Electronic Design Automation for Biomedical

Develop, assemble and test an electronic, system based module that delivers DC power to a biomedical instrument, monitors itself and the instrument, and displays operating conditions and fault alerts. The electromechanical assembly employs analog and digital hardware, microcontroller, firmware and is intended to be used in year 3 capstone project. Use Electronic Design Automation (EDA) tools for schematic capture, firmware development, system simulation, and printed circuit layout generation. Get the PCB Manufactured, assemble the PCB, develop, and deploy firmware, troubleshoot the board and install the PCB in metal chassis. Cut and drill openings in metal case, mount COTS SMPS power supply, prepare and install wiring harnesses and test the complete assembly. Include 3D printed component with (optional) panel graphics. Study topics of linear and switchmode AC-DC power supply with emphasis on electrical safety in healthcare.