Salvatore D. Morgera

Salvatore Domenic Morgera is an American and Canadian engineer, scientist, inventor, and academic. Morgera is a Tau Beta Pi Eminent Engineer, Life Fellow of the Institute of Electrical and Electronics Engineers (IEEE), Fellow of the Institution of Engineering and Technology(IET), Fellow of the American Association for the Advancement of Science (AAAS), Fellow of the Asia-Pacific Artificial Intelligence Association (AAIA), Professor of Electrical Engineering, Professor of Biomedical Engineering, and Director of the C4ISR Defense & Intelligence and Bioengineering Laboratories at the University of South Florida and Professor Emeritus at McGill University, Concordia University, and Florida Atlantic University.

In 1990, Salvatore D. Morgera was elevated to fellow of the IEEE for contribution to finite-dimensional signal processing methods.

He is the Director of the [https://www.globalneuronetworks.com Global Center for Neurological Networks]. The Global Center for Neurological Networks is a merger of several leading research laboratories, conducting research and development within the new frontiers of brain mapping, diagnostics, and therapeutics. The Center's mission is to enhance neurological function and combat neurological dysfunction through a better understanding of the structure and function of the neurological networks of the brain.

Previously, he served as Professor and Chair of Electrical Engineering and Director of the Bioengineering Program at Florida Atlantic University, Professor of Electrical and Computer Engineering and Director of the Information Networks and Systems Laboratory at McGill University, and held multiple leadership roles in industry, government, and academia in both Canada and the United States for over 45 years.

He has focused on networks his entire professional life. He, and the teams he has directed, are responsible for the Canadian oceanographic data gathering networks, the acoustic networks for American submarine tactical and strategic communications, the worldwide CAT3 auto-landing networks for commercial aircraft, and the military wireless networks used in sensitive and challenging parts of the world. In the last decade, he has turned his attention to the neurological networks of the brain and its electric near-field and bio-metamaterial structures. Understanding these extraordinary near-field networks and the bio-metamaterial human brain structure in which they operate will enable the development of advanced therapeutics and procedures for neurological diseases. Provided by Wikipedia