of what I’ve learned on the team. It’s rewarding to see how my hands-on experience complements my academic studies. Do you have any advice for other students just starting out at RIT? Be curious and open to trying new things. Some of the best decisions I’ve made—choosing RIT, joining the Electric Vehicle Team, and sticking with it—started with a simple “what if?” Those choices have shaped my career goals and shown me what I’m capable of. Leading a team while managing my coursework has taught me how to handle pressure, adapt to mistakes, and navigate burnout. Burnout can be an isolating experience; it's easy to be convinced that it’s only you, but it’s not singular. It’s taken a lot of practice to realize that, and I’m still nowhere close to perfect with handling it. That said, don’t overthink everything. Nothing is that serious—if you try a club or activity and it’s not for you, that’s okay. College is about exploring, making mistakes, and figuring out what works for you. Don’t feel pressured to have it all figured out or to stick with people or opportunities that don’t fit. Find those opportunities and take those chances, knowing that some of them will fail, but the ones that don't are probably going to be the best opportunities of your college experience.

Kyle Scher knows AI, and he’s sharing it with his peers and faculty in RIT’s College of Engineering Technology. The third-year mechatronics engineering technology student from Dix Hills, N.Y. is leading a student team developing ProGenie, an artificial intelligence tool for faculty and peers. The new tool is a collection of activities that can be incorporated into coursework being taught in various classes in CET. He has been working this fall with Michael Eastman, CET professor and senior associate dean for Academic Affairs, and three classmates from the Golisano College of Computing and Information Sciences on the project that is expected to be rolled out in the spring semester. ProGenie is one of the projects underway in CET’s Laboratory for the Advancement of Applied AI in Education. How did you begin work on the ProGenie project? I started working with Dr. Eastman on the AI project from a conversation we had in a Student Government meeting. I joined Student Government for a short time in my second year, opening up some opportunities to work closely with the CET Dean’s Office on cool projects. The AI project focuses on helping students stay engaged in the classroom by creating content that is tailored to them using generative AI. I am currently the project manager. RIT students, Benjamin Brundage (computer science), Stephen Zelazny-Medina, and Christopher Obando (both software engineering), help build the software.   Can you describe what it is and how it can be used? ProGenie is an innovative tool designed to transform the educational experience by enabling educators to create tailored, narrative-driven content for any class or subject. By integrating customizable storytelling into lectures and assignments, ProGenie enhances student engagement, making complex topics more accessible and enjoyable. Versatile across STEM disciplines, it offers professors a dynamic way to enrich lessons, foster curiosity, and improve learning outcomes. While designed with educators in mind, ProGenie’s open-ended framework holds potential for broader applications, making it a transformative tool for modern education and beyond.  How does the work you are doing on this project align with coursework in your degree program? While this project does not directly relate to my major, it has given me insight into the broader AI sector. I can see engineers in the future using AI tools as they evolve and get smarter. I would expect most engineers to be using some form of generative AI in the future. Mechatronics is a broad major. Because of this, I am now on my second co-op where I am focused more on mechanical engineering, compared to my first co-op where I was focused on electrical. Having a diverse co-op experience will help you learn more about the theoretical things you learn in the classroom.  One of the big items that employers look for on resumes is personal projects. They want to see students applying a passion outside of the classroom, because they know that the number one thing students bring with them to the workforce is excitement, and willingness to learn. Try to have a personal project for every semester, or academic year to show your advancement.  How did you decide on this degree and what advice might you give to others pursuing interests similar to yours? I enrolled at RIT knowing that I wanted to be an engineer, but I was not sure what kind. That is why I started in CET Exploration. The exploration class showed me that mechatronics was the combination I was looking for because I enjoyed electrical, mechanical and robotics. My co-op experience has only reinforced my major selection. I urge students to seek co-op experiences that will allow them to find the same answers about their major selection that I was able to. My advice to other students is to pursue what you have a passion for. If you have a hobby or an interest in something, try to find ways to work on that on, while completing your RIT education.

