Navarun Gupta

Navarun Gupta is a Professor and Chair of the Department of Electrical Engineering within the School of Engineering at the University of Bridgeport's College of Engineering, Business & Education. He holds a Ph.D. in Electrical Engineering from Florida International University (2003), complemented by an M.S. in Physics from Georgia State University (1992) and an M.S. in Electrical Engineering from Mercer University (1998).

His educational credentials include:

• Ph.D., Electrical Engineering, Florida International University, 2003
• M.S., Physics, Georgia State University, 1992
• M.S., Electrical Engineering, Mercer University, 1998

Dr. Gupta's research centers on signal processing with specialized applications in audio and bio signals. His work spans:

• Digital Signal Processing for mobile and biomedical applications
• Pattern Recognition in biosignals (e.g., meditation impact on brain activity)
• Audio Spatialization and 3D sound modeling using anthropometric data
• Millimeter-wave propagation for 5G networks
• Biomedical case studies on electrical burns and respiratory flow dynamics
• Neuroscience applications in problem-solving and concentration

His publication trends (2018-2020) emphasize biomedical signal classification, cloud security protocols, and wireless propagation modeling, demonstrating cross-disciplinary impact in healthcare and communications. Earlier works (2000-2016) established foundational contributions in audio spatialization, brain signal analysis, and biomedical engineering case reports.

No scientific awards are documented in his current profile.

Dr. Gupta has secured significant research funding including:

• National Science Foundation grant ($192,347, 2014) as Co-PI for teacher fellowship programs in urban schools
• United Illuminating Company grant ($11,020, 2018) as Co-PI for energy loss analysis
• Department of Education grant (2014) as Co-PI for aerospace/hydrospace curriculum development
• ENGAGE mini-grant ($2,000, 2013) as PI for engineering education initiatives

As Department Chair, he leads interdisciplinary collaborations in biomedical signal processing and wireless communications, with research directly impacting healthcare monitoring systems, audio engineering, and electrical safety standards through industry partnerships.