This center is currently focused on developing point-of-care devices for detecting and testing of cancers. By merging the advances in microfluidics with micro fabrication technologies, the group is trying to introduce novel platforms that lead to fast and accurate detection of Circulating Tumor Cells in early stages. Analytical, computational and experimental approaches are designed for modeling, simulation and improved understanding of cellular regulation in human health and disease, to develop new cell cancer isolation microchips.

 Researches:

-Ultrasonic-assisted WED Turning
-Ultrasonic-assisted Magnetic Abrasive Finishing
-Production Of Copper And Silver Nano Particles By Ultrasonic-assisted EDM
-Ultrasonic-assisted WED Milling
-Ultrasonic Assisted Desalination and Cleaning
- 3-D printing of architectural structures using environmental friendly material