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Research at Chernobyl and Fukushima shows how radioactive materials move in the environment
NIH-funded research uses AI to accelerate heart disease diagnosis and treatment
Researcher uses emerging technologies to improve prostate cancer detection
Engineering, game design faculty turn nuclear science into interactive learning experience
Bulleted List
- Research at Chernobyl and Fukushima shows how radioactive materials move in the environment
- NIH-funded research uses AI to accelerate heart disease diagnosis and treatment
- Researcher uses emerging technologies to improve prostate cancer detection
- Engineering, game design faculty turn nuclear science into interactive learning experience
Teaser (with Photo)
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Research at Chernobyl and Fukushima shows how radioactive materials move in the environment
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NIH-funded research uses AI to accelerate heart disease diagnosis and treatment
What if doctors could determine heart health before ever stepping into the operating room? At Kennesaw State University, researchers are using artificial intelligence to do just that, transforming how heart disease is diagnosed and treated. Led by Assistant Professor of Mechanical Engineering Lei Shi in the Southern Polytechnic College of Engineering and Engineering Technology, the $522,695 project, funded by the National Institutes of Health, explores how generative AI can be integrated with biomechanical heart modeling to improve the diagnosis and treatment of heart disease.
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Researcher uses emerging technologies to improve prostate cancer detection
Prostate cancer remains one of the most common diseases among men, yet current screening methods often lead to unnecessary biopsies and missed diagnoses. At Kennesaw State University, assistant professor Muhammad Imran is working to improve accuracy and reduce patient stress using artificial intelligence and advanced imaging.
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Engineering, game design faculty turn nuclear science into interactive learning experience
At Kennesaw State University, learning about nuclear energy isn’t limited to textbooks and lectures. Researchers are developing a video game that helps users understand how reactors operate through hands-on experience. At the center of the project titled “Simulating the AP1000: An Educational Game to Promote Understanding of Nuclear Energy Safety and Sustainability” is a collaboration between engineering and game design faculty. The initiative focuses on turning complex nuclear concepts into an interactive learning experience.