The application of conductive polymer based scaffolds as functional biomaterials is still limited due to the lack of coexistence of favourable attributes in a single scaffold, including adequate mechanical properties for culturing soft tissues, self-healing behaviour, conductivity, ECM mimicking structure and sufficient biocompatibility. Our goal is to develop  an all-organic, continuous conducting path compared to the non-continuous, point-to-point connected conducting networks of inorganic nanoparticles. Hence, the proposed scaffold could open new avenues for cardiac tissue engineering.