Melt electrowriting (MEW) is an additive manufacturing (AM) technology that harnesses phenomenon resulting from an electrical field applied to a molten polymer delivery system to produce porous 3D structures . This technique can result in precise deposition and stacking of extruded micrometric fibers, providing fine control over the spatial details of the processed sample. As a result, MEW has gained interest in biomedical research for fabricating scaffolds in a spectrum of applications . Furthermore, MEW enables localized manipulation of functional material properties, which has recently been exploited in the development of sensing structures , soft robotics , and actuators .