National Taipei University of Technology
🇹🇼 TW
Papers
329
Total Citations
5,294
H-Index
33
Researchers
348
About
National Taipei University of Technology (Taipei Tech) stands as a dynamic research powerhouse in robotics, intelligent systems, and advanced manufacturing, with a distinguished legacy spanning over three decades of innovation. The institution's research portfolio is remarkably broad, encompassing classical robotics theory, soft robotics, human-robot interaction, and AI-driven intelligent environments—making it a compelling destination for researchers and students seeking interdisciplinary depth. Taipei Tech's foundational contributions to robotics are evidenced by its seminal 1991 work on inverse kinematics for mechanical manipulators, which has accumulated nearly 500 citations and remains a cornerstone reference in computational robotics. This theoretical rigor extends to biped locomotion research, trajectory optimization using B-spline functions and particle swarm optimization, and visual servoing for precision assembly—collectively establishing the university's reputation in motion planning and control. The institution's explorations in cutting-edge soft robotics, including kirigami-based shape-morphing locomotion and flexible pressure sensors, reflect its agility in embracing emerging paradigms. Beyond hardware, Taipei Tech has made notable societal contributions through robot-assisted rehabilitation stroke therapies, educational robotics that demonstrably boost student motivation, and service robot adoption studies in hospitality settings. Its growing focus on AI, including emotionally aware virtual assistants for smart campuses and ARCS-assisted teaching robots, positions the university at the forefront of human-centered intelligent systems. With research touching wearable electronics, privacy-preserving aging-in-place technologies, and cyber-physical assembly systems, Taipei Tech fosters a uniquely integrated ecosystem where engineering precision meets real-world impact. Prospective collaborators and students will find here a vibrant, globally engaged community committed to advancing robotics and AI for a smarter, more inclusive society.
Research Focus
Key Achievements
Top Papers
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- 2Kirigami‐Based Light‐Induced Shape‐Morphing and Locomotion288 citations · 2019
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- 6Ascending and descending stairs for a biped robot110 citations · 1999
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Faculty & Researchers
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