Fabrication of electroconductive nanoscaffolds plays a crucial role in tissue engineering. In this study, the PEDOT-PCL scaffold was fabricated for the first time, by an innovative lightinduced in situ method which merges step-growth and chain-growth polymerizations. Results indicated that the scaffold contained ~30% PEDOT. SEM and TEM micrographs demonstrated the drastic changes in the morphology and topology of the scaffold, respectively. PEDOT-PCL displayed all the desired features of a TE scaffold including interconnected nanoporosity, low melting point, and high electroconductivity. Another advantage of the originated methodology is to avoid the use of sophisticated techniques such as electrospinning or vapor-phase polymerization. Furthermore, as a consequence of the self-assembling nature, the scaffold exhibited mixed solvatochromism which can be used in sensor applications.