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Rochester Institute of Technology researcher Rubén Proaño has joined the World Health Organization’s (WHO)  Technical Advisory Group on Market Access for Vaccines (TAG MVAC). He began his service during the advisory group’s November meeting in Geneva, Switzerland. The TAG MVAC group specializes in areas such as vaccine market dynamics, vaccine manufacturing, immunization programs, and data analytics. The committee, comprised of 15 experts from around the world, convenes twice a year and serves as a WHO advisory board. “It is both an honor and a responsibility to be invited to join this WHO advisory group. Ensuring equitable access to vaccines is a significant challenge for humanity,” said Proaño, an associate professor of industrial and systems engineering in RIT’s Kate Gleason College of Engineering. “The opportunity to discuss the issues, solutions, and strategies for making vaccines more accessible in such a prestigious forum is a unique privilege and a chance to contribute to a better world.” Utilizing mathematical modeling and analytics, Proaño’s research explores ways to make vaccines more affordable, accessible, and profitable. His work on vaccines has received support from the Bill and Melinda Gates Foundation. Additionally, he spent a sabbatical year at the UNICEF Vaccine Center in Copenhagen during the first year of the COVID-19 pandemic. “In my research, my students and I have been investigating hypothetical models to gain new insights into coordinating the global vaccine market,” he said. “I believe that industrial engineering and operations research tools are highly effective for developing systematic strategies to tackle complex, multi-dimensional challenges.” Advisory group members support the WHO's Market Information for Access Initiative in its efforts to improve access to safe, effective, quality, and affordable vaccines for all. The group provides recommendations on various global vaccine market issues, enhancing access to vaccines, analyzing data, understanding pricing dynamics, and developing initiatives to balance vaccine supply and demand. Vaccine distribution fluctuates and often millions of children are living in countries lacking regular immunizations. Programs such as those supported by WHO work to ensure that the neediest populations receive necessary and affordable vaccines. “We were thrilled to learn that Dr. Praono was invited to serve on this Technical Advisory Group for the World Health Organization,” said Doreen Edwards, dean of RIT’s Kate Gleason College of Engineering. “It’s a shining example of how engineers bring their expertise to address complex issues that impact the quality of people’s lives.” Related Information:https://www.rit.edu/news/ruben-proano-participate-united-nations-forum https://www.rit.edu/news/researcher-gets-grant-study-vaccine-market https://www.rit.edu/news/faculty-researcher-sees-covid-19-unfold-global-perspective-while-sabbatical-unicef

A new National Science Foundation grant will allow 18 RIT students to travel to Sweden and conduct artificial intelligence (AI) research that enhances the industrial workplace. The students will take part in a program of AI research, professional development, and mentorship, which includes eight weeks at University West, near Gothenburg, Sweden. The trip and program are funded as part of the NSF International Research Experiences for Students (IRES) program. A team of RIT professors and collaborators at University West are running the program, which prioritizes Ph.D. students. The NSF-funded grant is called US-Swedish Research Experiences on AI in Production Technology and Work-Integrated Learning (AI-PROWIL). The research projects will advance fundamental scientific research on AI-enhanced automation, AI-enhanced automatic control, and AI-enhanced management. “AI is transforming how industrial organizations operate, including on global scales,” said PI Cecilia Alm, a professor affiliated with RIT’s Department of Psychology and School of Information and director of the AWARE-AI program. “AI plays a prominent role in Industry 5.0—where robots, smart systems, and humans are teaming up.” Alm said that University West is known for its unique scientific environment focused on work and industrial production and its advanced facilities enabling fundamental research that is future-of-work-centered. She added that challenges with workforce development and managing these AI-enhanced aspects of industry are important areas to study. Students participating as IRES scholars in this U.S.-Sweden partnership will complete projects that are industry-inspired for future human-centered and sustainable workplaces, guided by faculty mentoring teams. The research projects could involve innovative machine learning algorithms, architectures, and new AI interface prototypes and sensor methods. During the research experience, RIT students will interact with peer students at University West and experience international research cultures. The IRES scholars will also seek to present, publish, and release research products with mentors. “Research has increasingly become a global endeavor, where different countries and universities may create unique cultures, environments, and approaches to research problems and development,” said Pengcheng Shi, computing and information sciences Ph.D. program director. “This experience will allow our students to benefit from different perspectives and technical/application strengths, address new research questions, and form concrete long-term collaborative relationships.” Co-principal investigators on the grant, include Shi, who is also associate dean for Research and Scholarship in the Golisano College of Computing and Information Sciences; Reynold Bailey, professor of computer science; and Alexander Ororbia, assistant professor of computer science and cognitive science. Professor Thomas Pederson is coordinating the activities at University West. “At University West, we are very much looking forward to hosting the participating RIT Ph.D. students and collaborating with them and their mentors to address important research challenges together,” said Pederson. The NSF IRES program is training a new generation of science and engineering research leaders. The U.S.-Sweden program will run from September to December in 2025, 2026, and 2027. The stay in Sweden begins in mid-September. The experience includes pre-travel research and professional development. A continuation phase with a workshop after the trip will be a springboard for research dissemination in publications and talks at top-tier conferences. To learn more and apply, go to the IRES AI-PROWIL website.

