#Taiwan #AI Technology #Kaohsiung #Dassault Systèmes #MIRDC

Innovative Collaboration in the Hydrogen Sector

On April 15, 2026, the Metal Industries Research & Development Centre (MIRDC) and Dassault Systèmes signed a significant Memorandum of Understanding (MOU) to explore innovative solutions at the intersection of hydrogen technology and artificial intelligence (AI). As industries worldwide race towards net-zero emissions and the digital transformation driven by AI, this collaboration positions both organizations at the forefront of these critical advancements.

The Significance of the MOU

The ceremony was attended by key figures, including MIRDC Chairwoman Chia-Ru Liu and Sebastien Gautier, VP of Sales and Marketing at Dassault Systèmes. It was also witnessed by Pei-Chih Hao, the ambassador from the Taipei Representative Office in France, underscoring the commitment of both governments to enhance technical cooperation.

The partnership aims to leverage Dassault Systèmes’ expertise in 3D simulation and its flagship technology, the 'Virtual Twin.' This powerful tool allows businesses to create precise digital simulations, enabling them to mimic complex physical properties and processes. Such simulations are vital for sectors such as aerospace, semiconductors, and energy, where achieving sustainability and innovation is paramount.

Key Collaboration Areas

The agreement outlines specific collaborative areas focusing on:
1. Lifetime Analysis of High-Pressure Hydrogen Materials: Developing robust materials capable of withstanding the demanding conditions associated with hydrogen energy.
2. Thermal Analysis for AI Servers: Addressing the critical need for improved thermal management in high-performance computing environments.

In the realm of high-pressure hydrogen technology, MIRDC will build on existing fatigue and material analysis models developed in conjunction with France's CETIM research institute. By integrating these models with Dassault Systèmes’ Virtual Twin technology and the 3DEXPERIENCE platform, they aim to enhance the durability and safety of equipment in Taiwan’s hydrogen supply chain.

For AI servers, there is an urgent need for efficient thermal management solutions due to rising demands for high-performance computing. MIRDC's expertise in thermal simulation will couple with the innovative capabilities of the 3DEXPERIENCE platform to foster the development of leading-edge server management systems that effectively optimize energy efficiency.

Aiming for Global Competitiveness

Chia-Ru Liu emphasized that this partnership not only affirms MIRDC’s research and development prowess on a global scale but also empowers local manufacturers by integrating the latest AI tools. The aim is to facilitate an AI-driven transformation across various industrial sectors in Taiwan.

Further, the commitment extends to guiding local companies through the entire supply chain—from raw materials to key components and system integration—ensuring they remain competitive in the global market. By doing so, this collaboration aims to bolster Taiwan's economic growth, aligning with the government's push for technological advancement and sustainability initiatives.

Future Prospects

In conclusion, the partnership between MIRDC and Dassault Systèmes presents a roadmap for innovation in both the hydrogen sector and AI applications. With a shared vision for a sustainable future, both organizations are poised to make significant contributions to the technology landscape, ensuring resilient supply chains and fostering economic growth in Taiwan. The focus on practical applications of advanced research indicates a proactive approach to meeting future industrial challenges, marking a meaningful step towards sustainable development in the region and beyond.