Her research interests are in polymeric bioelectronics applied in tissue engineering. Current projects include:

Enhancing the electronic stability of conducting polymers in physiological conditions by tailoring the chemistry of conjugated polymers and developing fabrication techniques that allow the dopant to be retained in the matrix.
3D electroactive scaffolds for cell seeding, proliferation and differentiation.
Sutureless conductive patches for cardiac regeneration with micropatterned surfaces for cell alignment and photo-adhesion to tissue
Investigations of the effect of electrically bio stable conjugated systems on the electro-physiology of electro-responsive tissues.
Development of conjugated nanoparticles for photo-thermal therapy and on-demand drug delivery.
3D printing of biological scaffolds.