Moncef Tayahi , PHD

I have consistently striven in my teaching and mentoring to achieve a balance between two goals: to train students for productive personal careers in industry, government, and academia in their immediate future, and to educate future leaders, entrepreneurs, and citizens in the long-term.
 
My research focuses on high speed electronic & photonic devices, circuits, and systems. I have focused on unraveling investigations of smart materials and devices by exploiting their electrical, chemical, and optical properties to establish general design rules independent of the substrate materials of choice or the processing technology. I developed photonic, microelectronics and optoelectronics devices, circuits, and systems; modeled, designed, fabricated & characterized various optical and optoelectronic devices, circuits and systems in the power electronics, sensor devices and systems. 

Postdoctoral Research: Bell Labs Lucent Technologies Holmdel, NJ, 2001 (Research topic: High Speed Electronics for Wavelength Division Multiplexing)

Ph.D.: University of Connecticut 2000 (Electrical Engineering)

B.Sc.: University of Illinois Urbana Champaign 1995 (Electrical and Computer Engineering, Mathematics minor)

2017 -2020 Associate Professor of Practice, Department of Electrical & Computer Engineering, Cleveland State University,

2012 -2017 Associate Professor, Department of Electrical & Electronic Engineering, Liverpool & Xian Tong University,

2008 -2012 Associate Professor of Electrical and Computer Engineering, Department of Electrical and Computer Engineering, Rutgers University,

2004 -2008 Assistant Professor of Electrical and Biomedical Engineering, Department of Electrical/Biomedical Engineering, University of Nevada,

2001 -2004 Member of the Technical Staff, Advanced Photonics Research Lab, Bell Labs Lucent Technologies,

2000 -2001 Postdoctoral Fellow, Advanced Photonics Research Laboratory , Bell Labs, Holmdel NJ

2020 -To Present Associate Professor Educator, Department of Electrical and Computer Engineering, University of Cincinnati , Cincinnati OH

Peer Reviewed Publications

Obrenovich, Mark E; Tayahi, Moncef B; Heidt, Caryn L; Emancipator, Steven N (2022. ) Prophylaxis and Remediation for Future Pandemic Pathogens-(Lessons from a Post-COVID World).Microorganisms, , 10 (12 ) , More Information

Obrenovich, Mark; Li, Yi; Tayahi, Moncef; Reddy, V Prakash (2022. ) Polyphenols and Small Phenolic Acids as Cellular Metabolic Regulators.Current issues in molecular biology, , 44 (9 ) ,4152-4166 More Information

Areo, Oluwatoyin; Joshi, Pratik U; Obrenovich, Mark; Tayahi, Moncef; Heldt, Caryn L (2021. ) Single-Particle Characterization of SARS-CoV-2 Isoelectric Point and Comparison to Variants of Interest.Microorganisms, , 9 (8 ) , More Information

Obrenovich, Mark E; Tayahi, Moncef B; Heidt, Caryn L; Emancipator, Steven N (2022. ) Prophylaxis and Remediation for Future Pandemic Pathogens-(Lessons from a Post-COVID World).Microorganisms, , 10 (12 ) , More Information

Obrenovich, Mark; Li, Yi; Tayahi, Moncef; Reddy, V Prakash (2022. ) Polyphenols and Small Phenolic Acids as Cellular Metabolic Regulators.Current issues in molecular biology, , 44 (9 ) ,4152-4166 More Information

Areo, Oluwatoyin; Joshi, Pratik U; Obrenovich, Mark; Tayahi, Moncef; Heldt, Caryn L (2021. ) Single-Particle Characterization of SARS-CoV-2 Isoelectric Point and Comparison to Variants of Interest.Microorganisms, , 9 (8 ) , More Information

Obrenovich, Mark E; Tayahi, Moncef B; Heidt, Caryn L; Emancipator, Steven N (2022. ) Prophylaxis and Remediation for Future Pandemic Pathogens-(Lessons from a Post-COVID World).Microorganisms, , 10 (12 ) , More Information

Obrenovich, Mark; Li, Yi; Tayahi, Moncef; Reddy, V Prakash (2022. ) Polyphenols and Small Phenolic Acids as Cellular Metabolic Regulators.Current issues in molecular biology, , 44 (9 ) ,4152-4166 More Information

Areo, Oluwatoyin; Joshi, Pratik U; Obrenovich, Mark; Tayahi, Moncef; Heldt, Caryn L (2021. ) Single-Particle Characterization of SARS-CoV-2 Isoelectric Point and Comparison to Variants of Interest.Microorganisms, , 9 (8 ) , More Information

20040090899 6944110 Method and apparatus for providing optical network interface using optical memory storage Glenn A. Gladney, Gardy Cadet, Moncef Tayahi, Awarded 09-13-2005 Inventor Methods and arrangements are disclosed herein for optically storing data from a serial optical bit stream. As each bit of the optical stream is received it is applied to an optical storage medium e.g., lithium niobate, along with a reference beam. The angle of the reference beam is changed in synchronism with the received optical bits to create identifiable interference patterns for each bit.