Samer Mansour

Onze Lieve Vrouwziekenhuis Hospital, Alfaisal University

Papers

Total Citations

H-Index

About

Samer Mansour is a pioneering researcher whose work bridges the cutting edge of minimally invasive cardiac surgery and intelligent educational technology. His most impactful contribution, the "Hybrid Revascularization Strategy" (2005, 57 citations), revolutionized coronary artery disease treatment by combining robotically enhanced minimally invasive direct coronary artery bypass (RE-MIDCAB) with percutaneous coronary intervention. This landmark study demonstrated that grafting the left internal mammary artery to the LAD via robotic assistance could be the least traumatic surgical revascularization approach available, offering patients faster recovery and reduced morbidity. Beyond the operating room, Mansour explores the intersection of human-computer interaction and education. His "iCE: An Intelligent Classroom Environment" (2018) proposes AI-driven systems to enhance learning in higher education, while "The Belonging Robot (BeRo)" (2016) introduces a hybrid physical-digital system that reflects human moods, showcasing his versatility in applying technology to improve well-being. Though his educational and robotics papers have fewer citations, they reveal a forward-thinking researcher committed to human-centered innovation. Mansour’s work exemplifies how a single high-impact study can define a career, while his diverse interests hint at a broader vision for technology’s role in healing and learning.