Currently, I am working on the design of an automated measurement system for solar cells. This would allow to perform cyclic voltammetry (IV measurement) and electrochemical impedance spectroscopy (EIS) on up to 12 solar cells substrates and up to 8 pixels in a row without human intervention. This multidisciplinary project encompassing automation of the measurement process, precise stepper motor control for handling the solar cells (DUET 2), coding for system operation and data acquisition (Python 3.9), as well as the design and fabrication of custom components using 3D modeling and FDM 3D printing technologies (ABS).