As AI continues to reshape the world, quantum science is gaining increasing attention for its potential in high-performance computing. Anticipating this trend, Chung Yuan Christian University (CYCU) became the first institution in Taiwan to establish a dedicated college for quantum computing in 2022, aiming to build the nation’s most advanced quantum computing base.
A Quiet Academic Oasis With an Outstanding Track Record
Just steps away from the bustling and vibrant Zhongyuan Night Market, CYCU offers a serene academic oasis that has built a strong reputation over its 70-year history. In contrast to the enrollment declines faced by many universities due to Taiwan’s declining birthrate, CYCU has defied the odds—achieving a 100% freshman enrollment rate for five consecutive years.
In 2025, CYCU was ranked #1 among private universities in Global Views Monthly’s “Most Desired Graduates by Employers” survey, a recognition of the university’s growing appeal among industry leaders.
Pioneering Quantum Computing: Building Taiwan’s Strategic Hub
CYCU’s ability to stay ahead in Taiwan’s competitive higher education landscape lies in its keen foresight of industry trends. Well before the global AI boom, the university identified the potential of big data and quantum computing. In 2022, it launched the School of Intelligent Computing and Quantum Information—the first of its kind in Taiwan.
To lead this ambitious initiative, CYCU appointed renowned quantum physicist Dr. Ching-Ray Chang as Director of the Quantum Information Center. The university has since invested in the country’s most complete quantum computing infrastructure, offering top-tier resources for teaching and research.
Global Collaborations Fuel Quantum Innovation
CYCU has actively pursued industry-academic collaborations, partnering with Belgium’s leading semiconductor research center IMEC and global tech giant NVIDIA. Together, they are exploring cutting-edge applications in Quantum AI and Quantum Finance, solidifying CYCU’s role as Taiwan’s frontline base for quantum computing innovation.
Dr. Chang emphasized that quantum technology is considered a revolutionary force for the next generation, with widespread implications across cybersecurity, finance, energy, and defense. Over the coming years, quantum technology and AI are expected to advance together—quantum accelerating AI performance, and AI in turn fueling quantum research.
Quantum Computing: At the Heart of Future Global Tech
In fact, the United Nations has declared 2025 the International Year of Quantum Science and Technology. Once described by Einstein as “spooky,” quantum mechanics is now hailed by tech giants for its computational superposition—the ability to process multiple calculations simultaneously. This trait dramatically increases efficiency in large-scale data processing, empowering AI algorithms.
Another key advantage is energy efficiency. Quantum computers consume far less energy while delivering superior performance, aligning with the global push for carbon reduction and sustainability.
On the global stage, IBM opened Europe’s first quantum computing center in Germany in 2024. Meanwhile, Google and NVIDIA are developing next-generation quantum processors. Nations like the U.S. and China are pouring resources into building quantum infrastructure, underscoring the intensifying global competition. CYCU’s early investment directly aligns with these international trends.
Interdisciplinary Focus Meets Global Engagement
CYCU’s quantum programs emphasize interdisciplinary integration and real-world application, with courses spanning AI, big data, and quantum technologies. The university also integrates resources from its Colleges of Engineering, Business, and Electrical Engineering & Computer Science, supporting projects in AI-powered materials, financial computing, and renewable energy forecasting. These initiatives are also linked to the United Nations Sustainable Development Goals (SDGs), advancing the university’s social responsibility mission.
Results are already emerging. CYCU’s collaboration with Fujitsu Japan led to breakthroughs in Digital Annealing Technology, which performs ten times faster than traditional computing. The research was published in international journals. The university’s annual summer camps have attracted international students from Japan, the Philippines, and beyond, earning widespread acclaim.
From Knowledge to Impact: Nurturing Talent That Solves Real Problems
CYCU’s academic excellence stems from its commitment to integrated learning and holistic education. Its curricula align closely with industry demands and are embedded with AI and sustainability themes, enabling students to master new technologies while cultivating a sense of social responsibility.
As a Christian university, CYCU also leverages strong ties with local churches and care organizations to provide comprehensive student support—creating a virtuous cycle where alumni continue to give back to the institution.
“We emphasize applying knowledge to solve real-world problems,” said President Ying-Ming Lee. “Our students don’t just learn—they learn how to make an impact,” he added, highlighting why CYCU graduates are highly regarded by employers.
Preparing for a Future of Rapid Change
Looking ahead, President Lee believes that future generations will face two major challenges: the exponential growth of technology and the rapid shifts in global geopolitics—especially following former U.S. President Donald Trump’s tariff policies, which disrupted global economic structures.
These changes will bring uncertainty and pressure to younger generations. In such a world, single-skill expertise is no longer sufficient. Only those with interdisciplinary abilities, flexibility, and resilience will thrive.
“Future-ready talent cannot specialize in just humanities or STEM,” President Lee stressed. “They must be capable of cross-domain integration and adaptive thinking.”
With its School of Intelligent Computing and Quantum Information at the core, CYCU is embracing global tech trends by advancing cross-campus, cross-industry, and international collaborations—nurturing a new generation of talent ready to take on the challenges of tomorrow.
Source: Global Views Monthly
Written by: Liu, Jui-Ching
Excerpt from: “2026 Future Talent Key Report”
