Total mentored projects: 7
Using a multiphase direct ink writing method to 3D-print composite structures applicable in biomedical scaffolds and soft robotics will improve strength and toughness.
Developing scalable synthesis of nanoparticles will improve piezoresistive and wearable technology applications.
Leveraging short, aligned nano-fibers will reduce carbon fiber's geometric limitations and increase its strength when 3D printed.
Developing a template for more consistent graphene distribution will help produce stronger carbon fibers.
Studying the processing-structure-property relationship of porous fibers could improve water treatment efficiency.