Semiconductor Engineering Lab.
Pioneering innovations in semiconductor devices and processes. Explore our labs driving core tech.
Laboratory Introduction
The laboratories in the Department of Semiconductor Engineering are dedicated to breaking through the physical and technical limits of semiconductor devices, advanced materials, and next-generation fabrication processes. As the miniaturization of semiconductor manufacturing accelerates, our research groups focus heavily on atomic layer deposition (ALD), advanced etching technologies, and the synthesis of novel two-dimensional nanomaterials.
Leveraging our world-class cleanroom infrastructure, we have established a comprehensive research ecosystem that spans from theoretical device simulation to actual fabrication and characterization. Active industry-academic projects focus on optimizing thin-film processes for high-performance memory and non-memory devices, developing wide-bandgap compound semiconductors (SiC, GaN) for power efficiency, and designing eco-friendly manufacturing equipment. Our laboratories serve as a global cradle for securing core technologies in materials, components, and equipment, while nurturing top-tier talent to redefine tomorrow’s fabrication paradigms.
Laboratory Introduction
The laboratories in the Department of Semiconductor Engineering are dedicated to breaking through the physical and technical limits of semiconductor devices, advanced materials, and next-generation fabrication processes. As the miniaturization of semiconductor manufacturing accelerates, our research groups focus heavily on atomic layer deposition (ALD), advanced etching technologies, and the synthesis of novel two-dimensional nanomaterials.
Leveraging our world-class cleanroom infrastructure, we have established a comprehensive research ecosystem that spans from theoretical device simulation to actual fabrication and characterization. Active industry-academic projects focus on optimizing thin-film processes for high-performance memory and non-memory devices, developing wide-bandgap compound semiconductors (SiC, GaN) for power efficiency, and designing eco-friendly manufacturing equipment. Our laboratories serve as a global cradle for securing core technologies in materials, components, and equipment, while nurturing top-tier talent to redefine tomorrow’s fabrication paradigms.
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