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3D Printing Industry reports on RIT research combining bioprinting, hybrid materials, smart sensors, and mechanical design to create more customizable finger and hand prosthetics. The collaboration among researchers at RIT’s Rochester and Dubai campuses could lead to more affordable devices with improved movement and a functional sense of touch.

O&P Almanac highlights RIT research advancing 3D-bioprinted finger prostheses that combine flexible, biocompatible materials, smart sensors, and mechanical properties designed to enable more natural movement and a sense of touch.

New advances in bioprinting by RIT researchers are pointing the way to nearly human capabilities for finger prosthetics.

Multidisciplinary teams of RIT students collaborated on eight projects during the Studio 930 internship program, designing accessible healthcare solutions for children and adults with disabilities.

A research project that began with a student’s idea in an engineering laboratory at Rochester Institute of Technology is now Casana's Smart Seat, a commercial product that measures cardiovascular health metrics during one of life’s most routine activities.

A team of RIT researchers, led by Professor Linwei Wang, is improving healthcare by creating hybrid AI digital twins of patient’s organs and diseases. The work will lead to real-time, physics-integrated digital twins of the liver and improved AI models that could assist doctors with heart surgery.

Antibiotic resistance is a major public health threat. As multidrug-resistant bacteria continue to increase, researchers at RIT are looking for a solution.

A new cohort of faculty researchers is representing how the university continues to grow its research ecosystem. RIT offers a robust suite of proposal-development workshops and seed-funding programs that help researchers generate preliminary results and strengthen future proposals.

Researchers in RIT's Tissue Regeneration and Mechanobiology Lab are investigating a new approach that could change how fibrosis is treated across organs in patients suffering from systemic sclerosis: targeting the protein TRPC6, a small ion channel—that can sense mechanical cues such as stiffness.

RIT Professor Zhongwang Dou recently received a prestigious National Science Foundation Faculty Early Career Development (CAREER) award for a five-year project to detail how blood flow within an aneurysm is affected by movement, and how physical exercise might affect the risk of aneurysm rupture.

Researchers have developed a solution to finding a compatible gel medium to host human cells and a device that can print the delicate cells safely.

BiRed Imaging, co-founded by Professor Satish Kandlikar, blends infrared camera capture, numerical simulation, and artificial intelligence-driven algorithms to accurately detect the presence, size, and location of tumors. The revolutionary process spares patients painful breast compression, radiation exposure, false alarms, and unnecessary anxiety.