Scalable Nanofabrication & On-demand 3D nano/micro printing
Meniscus-guided 3D nano/microprinting and low-cost fabrication of functional metallic, dielectric, plasmonic and hybrid nanomaterial architectures.
A journey across India, South Korea, Germany and the UAE, shaping a multidisciplinary research direction in scalable nanotechnology, plasmonics, sensing and functional material systems.
Pusan National University, Busan, Korea
Energy Convergence & Technology Center
Pusan National University, Busan, Korea
Energy Convergence & Technology Center
Pusan National University, Busan, Korea
Bio-IT Fusion Technology Research Institute
Pusan National University, Busan, Korea
University-Industry Collaboration Center
Pusan National University, Busan, Korea
Bio-IT Fusion Technology Research Institute
Hallym University, Chuncheon, Korea
Nano Convergence Center
Paderborn University, Germany
Ultrafast Nanophotonics, Dept. of Physics
Institute of Photonic Quantum
Systems (PHoQS)
New York University Abu Dhabi (NYUAD)
Meniscus-guided 3D nano/microprinting and low-cost fabrication of functional metallic, dielectric, plasmonic and hybrid nanomaterial architectures.
Wafer-scale plasmonic nanostructures and nanogap platforms for reproducible SERS, optical field enhancement, spectroscopy and light–matter interaction.
Bio-inspired and brain-mimic sensors for healthcare, environmental monitoring, agri-food quality and disease-related diagnostics.
Responsive soft materials, adaptive architectures and nanostructured energy-related systems for multifunctional device applications.
QD-based and hybrid nanomaterial systems for photoluminescence enhancement, photonic coupling and functional optoelectronic applications.
2021 | Pusan National University
Topic focus: Optical bio-nano fusion materials. Awarded 36 million KRW/year.
2017 | Pusan National University
Topic focus: Self-assembled functional biomaterials. Awarded 36 million KRW/year.
2014
2-year funding totaling 26.4 million KRW for advanced doctoral studies.
2009
2-year funding totaling 26.4 million KRW towards early doctoral research.
Open to cross-disciplinary collaborations in plasmonics, 3D printing and biosensing. Interested in joint projects or partnerships? Get in touch.