My research interests lie at the intersection between manufacturing with a circuit and biotechnology/bioengineering. Research areas include bio-inspired engineering organ models, medical devices, automated systems, and biomaterials as below; • Electrical-mechanical stimulation system for engineered tissues (e.g., heart, knee joint). • The development of a system to predict cell motion responding to biological and mechanical stimulation using machine learning technology. • The development of an automated system for replacing cell culture media. • Bionics to fabricate an artificial prosthetic hand using machine learning. • The development of a cardiovascular flow simulator for designing a catheter. • Scaffold printing using biomaterials and a 3D bioprinter.