Rochester Institute of Technology received a boost in funding recently, as a $1 million grant from the U.S. Department of State will continue the work led by professors Clyde Eirikur Hull and Eric Williams with entrepreneurships based on circular economy principles in member nations of the Association of Southeast Asian Nations (ASEAN). The circular economy refers to an industrial economy that focuses on reducing waste by reusing and recycling materials. It’s designed to keep products and resources in use for as long as possible through thoughtful design. ASEAN, or Association of Southeast Asian Nations, is a political and economic union of 10 member states that promotes intergovernmental cooperation in a wide range of areas, including the economy, politics, and education. The member states include Brunei Darussalam, Burma, Cambodia, Indonesia, Laos, Malaysia, Philippines, Singapore, Thailand, and Vietnam.   ‌ Photo provided by Clyde Hull RIT Professor Clyde Eirikur Hull takes a question from the audience during the Second Symposium on Accelerating Science, Technology, and Circular Innovation in Vientiane, Laos, this past July. The one-year extension, made possible through the U.S.-ASEAN Smart Cities Partnership under the leadership of Program Manager Helen Santiago Fink, aims to help organizations in ASEAN countries train entrepreneurs, businesses, and lawmakers to use sustainability science to identify profitable, eco-friendly opportunities. It focuses on developing innovative technologies and business models that strengthen local economies, foster ties with the U.S., and reduce environmental harm. By applying circular economy principles and leveraging the team’s expertise in innovation and technology management, the initiative collaborates with local partners and the State Department to deliver training that supports sustainable business growth and environmental preservation. The professors are joined by Israa Ameen Thiab, visiting assistant professor at Saunders and a Ph.D. candidate in RIT’s sustainability program; Mihloti Williams, senior program manager at the Competitive Sustainability Center at the Saunders College of Business; research program manager Khant Oak Soe ’23 (technology innovation management and entrepreneurship); and senior program specialist Rachel Spangler ’16 (metals and jewelry design). They will be continuing their circular economy education training with over 50 partners in the ASEAN region, which includes over 37 universities and 15 business incubators and non-profit organizations, while also lending financial support to new circular economy startup companies. In total, more than 100 teachers and nearly 1,000 students have been trained. Hull, professor of management in RIT’s Saunders College of Business, center director at the Competitive Sustainability Center and the grant’s principal investigator, was grateful for the creative solutions that his team has witnessed from within the region, from businesses finding solutions for food waste, to high-tech plastics recycling, and organic fertilizer stemming from local materials that originally went to waste stations. “A key lesson we’ve learned is the value of training diverse groups—ranging from those with no work experience or high school education to individuals with advanced degrees,” Hull said. “The people who do our training are starting an amazing array of circular businesses, which is both good for the environment and profits.” ‌ Photo provided by Clyde Hull RIT professor Eric Williams explains his research on use of end of first-use electronics and the effect of informal recycling in ASEAN member nations. Williams, professor of sustainability in Golisano Institute for Sustainability (GIS) and co-PI on the grant, focuses his research on the end of first-use electronics and how informal recycling practices impact ASEAN member nations. “We aim to reduce environmental harm from informal recycling in Asian nations by shifting materials to proper facilities, which are more efficient and environmentally sound,” Williams said. “This approach could yield a win-win-win: greater material recovery, less environmental damage, and improved economic benefits for those in the end-of-use chain, including the informal sector. While outcomes depend on policy and other factors, we’re working to nudge things in the right direction.” Their research abroad also comes stateside. Thiab recently led a circular economy entrepreneurship workshop at RIT’s Center for Urban Entrepreneurship, bringing insight from practices in her native Jordan to local businesses. The workshop focused on transforming existing business ideas into circular business ventures that both enhance profitability and help reduce the amount of waste going into landfills. “It’s very exciting to see our work having an impact, making a difference in people’s lives, in the local economy, and for the environment,” Hull said. “Our students and the students of our partners create jobs for themselves and others where there were no jobs, and they make a profit reducing the flow of things into the landfill. That's a great reason to get out of bed in the morning.” Hull and Williams have established expertise in circular economy entrepreneurship, especially when applied in developing nations to benefit the local economy and environment.   Hull has decades of experience working with entrepreneurs through RIT’s Simone Center for Innovation and Entrepreneurship, Venture Creations, and the aforementioned Center for Urban Entrepreneurship and Competitive Sustainability Center. Williams was the recipient of a National Science Foundation grant to research international electronic waste, the results of which influenced the environmental standard for computers in the United States. In addition to the original grant from the State Department, the team has also received funding to help entrepreneurs in the Middle East form circular economy businesses. As part of the funding, the group will hold its third annual Symposium on Accelerating Science, Technology, and Circular Innovation in July 2025 in Kuala Lumpur, Malaysia.