Class 100 Clean Room Infrastructure

Class 100 Clean Room Infrastructure

Objective

• We aim to build a Class 100 clean room to build a biomedical micro/nanofabrication facility, which is the national semiconductor initiatives, and growing interest from industry partners, and increasing demand from students toward Class 100 contamination control standards with a much greater training capacity.

Description

• Over the past decade, our research group has progressively advanced microfluid devices, optical biosensing, nanomaterial-assisted diagnostics, and semiconductor-inspired fabrication approaches for Lab-on-Chip and Organ-on-Chip platforms. Class 100 cleanrooms provide substantially tighter particulate control than Class 1000, supporting sub-micron lithography and semiconductor-grade fabrication. This is essential for fabricating high-resolution biomedical micro and nanodevices, nanopatterned surfaces, etc.

Impact

• Improved Healthcare and Disease Treatment., Enhanced Food Security and Sustainable Livestock Breeding., Empowerment of Rural and Small-Scale Farmers., Advancements in Regenerative Medicine., Environmental Sustainability., Global Impact on Public Health and Personalized Medicine.