Korea Advanced NanoFab Center

Korea Advanced NanoFab Center
Name	Korea Advanced NanoFab Center
Established	2008
Location	Daejeon, South Korea
Type	Research institute
Affiliations	Daedeok Innopolis, Korea Research Institute of Standards and Science, KAIST, POSTECH

Korea Advanced NanoFab Center is a South Korean research institute focused on nanoscale fabrication, photonics, and semiconductor prototype development. Located in Daejeon within Daedeok Innopolis, it provides infrastructure and expertise to accelerate translational research for academia, startups, and multinational corporations. The center collaborates with national research institutes, universities, and industrial partners to support advanced lithography, materials characterization, and device integration.

History

The center was founded in 2008 amid national initiatives similar to EUREKA and Horizon 2020-era programs to strengthen South Korea's microfabrication ecosystem; it parallels institutions such as IMEC and CENSE. Early partnerships involved KAIST, Korea Institute of Science and Technology, and the Electronics and Telecommunications Research Institute to build cleanroom capacity and workforce development. Over time it expanded under alignment with Ministry of Science and ICT priorities and linked to regional clusters like Daedeok Innopolis and collaborations with Pohang University of Science and Technology (POSTECH) and Seoul National University. Milestones include establishment of multi-level cleanrooms, procurement of EUV-compatible tools analogous to those at TSMC and Samsung Electronics, and participation in international consortia reminiscent of NMI3.

Facilities and Capabilities

The center hosts class 100 to class 10 cleanrooms equipped for electron-beam lithography, photolithography, and nanoimprint lithography, comparable to facilities at IMEC, CSEM, and NIST. Metrology capabilities include scanning electron microscopy used in studies similar to IBM Research projects, transmission electron microscopy like facilities at Argonne National Laboratory, and atomic force microscopy comparable to instrumentation at Max Planck Society institutes. Process tools support thin-film deposition methods such as atomic layer deposition practiced at Oak Ridge National Laboratory and molecular beam epitaxy used in Rutherford Appleton Laboratory collaborations. Packaging and test labs enable device characterization relevant to Intel and TSMC supply chains, while pilot production lines facilitate prototyping akin to Fraunhofer Society translational projects.

Research and Programs

Research areas span nanoelectronics, photonics, MEMS, biosensors, and quantum devices, intersecting themes from National Nanotechnology Initiative-style roadmaps and quantum efforts like those at QuTech. Programs support translational work driven by partnerships with KAIST, POSTECH, and Yonsei University researchers, and training initiatives comparable to Marie Skłodowska-Curie Actions. The center runs user-access programs for academia and startups similar to ISIS Neutron and Muon Source beamtime models, and joint research projects with corporations such as Samsung Electronics, LG Electronics, and SK Hynix. Collaborative themes include 2D materials research related to studies at Columbia University and University of Manchester (graphene), nanophotonics aligned with Caltech and Harvard University groups, and biosensor development reflecting work at Johns Hopkins University.

Industry Partnerships and Commercialization

The center engages in translational partnerships, technology transfer, and spin-off support resembling models from the Fraunhofer Society and CIC innovation ecosystem. Industry collaborators include major Korean firms (Samsung Electronics, SK Hynix, LG Electronics) and international partners such as TSMC and Intel for process development and prototyping. Commercialization pathways include licensing, joint ventures, and incubation similar to Y Combinator-style acceleration for deep-tech ventures, and cooperative projects with venture capital firms and national funding agencies like Korea Development Bank instruments. The center supports startup incubation alongside university tech transfer offices at KAIST and Seoul National University.

Organization and Funding

Administratively, the center functions within regional research infrastructure frameworks like Daedeok Innopolis and collaborates with national institutes such as Korea Research Institute of Standards and Science and Korea Institute of Science and Technology. Funding sources combine competitive grants from the Ministry of Science and ICT, programmatic investments akin to National Research Foundation of Korea awards, fee-for-service revenue from industry users, and strategic investments comparable to public–private partnership models seen at IMEC. Governance involves a board of advisors drawn from academia, industry, and national research organizations including representatives from KAIST, POSTECH, and major semiconductor companies.

Notable Projects and Achievements

Notable achievements include establishment of integrated prototyping lines supporting advanced packaging and heterogeneous integration projects with partners similar to Samsung Advanced Institute of Technology and contributions to 2D materials device demonstrations paralleling milestones from Graphenea collaborations. The center has supported MEMS sensor commercialization efforts reminiscent of Bosch-era spinouts and enabled biosensor validation projects with clinical partners such as Asan Medical Center and Seoul National University Hospital. It has participated in international benchmarking and collaborations that echo trials at IMEC and NIST, and its alumni and spin-offs have engaged with global supply chains involving TSMC, Intel, and Applied Materials.

Category:Research institutes in South Korea Category:Nanotechnology institutions