




Bioelectronics brings together the best of two worlds: the strengths of biology and biochemical interactions are combined with electronic signal detection, processing and analysis. This leads to new applications in medicine, diagnostics and therapeutics that would never be imaginable within the limitations of each separated domain. Experts say that the healthcare industry and the economy will be transformed by enterprises involved in designing and manufacturing of biomedical sensors and bioelectronic devices and systems, involving micro- and nano-electronic materials, for biomedical imaging (at cellular, molecular and organ levels), diagnostic, therapeutic, and other clinical applications.Click here for degree curriculum



