Rochester, NY — October 26, 2025 — Engineers at Rochester Institute of Technology (RIT) are advancing global efforts toward decarbonization through groundbreaking technologies and education. Their innovative work highlights how engineering can shape a cleaner, more sustainable future.
Through the Golisano Institute for Sustainability (GIS) and RIT’s Kate Gleason College of Engineering, faculty, students, and researchers are collaborating to develop solutions that enhance global carbon reduction efforts and foster sustainable energy practices.
Empowering Students for a Carbon-Neutral Future
RIT researchers have created practical, industry-focused innovations that are transforming decarbonization methods — from industrial CO₂ emissions to solid waste reduction. These initiatives align with RIT’s commitment to making carbon-neutral technologies more accessible and scalable.
“RIT is not only focusing on developing new technologies but also preparing students to lead the world’s shift to carbon neutrality,” said Callie Babbitt, professor at the Golisano Institute for Sustainability. “We’re empowering the next generation of engineers with real-world experience in sustainable design.”
The project, supported by the New York State Center of Excellence in Advanced and Sustainable Manufacturing (COE-ASM), brings together faculty, students, and industry professionals to address pressing challenges in recycling, material efficiency, and energy conservation.
Educating the Next Generation of Sustainable Engineers
The Department of Mechanical & Sustainable Engineering is pioneering a curriculum designed to foster leadership in decarbonization. Students gain both theoretical and hands-on expertise in renewable systems, sustainable design, and energy transition.
“Understanding sustainability is no longer optional — it’s essential for every engineer,” noted Dr. Steven Chalmers, Dean of the Kate Gleason College of Engineering. “Our mission is to equip students with knowledge that enables them to address the world’s most critical environmental challenges.”
RIT’s emphasis on interdisciplinary collaboration allows students to engage with real-world industry projects and apply their learning to create innovative decarbonization solutions.
A Living Laboratory for Decarbonization
RIT’s campus serves as a living demonstration of its own sustainability principles. The university has implemented energy-efficient systems, reduced carbon footprints across facilities, and invested in renewable energy research.
These initiatives ensure that RIT remains a global leader in climate action — fostering research opportunities and preparing graduates to tackle sustainability challenges head-on.
Engineering a Sustainable Future
As global leaders and governments continue to advance toward carbon neutrality, RIT’s research and educational programs are playing a crucial role in creating technologies and strategies for a greener planet.
“Decarbonization isn’t just a concept — it’s a commitment to shaping a better world,” said Babbitt. “At RIT, we’re turning climate challenges into opportunities for meaningful change.”
About Rochester Institute of Technology
RIT offers a diverse range of programs focusing on sustainability, innovation, and applied sciences. With strong partnerships between academia and industry, RIT prepares graduates to drive global progress in climate responsibility and environmental technology.
