Dr. Didar is currently working on the development of bio-functional interfaces with simultaneous repellency and targeted binding which could have significant impact on the design and development of the next generation of biomaterials, biosensors and medical coatings. He plans on implementing bio-functional interfaces in the forms of large-scale microfluidic systems for developing new diagnostics, drug discovery and personalized medicine platforms. He plans on designing bio-inspired materials and devices for applications in biomedical devices, bio-sensing, microfluidics and bio-hybrid micro-robots.
