• Invented a new class of additive manufacturing (3D Printing)- melt electrowriting – to produce accurate and highly porous scaffolds for biomaterials science
  • Five years experience developing a biomedical device for a clinical trial.
  • Interdisciplinary experience in spinal cord surgery, nanotechnology and tissue engineering, in three different labs as a post-doctoral and independent researcher.
  • Sustained academic track record in electrospinning, surface science, hydrogels and polymer processing. Track record found on Google Scholar.


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