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Neural Computation Lab
Neural Computation Lab
We design invasive brain-machine interface (iBMI) which translates neural signals into movement intention so that paralyzed patients can control wheelchairs by their intention. We cooperate with other international laboratory in order to acquires nonhuman primates' datasets. We then design the neural decoder by the dataset. -
Advanced Material and Processing Lab (AMPL)
Advanced Material and Processing Lab (AMPL)
AMPL is focusing on green synthesis and circular economy. We extract and synthesize a wide range of high-performance, high-value-added nanomaterials. Cellulose, lignin, silicon, and metals are all cost-effective materials extracted from agricultural waste - rice straws. Cellulose nanocrystalline and glucose are further extracted from cellulose, which enhances composite material and is used as an emerging biomass energy source. Chitosan is obtained from fishery waste - cartilage animal shells and used in environmental applications such as biomedicine technology and ecological treatment. -
Geoinformation analysis and smart management
Geoinformation analysis and smart management
Environmental spatiotemporal data accumulates into big data, and the content in the data are far beyond traditional mathematics and statistical modeling. -
Combustion and Propulsion Lab
Combustion and Propulsion Lab
Welcome to Combustion and Propulsion Lab (CPL). At the CPL, we utilize both experimental and numerical methods to achieve our research goals. We closely cooperate with the National Chung-Shan Institute of Science and Technology, Metal Industries Research and Development Center, Industry Technology Research Center, and industries that work on defense and energy issues. -
Novel EXperimental & Theoretical Group for materials design
Novel EXperimental & Theoretical Group for materials design
The Novel EXperimental & Theoretical Group for Materials Design (NEXT-G Materials Design) is co-supervised by Prof. Wen-Dung Hsu and Prof. Shih-kang Lin at Dept. Materials Science and Engineering, National Cheng Kung University (NCKU), Taiwan. -
Micro/Nano Mechanics and Tribology Laboratory
Our laboratory mainly dedicates to simulating numerical mechanical lubrication by using multiple physical quantities on micro-electromechanical systems, mechanical and biological systems. -
Medical Device startup & Nanotechnology Development Laboratory
Medical Device startup & Nanotechnology Development Laboratory
Medical Device startup & Nanotechnology Development Laboratory's research topics focus on translate nanomedicine such as using functional nanoparticles to diagnosis and therapy cancer lesions. Nanotechnology also suitable to develop medical device, for example, wound dressing and In vitro rapid screening system. -
Biofluidics and Micro-Opto-Electro-Mechanical Systems Laboratory
Biofluidics and Micro-Opto-Electro-Mechanical Systems Laboratory
BMOEMS was established in the year 2011 by Prof. Han-Sheng Chuang in the Department of Biomedical Engineering at National Cheng Kung University. The major research of BMOEMS include development of various bio electro-mechanical chips and biomechanics of microorganisms. -
Offshore Structure & Renewable Energy Laboratory (OSREL)
Offshore Structure & Renewable Energy Laboratory (OSREL)
In recent years, our laboratory has devoted ourself to researching the related topics of marine renewable energy structures. -
STEAM Lab
The STEAM Lab of the Department of Hydraulic and Ocean Engineering integrates the Fluid Mechanics Laboratory, Makerspace and Computation Laboratory, and brings creative implementation into the field of hydraulic and ocean engineering. -
Lab for Computer Simulation and Visualization
Lab for Computer Simulation and Visualization
Our research focuses on the dynamics of hazardous flows in mountain areas and their mitigation countermeasures against sediment-related disasters, such as debris flows, landslides, as well as flooding in urban area. It consists of theoretical and numerical modeling and high efficient MPI/GPU parallel computation. -
Dr. Ying-Lan Chen's Multi-Omics Lab
Dr. Ying-Lan Chen's Multi-Omics Lab
Our team focus on studying the plant and nematode interaction using Multi-Omics analysis, and developing the enviromental-friendly nematode control strategies. Plant parasitic nematodes (PPNs) are the agronomically important pest that cause severe crop losses and economic damage worldwide.
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