The researcher will be involved in a project that seeks to improve the efficiency of a new brain cancer (cerebral glioblastoma) therapy by using alternating electric fields of low intensity and intermediate frequency. We are looking for a candidate with expertise in 3D printing technologies, advanced cell culture evaluation for the evaluation of conductive materials and their effect on cell viability, proliferation, and differentiation in vitro. The task will be to perform the last implantable probes, optimization of possible microelectrode arranges, and analyze and validate final biological data from the fabricated microelectrodes and flexible battery.
We are looking for a candidate with a background in biomaterials and knowledge in biology, cell culture techniques, 3D printing and material characterization.