Hanyang University Research and Development: Driving Global Innovation
Hanyang University (HYU) has established itself as a powerhouse of academic and industrial advancement. By integrating diverse fields such as biological sciences, natural sciences, medicine, and business administration, the university fosters an environment where theoretical knowledge transforms into practical application. Under the NEW HANYANG 2020 plan, the institution has prioritized "Outreaching Research Competitiveness" to ensure its discoveries have a tangible impact on society.
Central to this mission is the Industry-University Cooperation Foundation (IUCF). The IUCF supports researchers by providing critical funding during the initial stages of projects and offering expert assistance to ensure research is published in prestigious international journals.
Key Facts
- Top Ranking: Number one among Korean universities in technology transfer revenues (over 10 billion won between 2006 and 2009).
- Government Support: Recipient of 15.4 billion won annually through the Brain Korea (BK21) Phase II project.
- Strategic Infrastructure: Home to the Components and Materials R&D Cluster and the first Campus Innovation Park project.
- Medical Breakthroughs: Leading research on cures for Lou Gehrig's disease and malaria pathogenesis.
- Industrial Partnerships: Collaborations with global entities like Kakao, Entegris, LG Innotek, and LG Micron.
Strategic Research Infrastructure and Funding
Hanyang University leverages specialized zones to bridge the gap between academia and industry. At the ERICA Campus, the university operates the Components and Materials R&D Cluster, which hosts government research institutes including KITECH, KTL, and KERI, alongside private sector leaders like LG Innotek and LG Micron.
The university's excellence is further validated by the Brain Korea (BK21) Phase II project. In 2006, 28 project teams were selected for this government-sponsored initiative aimed at creating world-class research universities. Notably, every team that applied from the science and technology sector was accepted, securing 15.4 billion won in annual funding for seven years.
Technological Innovation and Commercialization
HYU is a leader in technology transfer—the process of transferring scientific findings to the commercial sector. The university's Technology Licensing Office (TLO) earned the highest rating from the Ministry of Education, Science, and Technology for five consecutive years. A recent highlight includes the transfer of pico porous polymer membrane technology to a global enterprise.
The HYU Center for Business Incubation, recognized annually by the Ministry of Information and Communication, has expanded its reach beyond Korea by establishing a presence in Shanghai, China.
Robotics and Engineering
At the Innovation Center for Engineering Education on the Seoul campus, researchers are developing human-like bipedal robots. The team focuses on a process called slip foot, where a robot's foot slips on the ground as the body rotates, allowing for efficient changes in direction that mimic human movement. This technology is envisioned for future household use.
Advanced Materials and Energy
Research into lithium-ion batteries has led to the discovery of a Si-Ge (silicon-germanium) composite. This material improves the mechanics and kinetics of lithium while maintaining high volumetric capacity. Specifically, researchers found that nanowires with a silicon core and a germanium shell offer superior electrochemical performance and rate capability.
Chemical Engineering and Polymers
In the field of chemistry, HYU is developing photo-responsive, biodegradable, and high heat-resistant polymers for flexible displays. A significant achievement includes the synthesis of PDOPAM-PMMA block copolymers (BCPs) via RAFT polymerization. These BCPs can implement sub-20 nm directed self-assembly processes, a study that ranked in the top 5 percent of papers in Advanced Material.
Biomedical and Health Breakthroughs
Hanyang University is making critical strides in treating intractable diseases. The Cell Therapy Center for Intractable Neurological Disorders is conducting research on Lou Gehrig's disease, producing a therapy that is among the closest in the world to receiving Korean FDA approval.
Additionally, biomedical researchers are targeting malaria, a disease caused by Plasmodium parasitic protozoans. By annotating the Pf3D7 strain and completing the genome sequence of Pf, the team is identifying new targets for drug development and mapping the biological pathways of the disease.
The ERICA Campus Innovation Park
In 2019, the ERICA campus was selected for the first Campus Innovation Park project, a joint effort by the Ministry of Education, the Ministry of Land, Infrastructure and Transport, and the Ministry of SMEs and Startups. This project brought a promised investment of 690 billion won. Today, the campus hosts the data center for the IT giant Kakao and a technology center for the U.S. supplier Entegris.
| Focus Area | Key Achievement/Entity | Impact/Outcome |
|---|---|---|
| Technology Transfer | TLO Program | #1 in Korea; >10 billion won revenue (2006-2009) |
| Robotics | Innovation Center for Engineering Education | Bipedal robots using 'slip foot' movement |
| Energy | Si-Ge Composite Research | Improved lithium-ion battery cycle performance |
| Medicine | Cell Therapy Center | Advanced therapy for Lou Gehrig's disease |
| Infrastructure | Campus Innovation Park | 690 billion won investment; hosts Kakao and Entegris |
Frequently Asked Questions
What is the NEW HANYANG 2020 plan?
It is a strategic plan that designates "Outreaching Research Competitiveness" as a key direction to enhance the university's research impact and global standing.
How does the IUCF support researchers?
The Industry-University Cooperation Foundation provides funding for projects in their initial stages and assists in publishing research in prominent international journals.
What is the significance of the 'slip foot' process in robotics?
The slip foot process allows bipedal robots to change directions more efficiently by mimicking the way humans rotate their bodies and slide their feet on the ground.
What are the benefits of the Si-Ge composite in batteries?
The silicon-germanium composite, particularly in a core-shell nanowire structure, provides stable cycle performance, excellent rate capability, and high volumetric capacity for lithium-ion batteries.
Which companies are currently located at the ERICA Campus Innovation Park?
The campus currently hosts the data center for the Korean IT company Kakao and the technology center for the U.S.-based supplier Entegris.