About Us
Consortium Origin
In recent years, with the rapid development of Artificial Intelligence (AI) and technological innovation, industrial operating models are accelerating their transformation towards remote, digital, and zero-touch human-computer interaction. The integration of AI technology makes Extended Reality (XR) applications smarter and more precise, promoting its deep implementation in fields such as educational training, product design, engineering simulation, medical applications, and entertainment experiences.
Vision & Goals
The consortium aims to establish a cross-domain collaboration platform that is locally rooted yet globally connected. Our goal is to connect enterprises equipped with XR and AI technologies and dedicate ourselves to deeply integrating AI technologies into various industries, thereby driving the intelligence and precision of VR/AR/XR applications. Concurrently, we seek to deepen local industrial links, accelerating the adoption of AI-driven spatial computing, multimodal virtual interaction, and haptic sensing technologies in both traditional and emerging industries. Through the integration of cutting-edge technologies, we are committed to realizing four core values and continuously expanding our service scope:
The consortium will continue to play a pivotal role as a bridge between industry, academia, and research, expanding from technical R&D and business matchmaking to international market development. By cultivating next-generation digital talents with global perspectives and implementing intelligent demonstration and promotion models, we will assist enterprises in upgrading product value, achieving digital transformation, and accompanying Taiwanese industries as they move steadily forward in the technology wave.
Services
Our consortium is dedicated to integrating cutting-edge human-computer interaction technologies, providing diversified and highly customized academic-industrial collaboration services to assist corporate partners in achieving core technology deployment and complete digital transformation in fields such as smart manufacturing, digital twins, medical training, and spatial computing.
Haptic Feedback HMI
Customized haptic feedback devices, allowing users to touch products as if they were in reality when using AR or VR, and feel tactile sensations during virtual object interaction.
Augmented Reality & Virtual Reality
Construct virtual environments and develop related applications using smartphones, tablets, or VR glasses as human-computer interfaces.
Digital Twin
Integrate virtual and real worlds to achieve remote monitoring of physical operations.
Educational Training Systems
Establish teaching tools on smartphones, tablets, or AR/VR glasses for educational training.
Training Courses
The consortium hosts human-computer interface training courses, aiming to equip HMI enthusiasts with HMI creation skills to diffuse related technologies. *Participants who complete training courses instructed by the consortium will receive a Certificate of Completion from the NTU Emerging Applications Consortium for Interactive Technology Platforms.
AI (Artificial Intelligence)
Use AI models to analyze equipment data for accurate prediction and intelligent scheduling, enabling more efficient synchronized operation of virtual and physical equipment.
