Research Aims | UNIST
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We lead the development of science and technology and produce
world-class Research results in the Field of next-generation energy and advanced new materials
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Research Aims
The pioneering spirit and unceasing spirit of challenge condensed at UNIST extend beyond the campus to the region, the nation, and the world.
UNIST
aims to be a world-leading science and technology university contributing to human life, conducting
science and technology Research and convergence Research that will present a new paradigm
We are leading the way. We conduct impactful Research based on world-class Research capabilities and infrastructure.
Leading Research
Leading Areas
Humanity's Sustainable Future and Digital Transformation
Key innovative technology Field driving innovation
Carbon Neutrality
Carbon Neutrality
In the Field of Carbon Neutrality, we are Research the transition to low-carbon energy, focusing on Carbon Capture, Utilization, and Storage (CCUS), Hydrogen energy, next-generation solar cells, and nuclear-based carbon-free power technologies. Encompassing technologies across the entire lifecycle from energy production to storage and utilization, we are presenting realistic solutions for carbon reduction technologies through demonstration Research linked to actual industrial processes.
AI (Artificial Intelligence)
AI (Artificial Intelligence)
In the Field of AI, based on Research into core algorithms such as machine learning and very large generative models, we are conducting AI+X convergence Research alongside the AI ​​Core Field , which applies AI to various industries including manufacturing, robotics, autonomous driving, and healthcare. By simultaneously pursuing theoretical Research and the solution of real-world industrial problems, we are generating world-class academic achievements as well as results from field applications.
Next-Gen Nuclear Energy
Next-Gen Nuclear Energy
Next-Gen Nuclear Energy Research focuses on developing future energy technologies that simultaneously realize safety and sustainability. It resolves challenges arising throughout the entire nuclear lifecycle—including reactor physics, thermal-hydraulics and safety, high-performance material development, spent nuclear fuel management, and nuclear power plant decommissioning—and contributes to enhancing the stability and sustainability of carbon-free power supply.
Smart Manufacturing
Smart Manufacturing
In the Field of Smart Manufacturing, manufacturing processes are being made intelligent by utilizing digital twins, industrial AI, and 3D printing. Through real-time analysis of process data and prediction-based control, production efficiency and quality are simultaneously improved, realizing the digital transformation and high value-added of the manufacturing industry.
Smart Healthcare
Smart Healthcare
In the Field of Smart Healthcare, we are promoting the intelligentization of the entire process of diagnosis, treatment, and rehabilitation by integrating wearable sensors, medical artificial intelligence, and rehabilitation robot technology. By establishing a healthcare system centered on personalized medicine and remote prevention, we are contributing to simultaneously increasing the accessibility and efficiency of medical services.
Smart Mobility
Smart Mobility
Smart Mobility Research encompasses next-generation mobility technologies spanning land, sea, and air, including electric vehicles, autonomous vehicles, autonomous ships, and Urban Air Mobility (UAM). It aims to realize a safe and eco-friendly future transportation system centered on high-energy batteries and AI-based perception and control technologies.
Super-gap Research
Super-Gap Areas
Overwhelming advantage in the global technology hegemony competition
National strategic Research Field to secure
Semiconductor
Semiconductor
In the Semiconductor Field , we are conducting intensive Research on system Semiconductor , as well as next-generation device structures and advanced process technologies. We are proactively developing future Semiconductor technologies, such as next-generation transistor structures and neuromorphic devices specialized for artificial intelligence computation, while building integrated Research capabilities that encompass design, devices, processes, and materials. Through this, we are continuously producing key talent for the Semiconductor industry and contributing to strengthening the competitiveness of the next-generation Semiconductor ecosystem.
Hydrogen
Hydrogen
In the Hydrogen Field , we are driving technological innovation across the entire lifecycle of Hydrogen production, storage, transportation, and utilization, which serves as a core energy source for the Carbon Neutrality era. In particular, we are accumulating core technologies to secure global competitiveness in the Hydrogen industry by pursuing Research on low-cost, high-efficiency catalyst technologies for green Hydrogen production, large-scale storage and transportation materials, and AI-based process optimization.
Secondary Batteries
Secondary Batteries
The Secondary Batteries Field is UNIST's representative world-class Research Field, leading next-generation battery technology that simultaneously satisfies high energy density and high power characteristics. Through the development of next-generation electrode materials such as high-nickel cathodes and silicon anodes, we are breaking through the performance limits of electric vehicles and energy storage systems, and securing core competitiveness in the future mobility and energy industries through ultra-fast charging and long-life battery technologies.
Future Challenge Research
Future Challenging Areas
Pioneering future markets and expanding the scope of human activity
High-risk, high-performance challenge Field
Quantum
Quantum
In the Field of Quantum Research , we are preparing for the paradigm shift in next-generation information processing by Research Quantum computing algorithms, superconducting and Semiconductor based qubit hardware, and ultra-precision Quantum sensing technology. Furthermore, we aim to undertake fundamental research that will serve as the foundation of future ICT technologies, such as improving sensor accuracy and computational efficiency through new approaches like Quantum machine Research.
Aerospace Engineering
Aerospace Engineering
In the space and aviation Field, we are preparing for the New Space era through small satellite technology and Research related to next-generation air mobility. Based on our strengths in mechanical engineering and materials Field, we are focusing on the design and control of unmanned aerial vehicles (UAVs) and personal air vehicles (PAVs), as well as Research on the development of core aerospace components based on carbon composite materials.
Oceons and Fisheries
Oceons and Fisheries
In the marine and fisheries Field, we are focusing on developing technologies to respond to changes in the marine environment and ensure the sustainable utilization of marine resources. We are promoting the digital transformation of the marine industry through Research utilizing IoT and artificial intelligence, such as real-time marine monitoring, and presenting new possibilities for marine energy utilization through eco-friendly marine energy technologies based on seawater batteries.
Shipbuilding and Defense
Shipbuilding and Defense
In the shipbuilding and defense Field, we are responding to changes in the future maritime and defense environment by focusing on eco-friendly and intelligent technologies. Through related Research, we aim to realize next-generation smart ships and are preparing for the future battlefield environment through smart defense technologies such as artificial intelligence for controlling drone swarms and wearable robots for soldiers.
Content Department :
Research Planning Team
Last modified:
2026.04.02