International Industry-Academia Center｜GLORIA-NYCU

GLORIA-NYCU

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Platform Positioning and Vision

　　The National Yang Ming Chiao Tung University GLORIA-NYCU adopts a “market-driven research” strategy. By responding to real-world needs from the corporate and market sectors, it drives innovation within the university from the outside in, bridging the gap between conventional academic research and self-driven industrial application, and unleashing the core value of the GLORIA-NYCU. Through technological collaboration among alliances, the platform aims to identify high-value technology sources, foster innovation-driven industrial clusters with enterprises, accelerate the development of emerging industries, integrate international resources, and strengthen Taiwan’s technology sector's global competitiveness.

Ecosystem Development and Global Linkages

　　By bidirectional drive "academic technological strengths" and "industrial market needs", the platform cooperates in the AI-driven technological research management system and standardized evaluation mechanisms, which enhance the efficiency of research outcome management and industry matching. The platform also promotes collaboration with world-class research institutions and enterprises, supports innovation and entrepreneurship through startup incubation programs and venture investment mechanisms, aiming to establish a comprehensive model of industry-academia collaboration. Actively accelerating the practical application of research outcomes and strengthening Taiwan’s global influence in technological innovation.

Integration of Core Technological Strengths Across Universities

　　Lead by National Yang Ming Chiao Tung University, the platform collaborates across institutions with National Taiwan Ocean University, National Chung Cheng University, National Ilan University, and Taipei Veterans General Hospital. Together, they integrate key technologies in semiconductors, smart healthcare, precision manufacturing, smart agriculture and marine science to establish a comprehensive research translation chain encompassing smart chips, ESG, Healthcare, Industry 4.0, aquaculture cold-chain systems, and green sustainability. Promotes cross-institutional resources sharing and the implementation of industrial application.

Implementation Strategies and Core Missions

　　Upholding the principle of “End-goal Industry-academia Planning,” the platform focuses on eight core missions, including project exploration, patent strategy, international collaboration, industry-academia matchmaking, and talent cultivation. It implements ten strategic initiatives, including technology inventory, intellectual property optimization, cross-institutional integration, industry linkage, and capital infusion. By establishing an AI-driven technological research management system and a global research co-creation platform, the platform aims to build a system that bridges academic research and industrial application.

Lead Institution —National Yang Ming Chiao Tung University

　　National Yang Ming Chiao Tung University integrates Taiwan’s leading research resources in biomedical science and electrical and information engineering to drive interdisciplinary innovation and development. Global Views Monthly has recognized the university as “the most promising university of the next decade.” In response to global technological transformations, the university actively emphasizes resource integration, sustainable innovation, and value co-creation, while dedicating itself to translating research outcomes into real-world impact.

AI-Driven Technological Research Management and Intelligent Decision Support

AI-Driven Technological Research Management System

Enhancing Research Efficiency and Industry Connectivity

Patent Strategy and Technology Transfer

Ensuring the Commercial Value of Research Outcomes

Standardized Evaluation Mechanism for Industry-Academic Collaboration

Improving the Success Rate of Technology Transfer

Development of Key Technological Domains

Semiconductors and AI Chips

Optimizing Chip Design, Packaging, and Process Technologies

Smart Healthcare and Biotech Applications

AI Medical Imaging Analysis, Telemedicine, etc.

Digital Biomedicine

Enhancing Medical Data Integration and Intelligent Analytics

Big Data and AI Computing

Advancing Smart Applications in Healthcare, Finance, and Manufacturing

Establishing International and Cross-institutional Research Mechanisms

Global Research Co-Creation Platform

Expanding Applications in Semiconductors, Smart Healthcare, etc.

Strengthening Cross-institutional Technological Collaboration

Jointly Promoting Technology Transfer and Innovative Applications

Establishing International Laboratories

Deepening International Scientific Collaboration and Talent Cultivation

Key Technologies

Smart Healthcare Technology Innovation

AI Medical Imaging Analysis: Develop AI-assisted diagnostic technologies for lung cancers, liver cancers, and cardiovascular diseases.
Biosensing Technologies and Telemedicine: Develop non-invasive health monitoring devices to enhance smart health management capabilities.
Data-Driven Personalized Medicine: Integrate genomic sequencing, big data analytics, and AI decision-making systems to advance precision medicine applications.

Semiconductors and AI Chips

Next-Generation AI Chips and Smart Sensing Technologies: Focus on low-power consumption, high-performance semiconductor technologies to advance edge computing and smart applications.
Specialized Semiconductors and AI Computing: Develop AI training and inference acceleration technologies to enhance computational performance for applications in smart healthcare and industrial automation.
International Semiconductor Collaboration and Technology Transfer: Establish global technology alliances and strengthen collaboration with international semiconductor industry partners to enhance Taiwan’s semiconductor competitiveness.

Highlighted Technological Achievements

A New Engine for Brain Tumor Diagnosis and Treatment

An End-to-End AI-Assisted System that Enhances Clinical Efficiency and Creates New Business Opportunities in the Medical Realm.

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Intelligent Brain Imaging Platform

An Intelligent Brain Imaging Platform for Disease Progression Tracking, Evaluation, and Treatment.

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Service Center

GLORIA-NYCU

Platform Positioning and Vision

Ecosystem Development and Global Linkages

Integration of Core Technological Strengths Across Universities

Implementation Strategies and Core Missions

Lead Institution —National Yang Ming Chiao Tung University

AI-Driven Technological Research Management and Intelligent Decision Support

Development of Key Technological Domains

Establishing International and Cross-institutional Research Mechanisms

Key Technologies

Highlighted Technological Achievements

A New Engine for Brain Tumor Diagnosis and Treatment

Intelligent Brain Imaging Platform

GLORIA-NYCU Alliance Universities

National Taiwan Ocean University

National Chung Cheng University

National Ilan University

Taipei Veterans General Hospital