M. Alifragis

Papers

Total Citations

202

H-Index

About

M. Alifragis is a researcher whose work sits at the intersection of robotics education, e-learning technology, and remote laboratory systems. His research has focused on developing and evaluating innovative distance learning platforms that give students hands-on access to robotic manipulation environments without requiring physical presence in a traditional lab setting. At a time when remote education infrastructure was still maturing, Alifragis pioneered the design of virtual and remote robotic laboratories that enabled asynchronous and synchronous training in real-world robot manipulator programming scenarios. His most influential contribution, "Virtual and Remote Robotic Laboratory: Comparative Experimental Evaluation" (2006), has accumulated 190 citations and stands as a landmark study in web-based engineering education, demonstrating that remote laboratory experiences can meaningfully replicate the depth of practical, hands-on training. His follow-up work on web-based programming consoles for the V+ robotic system further extended accessibility to specialized technological equipment otherwise constrained by time and resource limitations. Alifragis's research speaks directly to a persistent challenge in engineering education — bridging the gap between theory and practice — and his solutions have proven influential for educators and researchers designing remote STEM learning environments worldwide.