Long Island University Expanded Research Infrastructure
The university has launched new research initiatives as it marks its 100th anniversary.
Updated on Oct. 5, 2026 in Life Sciences
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Long Island University is scaling its research infrastructure, supported by the construction of a $30 million College of Science building. This expansion integrates science, medicine, and data analytics to address complex societal challenges and advance personalized medicine.
Why it matters
The university aims to bridge the gap between academic discovery and real-world application through interdisciplinary collaboration. By focusing on digital engineering and simulation, the institution seeks to improve clinical outcomes and disease detection capabilities.
The university maintains 20,000 square feet of 3D design and simulation laboratories in Brooklyn. Its AI2 Center currently integrates more than 150 academic programs into a unified research framework.
The players
Long Island University
This private university operates multiple campuses and currently ranks in the top 7% of U.S. universities for research.
Dassault Systèmes
This corporation provides 3D design and simulation software used by the university for organ modeling projects.
Aneuryst
This firm is partnering with the university to investigate the potential of the drug fasudil for treating strokes.
The details
Researchers are utilizing computational modeling to develop digital twins of human organs, including projects like The Living Heart and The Living Liver, to assist in surgical planning. These efforts are supported by a partnership with Dassault Systèmes and investigations into the drug fasudil for stroke treatment.
Timeline
Long Island University was founded in 1926.
The university celebrated its centennial in 2026.
The new College of Science building is scheduled to open in 2027.
The Big Picture
The university's adoption of the Living Heart Project represents a wider industry shift toward digital twin technology in medicine. This evolution indicates a move away from traditional research methods toward data-driven, predictive surgical planning tools.
The development of patient-specific liver and heart models could lead to more accurate surgical planning and reduced recovery times for patients in the state. Increased research infrastructure also signals future advancements in localized medical treatments and diagnostic precision.
The takeaway
The university's strategic focus on integrating engineering and data analytics demonstrates the growing importance of interdisciplinary research in modern education. Students and researchers in New York can expect increased access to simulation technologies as these facilities come online.
Further reading
For more information on regional academic advancements, visit the Life Sciences section.
Source note: This article includes information reported by LI Press.
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